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[null,"Joint Eurostat/OECD questionnaire on the methodology underlying capital stocks data - Metadata on capital stocks"]
[null,"Background information"]
[null,"The above mentioned questionnaire was distributed in August 2019 on the recommendation of Eurostat’s Task Force on Productivity Indicators (TF-PI). Its aim was to provide a better understanding of the range of source and methods currently employed by countries to derive capital measures, identify common problems and best practices, make recommendations for improvements, and to promote international discussions on a number of issues that will emerge from the analysis of the results."]
[null,"Responses"]
[null,"Responses to the survey questions were provided by all EU Member States as well as Iceland and Norway. They inform about the sources and methods used nationally at the end of 2019."]
[]
[null,"Content of this file"]
[null,"Metadata on capital stocks contain responses to the following questions:"]
[null,"1. Detailed asset category (elementary level at which capital stocks are compiled)"]
[null,"2. Industry / Institutional sector (elementary level at which capital stocks are compiled)"]
[null,"3. Capital stock estimation method (indicate as well if you estimate first the gross or the net stock)"]
[null,"4. Consistency with national accounts table 2200 (yes/no)"]
[null,"5. Price index used to compute capital stock measures in current prices"]
[null,"6. Method to estimate the initial capital stock"]
[null,"7. Age-efficiency profile and parameters. Indicate if they are used as direct inputs to the measurement of capital stocks, or implicitly derived."]
[null,"8. Age-price (i.e. depreciation) profile and parameters"]
[null,"9. Retirement profile and parameters (including average service life)"]
[null,"10. Combined age-price / retirement profile and parameters"]
[null,"11. Other assumptions"]
[null,"12. Do assumptions vary over time? If so, which and how? "]
[null,"13. Sources of information and link(s) to methodological document(s)"]
[]
[null,"This Excel file presents the resulting combined capital stocks metadata grouped by country and by asset. Its purpose is to allow a comparative review of current practices.\n\nIn addition, explanatory information on capital stocks is available in the country information sheets published at https://ec.europa.eu/eurostat/web/national-accounts/methodology/member-states-accounts/asset-metadata#.\n\nQuestions on metadata could be addressed to the following email: estat-national-accounts-data@ec.europa.eu or directly to the national compilers of data\n"]

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["Country","Asset","1. Detailed asset category (elementary level at which capital stocks are compiled)","2. Industry / Institutional sector (elementary level at which capital stocks are compiled)","3. Capital stock estimation method (indicate as well if you estimate first the gross or the net stock)","4. Consistency with national accounts table 2200 (yes/no)","5. Price index used to compute capital stock measures in current prices","6. Method to estimate the initial capital stock","7. Age-efficiency profile and parameters. Indicate if they are used as direct inputs to the measurement of capital stocks, or implicitly derived.","8. Age-price (i.e. depreciation) profile and parameters","9. Retirement profile and parameters (including average service life)","10. Combined age-price / retirement profile and parameters","11. Other assumptions","12. Do assumptions vary over time? If so, which and how? ","13. Sources of information and link(s) to methodological document(s)"]
["BG","N111","N111. Dwellings","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 70","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016"]
["BG","N111","N111. Dwellings","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 70","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016"]
["BG","N1121","N1121. Buildings other than dwellings","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 80","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016"]
["BG","N1121","N1121. Buildings other than dwellings","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 80","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital.  \"","\n","(blank)","No.","GNI report 2016"]
["BG","N1122","N1122. Other structures","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 56","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016"]
["BG","N1122","Other public infrastructure (other infrastr. constr.) ","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 70","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N1122","Sewage systems (pipe-,el-power-, telecom-lines)","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 50","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N1122","Transport infrastructure (transp. infr.)","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 55","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N1123","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["BG","N1131","N1131. Transport equipment","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 12","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016"]
["BG","N1131","Other tr.&e (Other transport equipment)","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 12","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016"]
["BG","N1131","Transport vehicles like trains, airplanes, ships (Trains, airplanes, ships )","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 20","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N11321","N1132","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N11322","N1132","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N1139","N110+N1132","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 15","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016"]
["BG","N1139","N1139. Other machinery and equipment","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 15","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016"]
["BG","N114","N114. Weapons systems","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Distinguishing initial stocks in Weapons in PIM: The same approach as for all other type of additionally distinguished assets is applied.\n\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 20","\"ASL of Weapons: As an implicit part of “Other machinery, equipment, and weapons systems”, the ASL for Weapons was 15 years. No MoD information on ASL of weapons is available. After distinguishing the Weapons in PIM, the median service life used in other EU countries for weapon systems equal to 20 years is applied (Eurostat/C3/GNIC/426). \"","\n","(blank)","No.","GNI report 2019"]
["BG","N115","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["BG","N1171","N1171. Research and development","S11, S12, S13, S14, S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","There is no initial stock from the past periods included","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 10","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N1172","N1172. Mineral exploration and evaluation","S11, S12, S13, S14, S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","There is no initial stock from the past periods included","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N1173","N1173. Computer software and databases","S11, S12, S13, S14, S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","There is no initial stock from the past periods included","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["BG","N1174","N1174. Entertainment, literary or artistic originals","S11, S12, S13, S14, S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","There is no initial stock from the past periods included","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n","(blank)","No.","GNI report 2016, GNI report 2019"]
["CY","N111","Dwellings","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1121","Buildings other than dwellings","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1122","Other structures","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1123","Land improvements","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1131","Vehicles, Ships and Aircrafts","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N11321","Computer hardware","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N11322","Telecommunications equipment","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1139","Other machinery and equipment","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N114","Weapon Systems","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N115","Plantation ","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1171","R&D","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1172","Part of N117G","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1173","Computer software and databases","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CY","N1174","Part of N117G","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["CZ","N111","family houses","120 CZ-NACE/subsectors","standard PIM","Yes","specially derived for this purpose by Price Statistics Department","population census and other surveys","(blank)","linear depreciation","lognormal, ASL = 90","(blank)","(blank)","no","GNI 2012"]
["CZ","N111","flats","120 CZ-NACE/subsectors","standard PIM","Yes","specially derived for this purpose by Price Statistics Department","population census and other surveys","(blank)","linear depreciation","lognormal, ASL = 80","(blank)","(blank)","no","GNI 2012"]
["CZ","N1121","N1121. Buildings other than dwellings","120 CZ-NACE/subsectors","standard PIM","Yes","index of constructions","survey","(blank)","linear depreciation","lognormal, ASL = 40 - 90","(blank)","(blank)","no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Dams","relating NACE and subsectors","standard PIM","Yes","index of constructions","expert estimation","(blank)","linear depreciation","simultaneous exit, ASL = 115","(blank)","(blank)","no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","El. plants","relating NACE and subsectors","standard PIM","Yes","index of constructions","expert estimation","(blank)","linear depreciation","simultaneous exit, ASL = 50","(blank)","(blank)","no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Gas network","relating NACE and subsectors","standard PIM","Yes","index of constructions","expert estimation","(blank)","linear depreciation","simultaneous exit, ASL = 31","(blank)","(blank)","no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Railways","relating NACE and subsectors","standard PIM","Yes","index of constructions","expert estimation","(blank)","linear depreciation","lognormal, ASL = 40","(blank)","(blank)","no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Roads","relating NACE and subsectors","standard PIM","Yes","index of constructions","expert estimation","(blank)","linear depreciation","lognormal, ASL = 50","(blank)","(blank)","no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Sewages and ducts","relating NACE and subsectors","standard PIM","Yes","index of constructions","expert estimation","(blank)","linear depreciation","lognormal, ASL = 30 and 80","(blank)","(blank)","no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Steelworks","relating NACE and subsectors","standard PIM","Yes","index of constructions","expert estimation","(blank)","linear depreciation","simultaneous exit, ASL = 35","(blank)","(blank)","no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1123","N1123. Land improvments","120 CZ-NACE/subsectors","standard PIM","Yes","the same as for non-resid. buildings","data about GFCF","(blank)","linear depreciation","as for non-residential buildings","(blank)","(blank)","no ","GNI 2012"]
["CZ","N1131","N1131. Transport equipment","120 CZ-NACE/subsectors","standard PIM","Yes","price index for CPA (producers, importers)","survey","(blank)","linear depreciation","lognormal, ASL =  4 - 20,5","(blank)","(blank)","no","GNI 2012"]
["CZ","N11321","N11321. Computer hardware","120 CZ-NACE/subsectors","standard PIM","Yes","corr. to N1139","survey","(blank)","linear depreciation","lognormal, ASL corresp. to N1139","(blank)","(blank)","no","GNI 2012"]
["CZ","N11322","N11321. Computer hardware","120 CZ-NACE/subsectors","standard PIM","Yes","corr. to N1139","survey","(blank)","linear depreciation","lognormal, ASL corresp. to N1139","(blank)","(blank)","no","GNI 2012"]
["CZ","N1139","N1139. Other machinery and equipment","120 CZ-NACE/subsectors","standard PIM","Yes","price index for CPA (producers, importers)","survey","(blank)","linear depreciation","lognormal, ASL = 6,9 - 21","(blank)","(blank)","no","GNI 2012"]
["CZ","N114","9 groups of weapons","nace 842/S1311","standard PIM","Yes","index of producers","expert estimation","(blank)","linear depreciation","lognormal/sim. ex., ASL = 15/20/25","(blank)","(blank)","no","GNI 2012"]
["CZ","N115","N115. Cultivated biological resources","120 CZ-NACE/subsectors","standard PIM (only stocks, no CFC)","Yes","CPI","survey","(blank)","linear depreciation","sim. exit, ASL = 11","(blank)","(blank)","no","GNI 2012"]
["CZ","N1171","N1171. Research and development","120 CZ-NACE/subsectors","standard PIM","Yes","intermediate cons. deflator","time series of GFCF","(blank)","linear depreciation","lognormal, ASL = 12","(blank)","(blank)","no","GNI 2012"]
["CZ","N1172","N1172. Mineral exploration and evaluation","120 CZ-NACE/subsectors","standard PIM","Yes","the same as for non-resid. buildings","survey","(blank)","linear depreciation","lognormal, ASL = 10","(blank)","(blank)","no","GNI 2012"]
["CZ","N1173","computer software","120 CZ-NACE/subsectors","standard PIM","Yes","producers price index","survey","(blank)","linear depreciation","normal, ASL  = 4","(blank)","(blank)","no","GNI 2012"]
["CZ","N1173","databases","120 CZ-NACE/subsectors","standard PIM","Yes","producers price index","survey","(blank)","linear depreciation","normal, ASL  = 4","(blank)","(blank)","no","GNI 2012"]
["CZ","N1174","N1174. Entertainment, literary or artistic originals","120 CZ-NACE/subsectors","standard PIM","Yes","CPI","survey","(blank)","linear depreciation","sim. exit, ASL = 7","(blank)","(blank)","no","GNI 2012"]
["DE","N111","Dwellings","S1, S11, S12, S13, S14\nNACE 68\n(according to NACE, Rev. 2) ","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM; there is no need to do special estimations for any initial capital stock as our time series of GFCF before 1991 are at least twice the average service life of the given asset; for dwellings they start in 1799","(blank)","Straight line model of depreciation","GM\n\nService life distribution with average service life 57 years for investment year 2015\n\nP=7 for new dwellings\nP=13 for major renovations and COT","(blank)","(blank)","Yes, revision of assumptions if new information are available and structural effects in the breakdown of the components of the assets (different house types by main building materials, part for major renovations, costs of ownership transfer etc.)","Service lives for tax purposes from the Federal Ministry of Finance, valuation guidelines by the Federal Ministry of for the Environment, Nature Conservation, Building und Nuclear Safety, studies by the ifo institute – Leibniz-Institut für Wirtschaftsforschung an der Universität München e.V. and the German Institute for Economic Research in Berlin (DIW), depreciation tables of local government regions and the Federal Ministry of Finance"]
["DE","N1121","Buildings in Agriculture, forestry and fishing","S1\nNACE 01-03","see above","see above","see above","see above","(blank)","see above","GM\nService life distribution with average service life 45 years for investment year 2015\nP see above","(blank)","(blank)","see above","see above"]
["DE","N1121","Buildings in Education","S1, S13, S15\nNACE 85","see above","see above","see above","see above","(blank)","see above","GM\nService life distribution with average service life 43 years for investment year 2015\nP see above","(blank)","(blank)","see above","see above"]
["DE","N1121","Buildings in Human health activities","S1\nNACE 86","see above","see above","see above","see above","(blank)","see above","GM\nService life distribution with average service life 42 years for investment year 2015\nP see above","(blank)","(blank)","see above","see above"]
["DE","N1121","Industrial and commercial buildings ","S11+S12+S14(+S15)\n\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM; there is no need to do special estimations for any initial capital stock as our time series of GFCF before 1991 are at least twice the average service life of the given asset; for buildings other than dwellings they start in 1799","(blank)","Straight line model of depreciation","GM\n\nService life distribution with average service life 39 years for investment year 2015\n\nP=7 for new buildings\nP=13 for major renovations","(blank)","(blank)","Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets and/or their components in the service life distribution","Service lives for tax purposes from the Federal Ministry of Finance, valuation guidelines by the Federal Ministry of for the Environment, Nature Conservation, Building und Nuclear Safety, studies by the ifo institute – Leibniz-Institut für Wirtschaftsforschung an der Universität München e.V. and the German Institute for Economic Research in Berlin (DIW), depreciation tables of local government regions and the Federal Ministry of Finance"]
["DE","N1121","Public buildings","S13\n\nparts of A*64","see above","see above","see above","see above","(blank)","see above","GM\nService life distribution with average service life 42 years for investment year 2015\nP see above","(blank)","(blank)","see above","see above"]
["DE","N1122","Electricity supply sytems","S1\n\nNACE D","see above","see above","see above","see above","(blank)","see above","GM\n\nService life distribution with average service life 45 years for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1122","Highways and roads (including bridges, tunnels…)","S13\n\nparts of A*64","see above","see above","see above","see above","(blank)","see above","GM\n\nService life distribution with average service life 52 years for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1122","Industrial and commercial strctures ","S1\n\nparts of A*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","GM\n\nService life distribution with average service life 47 years for investment year 2015\n\nP=9","(blank)","(blank)","Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets in the service life distribution","Service lives for tax purposes from the Federal Ministry of Finance, valuation guidelines by the Federal Ministry of for the Environment, Nature Conservation, Building und Nuclear Safety, studies by the ifo institute – Leibniz-Institut für Wirtschaftsforschung an der Universität München e.V. and the German Institute for Economic Research in Berlin (DIW), depreciation tables of local government regions and the Federal Ministry of Finance"]
["DE","N1122","Sewerage systems","S1, S13\n\nNACE 37-39","see above","see above","see above","see above","(blank)","see above","GM\n\nService life distribution with average service life 50 years for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1122","Telecommunications systems","S1\n\nNACE JB","see above","see above","see above","see above","(blank)","see above","GM\n\nService life distribution with average service life 35 years for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1123","no separate category in Germany","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["DE","N1131","Air and spacecraft","S1\n\nparts of A*64","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 20 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1131","Bodies for motor vehicles; trailers and semi-trailers","S1\n\nparts of A*64","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 11 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1131","Motor vehicles","S1\n\n A*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; Average service life: 8 for investment year 2015\nP=9","(blank)","(blank)","Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Service lives for tax purposes from the Federal Ministry of Finance"]
["DE","N1131","Railway locomotives and rolling stock","S1\n\nparts of A*64","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 25 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1131","Ships and boats ","S1\n\nparts of A*64","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 24 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N11321","Computer hardware","S1\n\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; Average service life: 6 for investment year 2015\nP=9","(blank)","(blank)","Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Service lives for tax purposes from the Federal Ministry of Finance"]
["DE","N11322","Telecommunications equipment","S1\n\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; Average service life: 8 for investment year 2015\nP=9","(blank)","(blank)","Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Service lives for tax purposes from the Federal Ministry of Finance"]
["DE","N1139","Electrical equipment","S1\n\nA*64","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 14 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1139","Fabricated metal products","S1\n\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; Average service life: 15 for investment year 2015\nP=9","(blank)","(blank)","Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Service lives for tax purposes from the Federal Ministry of Finance"]
["DE","N1139","Furniture","S1\n\nA*64","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 18 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1139","Machinery and equipment","S1\n\nA*64","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 14 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N114","Military aircrafts","S13\n\nNACE 84","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 34 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N114","Tanks, missle carriers","S13\n\nNACE 84","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 22 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N114","Warships, submarines","S13\n\nNACE 84","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; Average service life: 24 for investment year 2015\nP=9","(blank)","(blank)","Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Valuation guidelines by the Federal Ministry of Defence"]
["DE","N115","AN.1151","S1, NACE 01","direct method","Yes","Price index of GFCF","survey","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["DE","N115","AN.1152","S1, NACE 01","direct method","Yes","Price index of GFCF","survey","(blank)","Straight line","(blank)","(blank)","(blank)","(blank)","(blank)"]
["DE","N1171","R&D","Manufacture of chemical products","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 21 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1171","R&D","Manufacture of computer, electronic and optical products","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 10 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1171","R&D","Manufacture of motor vehicles, trailers and semitrailers","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 8 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1171","R&D","Manufacture of pharmaceutical products","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 18 for investment year 2015\nP=9","(blank)","(blank)","see above","see above"]
["DE","N1171","R&D","Research and development","see above","see above","see above","see above","(blank)","see above","Gamma distribution; Average service life: 12 for investment year 2015\nP=9","(blank)","(blank)","No, not yet","see above"]
["DE","N1171","R&D","S1, S11, S12, S13, S15\nparts of A*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; several average service lives, for examples see below\nP=9","(blank)","(blank)","No, not yet","Special survey on development and use periods for research and development carried out by the Stifterverband für die deutsche Wissenschaft as part of the 2011 R&D survey and company records, partly recommendation of the Eurostat-TF on R&D; see also Adler, W. et al.: 'Forschung und Entwicklung in den Volkswirtschaftlichen Gesamtrechnungen' in WiSta 12/2014, pp. 703 et seq"]
["DE","N1172","Mineral exploration and evaluation","S11\n\nNACE 09","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; Average service life: 30 for investment year 2015\nP=9","(blank)","(blank)","no","Service lives for tax purposes from the Federal Ministry of Finance"]
["DE","N1173","Software and databases","S1, S11, S12, S13, S14, S15\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; Average service life: 5 for investment year 2015\nP=9","(blank)","(blank)","Yes, especially during the 1980ies PC-software (5 years service life) got more importance than mainframe computer software (10 years service life)","Expert advices"]
["DE","N1174","Entertainment, literary or artistic originals","S1: NACE 59, 60, 74, 90 \nS13: NACE 60","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM","(blank)","Straight line model of depreciation","Gamma distribution; Average service life: 5 for investment year 2015\nP=9","(blank)","(blank)","no","Estimated on the basis of detailed information on films, TV productions, sound recordings, musical compositions, artistic interpretations and text; see also Frankford, L.: 'Urheberrechte in den Volkswirtschaftlichen Gesamtrechnungen' in WiSta 5/2000, pp. 320 et seq"]
["DK","N111","Costs of ownership transfer (CoOT)","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N111","Dwellings, other then CoOT","(blank)","Direct measurement","Yes","Price index from specific type of GFCF","Administrative records (number of square meters)","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1121","Buildings, other then CoOT","Statistics Denmarks break down on 69-industries","PIM / time series","Yes","Price index from specific type of GFCF","Administrative records (number of square meters)","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1121","Costs of ownership transfer (CoOT)","Statistics Denmarks break down on 69-industries","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1122","Other structures","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1123","Part of Other structures","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1131","Airplanes","(blank)","Direct measurement","Yes","Price index from specific type of GFCF","Administrative records, number of units multiplied with matching price","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1131","Ships","(blank)","Direct measurement","Yes","Price index from specific type of GFCF","Administrative records, number of units multiplied with matching price","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1131","Trains","(blank)","Direct measurement","Yes","Price index from specific type of GFCF","Administrative records, number of units multiplied with matching price","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1131","Vehicles","(blank)","Direct measurement","Yes","Price index from specific type of GFCF","Administrative records, number of units multiplied with matching price","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N11321","By products (approx 15 different products)","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N11322","By products (approx 6 diffent products)","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1139","By products (approx 335 different products)","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N114","By products (approx 7 different products)","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N115","Cultivated biological resources","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Depreciation rate i zero","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1171","Own account applied research","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1171","Own account basis research","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1171","Own account experimental development","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1171","Purchased R&D","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1172","Mineral exploration and evaluation","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1173","Other","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1173","Own-account software","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["DK","N1174","By products (11 different products)","(blank)","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF","(blank)","Geometric depreciation","(blank)","(blank)","(blank)","no","(blank)"]
["EE","N111","Apartments","Corresponding GFCF calculation level","PIM","Yes","Corresponding GFCF deflator","The 2011 stocks calculated using the data from the 2011 Population and Housing Census were used as a benchmark and the 1995 starting stocks were chosen so that the stocks calculated using the PIM would match the benchmark stocks","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life = 67.","Weibull retirement function, where the shape parameter = 3.12 and the service life = 67. There is information about the age structure of dwellings for the years 2000 and 2011. The age structure, known stocks and GFCF timeseries were used for estimating the Weibull function parameters.","(blank)","(blank)","no","(blank)"]
["EE","N111","Houses","Corresponding GFCF calculation level","PIM","Yes","Corresponding GFCF deflator","The 2011 stocks calculated using the data from the 2011 Population and Housing Census were used as a benchmark and the 1995 starting stocks were chosen so that the stocks calculated using the PIM would match the benchmark stocks","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life = 80.","Weibull retirement function, where the shape parameter = 2.67 and the service life = 80. There is information about the age structure of dwellings for the years 2000 and 2011. The age structure, known stocks and GFCF timeseries were used for estimating the Weibull function parameters.","(blank)","(blank)","no","(blank)"]
["EE","N1121","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is between 30 and 50 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.01 and 2.81 and the service life is between 30 and 50 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1121","(blank)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=40.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1121","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is between 38 and 56 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.3 and 2.51 and the service life is between 38 and 56 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1121","(blank)","S.15","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is between 36 and 50 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.22 and 2 and the service life is between 36 and 50 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1122","Roads and bridges (N11221)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=55 for N11221 and E=35 for N11222.","Weibull retirement function, where the shape parameter is 2 for both N11221 and N11222 and the service life is 55 for N11221 and 35 for N11222. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1122","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=55 for N11221 and between 30 and 47 years for N11222.","Weibull retirement function, where the shape parameter is between 1.26 and 2.41 and the service life is 55 for N11221 and the shape parameter is between 1.05 and 2.91 and the service life is between 30 and 47 for N11222. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1123","Cost of ownership transfer (N11231)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=25 for N11231. There is no capital stocks of N1123 in S.12","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1123","Land improvements (N1123)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=35 for N1123 and E=25 for N11231.","Weibull retirement function, where the shape parameter is 2 and the service life is 35 for AN1123 and 25 for AN.11231. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1123","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=25 for N11231. There is no capital stocks of N1123 in S.13","Weibull retirement function, where the shape parameter is 2 and the service life is 25 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1131","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 7 and 25 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.02 and 2.98 and the service life is between 7 and 25 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1131","(blank)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=8.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1131","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 5 and 25 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.11 and 2.61 and the service life is between 5 and 25 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1131","(blank)","S.15","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=8.","Weibull retirement function, where the shape parameter is between 1.22 and 2 and the service life is 8 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N11321","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 5 and 11 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.01 and 2.97 and the service life is between 5 and 11 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N11321","(blank)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=5.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.","(blank)","(blank)","no","(blank)"]
["EE","N11321","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 4 and 5 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.07 and 2.85 and the service life is between 4 and 5 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N11322","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 5 and 25 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.01 and 2.97 and the service life is between 5 and 25 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N11322","(blank)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=5.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.","(blank)","(blank)","no","(blank)"]
["EE","N11322","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 4 and 5 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.07 and 2.85 and the service life is between 4 and 55 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1139","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 11 and 27 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.01 and 2.95 and the service life is between 11 and 27 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1139","(blank)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=8.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1139","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 6 and 16 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.03 and 2.92 and the service life is between 6 and 16 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1139","(blank)","S.15","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 7 and 17 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.15 and 2 and the service life is between 7 and 17 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N114","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=10.","Weibull retirement function, where the shape parameter is between 1.36 and 1.8 and the service life is 10 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N115","Animal resources yielding repeat products (N1151)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 for N1152. No consumption is calculated for N1151.","Weibull retirement function, where the shape parameter is between 1.56 and 2.84 for N1151 and 2 for N1152 and the service life is between 3 and 8 years for N1151 and 10 years for N1152. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N115","Tree, crop and plant resources yielding repeat products (N1152)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","No consumption is calculated for N1151. There are no stocks of N1152 in S.12","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen. The service life of N1151 is 3 years.","(blank)","(blank)","no","(blank)"]
["EE","N115","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 for N1152. No consumption is calculated for N1151.","Weibull retirement function, where the shape parameter is between 1.42 for N1151 and 2 for N1152 and the service life is 6 years for N1151 and 10 years for N1152. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1171","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 10 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1171","(blank)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1171","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 10 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1171","(blank)","S.15","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 10 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1172","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is 35 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 35 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1172","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is 44 years.","Weibull retirement function, where the shape parameter is 2.91 and the service life is 44 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1173","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=5 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 5 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1173","(blank)","S.12","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=5.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1173","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life is between 4 and 12 years.","Weibull retirement function, where the shape parameter is between 1.01 and 2.74 and the service life is between 4 and 12 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1174","(blank)","S.11 and S.14","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=5 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 5 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["EE","N1174","(blank)","S.13","PIM","Yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=5 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 5 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.","(blank)","(blank)","no","(blank)"]
["FI","N111","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1121","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1122","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1123","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1131","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N11321","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N11322","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1139","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N114","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N115","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1171","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1172","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1173","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FI","N1174","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FR","N111","AN.111 transfer cost of ownership","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies), S.14 (without individual enterprises)","MIP (gross capital, then net capital)","Yes","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","(blank)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","no","(blank)"]
["FR","N111","AN.111 without transfer cost of ownership","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies), S.14 (without individual enterprises)","A rate of CFC was calculated by experts in 1998 to make consistent the value of dwellings and lands with the housing surveys. This rate depends on a renewal rate calculated as : GFCF mean on the last 5 years divided by capital mean on the last 5 years. \nFor the years after 1988 : Net capital (n) = net capital (n-1) * (1-rate(n))+GFCF(n) \nFor the years before 1988 : Net capital (n-1) = (net capital (n)-GFCF(n))/(1-rate(n))","Yes","Indice du coût de la construction (ICC ) » (more details http //www.insee.fr/en/metadonnees/source/indicateur/p1626/description  and https://www.insee.fr/fr/statistiques/3532708?sommaire=3530679&q=ICC ).","Housing survey in 1988","implicitly derived","/","/","/","/","/","/"]
["FR","N1121","AN.1121 transfer cost of ownership","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S.15","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N1121","AN.1121 without transfer cost of ownership","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S.15","MIP (gross capital, then net capital)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FR","N1122","AN.1122","S.11, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises)","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N1123","Not in French accounts","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FR","N1131","AN.1131","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (without individual enterprises), S15","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N11321","AN.11321","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (without individual enterprises), S15","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N11322","AN.11322","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S1313, S.14 (only individual enterprises)","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N1139","AN.1139","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S15","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N114","AN.114","S.13111 (State)","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N115","Very detailed level","S11 and enterprises individual","MIP (gross capital, then net capital)","Yes","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","A specific model was developed by INRA for INSEE. More specifically, this model starts from GFCF series for each type of farming (cattle, sheep, goats, pigs, horses) and for each type of crop that gives rise to gross fixed capital formation (apple, pear, peach, other fruit trees, different varietals of vineyards); for each of these series, a permanent inventory model is developed through assessments of the average lifespan of different types of livestock or plantations."]
["FR","N1171","AN.1171","S.11, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N1172","Not in French accounts","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["FR","N1173","AN.11731 (Software)","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S15","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N1173","AN.11732 (Database)","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S15","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["FR","N1174","AN.1174","S11 and S1313","MIP (gross capital, then net capital)","(blank)","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.","(blank)","no","(blank)"]
["HU","N111","no detailed","S11, S13, S14","Similar to PIM method, but aggregated vintage are used","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey ","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","(blank)","GNI Inventory of Hungary"]
["HU","N1121","only N112. aggregation","S11, S12, S13, S14, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 40-150, average: 79,9; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1122","only N112. aggregation","S11, S12, S13, S14, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 40-150, average: 79,9; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1123","no detailed","S11, S13, S14","PIM Method","Mainly consistent","GFCF price index of the given asset category","Cumulative flow of GFCF and expert estimation","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 15, average: 15; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1131","no detailed","S11, S12, S13, S14, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 6-142, average: 25,7; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N11321","see at N1139","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["HU","N1139","N11321 and N11322 and N1139 are treated together; but the data (detailed by industry and sector) are calculated by different service life (short and long)","S11, S12, S13, S14, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: machinary with short service life: min-max: 5-25, average: 9,9 and machinary with long service life min-max: 9-134, average: 33,3; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N114","no detailed","S13","PIM Method","Mainly consistent","GFCF price index of the given asset category","Cumulative flow of GFCF and expert estimation","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 3-25, average: 13,4; in the recent past there are the average service lives similar","GNI Inventory of Hungary; average service lives have to be treated confidential"]
["HU","N115","no detailed","S11, S13, S14","other sources","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","GNI Inventory of Hungary"]
["HU","N1171","no detailed","S11, S13, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Cumulative flow of GFCF and expert estimation","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 10, average: 10; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1172","No data","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["HU","N1173","no detailed","S11, S12, S13, S14","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 5, average: 5; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1174","no detailed","S11, S13, S14","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 7, average: 7; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["IE","N111","Dwellings","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Price index for deflating GFCF in dwellings is constructed using a Net Sales Price index (Net of Land Cost) and an Average Size index","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/1.5 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 1.3/m (m being average service life)","Average Service Life - 80 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1121","BandC 20 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 20 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1121","BandC 25 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)","(blank)","no","As above"]
["IE","N1121","BandC 30 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 30 years","Log-normal (LN)","(blank)","no","As above"]
["IE","N1121","BandC 40 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 40 years","Log-normal (LN)","(blank)","no","As above"]
["IE","N1121","BandC 47 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 47 years","Log-normal (LN)","(blank)","no","As above"]
["IE","N1121","BandC 50 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 50 years","Log-normal (LN)","(blank)","no","As above"]
["IE","N1121","BandC 55 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 55 years","Log-normal (LN)","(blank)","no","As above"]
["IE","N1121","BandC 60 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 60 years","Log-normal (LN)","(blank)","no","As above"]
["IE","N1121","BandC 70 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","(blank)","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 70 years","Log-normal (LN)","(blank)","no","As above"]
["IE","N1122","Contained within Asset Categories listed in Buildings Other than dwellings","see above","see above","see above","see above","see above","see above","see above","see above","see above","(blank)","see above","see above"]
["IE","N1123","N1123 are added to the stock as part of N112","N/A","N/A","N/A","N/A","N/A","N/A","N/A","N/A","N/A","(blank)","N/A","N/A"]
["IE","N1131","Aircraft Not Related to Leasing","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 15 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1131","Aircraft Related to Leasing","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 1.65/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)","(blank)","no","see above"]
["IE","N1131","Motor vehicles","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 10 years","Log-normal (LN)","(blank)","no","see above"]
["IE","N1131","Rolling Stock","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 30 years","Log-normal (LN)","(blank)","no","see above"]
["IE","N1131","Ships","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)","(blank)","no","see above"]
["IE","N11321","Computer hardware","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 8 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N11322","Telecommunications equipment","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 10 years","Log-normal (LN)","(blank)","no","Link to Capital Stocks Methodology given in Dwellings section above."]
["IE","N1139","MandE 15 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 15 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1139","MandE 20 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 20 years","Log-normal (LN)","(blank)","no","see above"]
["IE","N1139","MandE 25 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)","(blank)","no","see above"]
["IE","N1139","MandE 32 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 32 years","Log-normal (LN)","(blank)","no","see above"]
["IE","N114","Contained within Asset Categories listed in other machinery and equipment","see above","see above","see above","see above","see above","see above","see above","see above","see above","(blank)","see above","see above"]
["IE","N115","Livestock","Total Economy","Agricultural Section in CSO provide data on number and prices of livestock for a given year.","Yes - the stock may also include other volume changes","Not required we have data directly from Agricultural Section of CSO.","Data from Agricultural Section of CSO.","N/A","N/A","N/A","N/A","(blank)","N/A","N/A"]
["IE","N115","Orchards","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Deflated using COE and hours worked data in the Sector A01 (crop and animal production). ","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1171","IP Assets","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 10 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1171","R and D Services","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Deflated using data on Wages using EHECs (Earnings, Hours, and Employment Costs Survey) data.","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 10 years","Log-normal (LN)","(blank)","no","see above"]
["IE","N1172","Other Intangibles","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Consumer Price Index (CPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 5 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1173","Software","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Deflated using data on Wages using EHECs (Earnings, Hours, and Employment Costs Survey) data.","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 5 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1174","Other Intangibles","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Consumer Price Index (CPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 5 years","Log-normal (LN)","(blank)","no","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["LU","N111","453 dwellings/residential","Most detailed level: NaceR2(3 digits)*Sector (5 digits); No differences in computing Capital Stock by industry/sector","PIM; first gross then net","Yes","Please refer to sheet \"Deflator details\"","No initial capital stock assumption is being made but historical GFCF is backward estimated for the\nperiod 1870-1971 using historic series of investments in buildings, industrial equipment and transport\nequipment for different activities as proxy indicators.","No Productive Stock is computed","linear depreciation","LogNormal retirement profil; AL55","please see joint document","(blank)","no","(blank)"]
["LU","N1121","452 buildings/non-residential","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 30-62","(blank)","(blank)","no","(blank)"]
["LU","N1122","451 public works","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 55","(blank)","(blank)","no","(blank)"]
["LU","N1123","459 land improvements","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 55","(blank)","(blank)","no","(blank)"]
["LU","N1131","341 cars","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 7","(blank)","(blank)","no","(blank)"]
["LU","N1131","342 buses and trucks","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 15","(blank)","(blank)","no","(blank)"]
["LU","N1131","351 ships","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 30-40","(blank)","(blank)","no","(blank)"]
["LU","N1131","352 trains","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 25","(blank)","(blank)","no","(blank)"]
["LU","N1131","353 planes","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 20","(blank)","(blank)","no","(blank)"]
["LU","N1131","354 other transports","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 15","(blank)","(blank)","no","(blank)"]
["LU","N11321","300 computers","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 8","(blank)","(blank)","no","(blank)"]
["LU","N11322","320 ICT equipment","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 13-21","(blank)","(blank)","no","(blank)"]
["LU","N1139","280 finished goods","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 13-21","(blank)","(blank)","no","(blank)"]
["LU","N1139","290 equipment","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 13-21","(blank)","(blank)","no","(blank)"]
["LU","N1139","310 electric machinery","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 13-21","(blank)","(blank)","no","(blank)"]
["LU","N114","included in N1131. Transport equipment","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","N/A","(blank)","(blank)","no","(blank)"]
["LU","N115","011 cultivated assets","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 8","(blank)","(blank)","no","(blank)"]
["LU","N115","013 animal resources","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 8","(blank)","(blank)","no","(blank)"]
["LU","N1171","731 research & development","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 10","(blank)","(blank)","no","(blank)"]
["LU","N1172","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["LU","N1173","722 computer software","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 5","(blank)","(blank)","no","(blank)"]
["LU","N1174","741 contracts","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","linear depreciation","LogNormal retirement profil; AL: 2","(blank)","(blank)","no","(blank)"]
["LU","N1174","922 artistic goods","idem","PIM; gross then net","Yes","Please refer to sheet \"Deflator details\"","idem","idem","(blank)","LogNormal retirement profil; AL: 5","(blank)","(blank)","no","(blank)"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","A*88, S.11","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN (the bell shaped lognormal frequency distribution), average service life (AVS) - 86 years","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","A*88, S.12","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - 86","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","A*88, S.13","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 88","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","A*88, S.15","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 75","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","industry 68, S.14","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 75","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N111","Transfer costs","industry 68, S.14","PIM","Yes","The same as fror GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 25","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Communication buildings, stations, terminals and related buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 56 till 72","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Farm non-residual buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 49 till 52","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Garage buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 50 till 69","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Historical objects","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 68 till 68","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Hotel buildings, short-term accommodition buildings","A*88 (split is shown for all N.1121 group together, it can be that not in all industriesare all types of buildings); all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 59 till 63 (depending from institutional sector)","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Industrial buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 52 till 58","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Mass entertainment buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 57 till 60","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Medical and health care buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 55 till 58","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Museums and libraries","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 53 till 73","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Office buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 59 till 63","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Other not elsewhere classified buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 53 till 54","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Places of worship","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 65 till 80","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Schools, universities and research institutes","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 76 till 80","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Sports buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 45 till 51","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Tanks, silos and warehouses","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 47 till 49","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1121","Wholesale and retail buildings","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN; AVS - from 50 till 62","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1122","civil ingeneering buildings in industries (NACE 35 and 61)","S.11, Nace 35 and 61","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 50","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1122","Forest roads","S.11, Nace 02","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 25","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1122","Infrastructure of railway","S.11, Nace 52","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 50","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1122","Other structures","all sectors, A*88","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 50","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1122","States roads and bridges","S.13, Nace 84","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 50","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1123","Transfer costs of transaction of land","A*88, all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 25","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1131","Transport equipment","A*88; all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - from 12 till 17. AVS differs by industries, not by institutional sectors","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N11321","Computer hardware","A*88; all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 8","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N11322","Telecomunication equipment","A*88; all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 8","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1139","Other machinery and equipment","A*88; all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - from 11 till 16; AVS differs by industries, not by institutional sectors","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N114","Weapons systems","A*88; all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 20","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N115","Animal resources yielding repeat production AN.1152","A*88; all sectors, except S.15","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","not applicable","not applicable","not applicable","(blank)","no","(blank)"]
["LV","N115","Tree, crop, and plant AN.1152","A*88; all sectors, except S.15","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 15","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1171","Research and development","A*88; all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 10","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1172","Mineral exploration","S.11, NACE 09","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","straight line depreciation","LN, AVS - 5","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1173","Computer software and databases","A*88; all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","geometrical pattern","LN, AVS - max service life 10 years","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["LV","N1174","Entertainment, literary or artistic originals","specific industries; all sectors","PIM","Yes","The same indices as for GFCF","cumulative flows of GFCF volumes","(blank)","geometrical pattern","LN, AVS - max service life 10 years","standart deviation is set to between m/2 and m/4","(blank)","no","(blank)"]
["NL","N111","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","Service life was revised in NA 2015 benchmark revision","GNI inventory 2015 the Netherlands"]
["NL","N1121","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NL","N1122","No further split though paramters for industries reflect expectations of industry specific assets i.e railway track","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NL","N1123","Not recorded","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["NL","N1131","Cars, other road transport, trains, trams, ships, civilian aircraft","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","Service lives of aircraft was updated at the 2015 revision from 16 to 20 years for aircraft produced from 2010 onwards.","GNI inventory 2015 the Netherlands"]
["NL","N11321","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NL","N11322","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","Service lives was produced from 5 to 4 years for telecommunications equipment built from 2015 onwards.","GNI inventory 2015 the Netherlands"]
["NL","N1139","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NL","N114","Electronics and communications devices, vehicles, ships, aircraft","1 NACE industry and 1 sector","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","Service lives for militrary aircraft was increased at the 2015 revision from 25 to 34 years for aircraft produced from 1995 onwards.","GNI inventory 2015 the Netherlands"]
["NL","N115","Farm herd, fruit orchards.  Herd stocks are directly measured annually and not depreciated. Fruit orchards follow the PIM.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NL","N1171","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NL","N1172","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NL","N1173","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NL","N1174","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","Yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na","(blank)","no","GNI inventory 2015 the Netherlands"]
["NO","N111","Dwellings","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N111","Dwellings, own accuont investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N111","Transaction costs, used buildings","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1121","Buildings other than dwellings","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1121","Buildings other than dwellings, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1121","Transaction costs, used buildings","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Electricity production equipment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Electricity production equipment, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Electricity transmission lines","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Electricity transmission lines, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Oil platform, rig, and module","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Other equipment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Other equipment, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Railway, including suburban railway and bridges","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Road and street","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Road and street, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Shaft for oil and gas extraction","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1122","Shaft for oil and gas extraction, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1123","Land improvement","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1123","Land improvement, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1131","Bus","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1131","Car, station wagon","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1131","Locomotive, passenger and goods carrier","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1131","Occupational rental car","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1131","Plane and helicopter","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1131","Ship and boat","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1131","Trucks and other pickups","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N11321","Office and computing equipment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N11322","Communications equipment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1139","Machine and equipment for construction activities","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1139","Machine and equipment for electricity and gas works","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1139","Machine and equipment for quarrying and industry","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1139","Machine and equipment, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1139","Machine used for agriculture and forestry","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N114","Weaponry","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N115","Breeding animals","Annual national accounts industry level (around 150), S11-S15","The method of direct counting is applied for constructing the volume measure.","Yes","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","See the spreadsheet of '2. General information'"]
["NO","N115","Fruit trees","Annual national accounts industry level (around 150), S11-S15","The method of direct counting is applied for constructing the volume measure.","Yes","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","See the spreadsheet of '2. General information'"]
["NO","N1171","Research and development","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1171","Research and development, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1172","Exploration for oil, gas and mineral","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1172","Exploration for oil, gas and mineral, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1173","Software and database","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1173","Software and database, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1174","Literary and artistic originals","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["NO","N1174","Literary and artistic originals, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.","(blank)","Geometric","Geometric, double declining balance method ","(blank)","(blank)","(blank)","no","See the spreadsheet of '2. General information'"]
["PT","N111","Dwellings","(blank)","Census","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1121","Other Buildings","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1122","Other constructions","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1122","Roads","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1123","Included in other strutures","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["PT","N1131","Transport Equip.","Industry 03 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1131","Transport Equip.","Industry 49 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1131","Transport Equip.","Industry 50 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1131","Transport Equip.","Industry 51 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1131","Transport Equip.","Industry 77 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1131","Transport Equip.","Other industries","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N11321","Computer hardware","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N11322","Telecomunications equipment","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1139","Machines and tractors for agriculture, livestocks and forestry","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1139","Other machinery","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N114","combat vehicles","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N114","Other machinery and equipment","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N114","Planes+helicopters","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N114","submarines","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N114","vessels","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N114","weapons","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N115","citrus fruit ","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N115","forestry plantations","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N115","Fruit farm and stone fruit ","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N115","hops","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N115","kiwi and semitropicals ","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N115","vines and olives","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1171","R&D","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Geometric","(blank)","(blank)","(blank)","(blank)","(blank)"]
["PT","N1172","Other intelectual property products","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Geometric","(blank)","(blank)","(blank)","(blank)","(blank)"]
["PT","N1173","Software","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Straight line","Delayed linear ","(blank)","(blank)","(blank)","(blank)"]
["PT","N1174","Other intelectual property products","(blank)","PIM","Yes","GFCF deflator","Cummulative flows of GFCF","(blank)","Geometric","(blank)","(blank)","(blank)","(blank)","(blank)"]
["RO","N111","N111. Dwellings","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","Method based on statistics on stock of dwellings. First the gross stock is estimated ","Not completelly","Price index of residential properties","Volume X price method","No  assumption","(blank)","(blank)","(blank)","From total CFC compiled for construction industry, a part is atributed to dwellings. This is used to obtain net stock of dwellings","no","Statistics on housing stocks: http://www.insse.ro/cms/ro/tags/fondul-de-locuinte ; http://colectaredate.insse.ro/metadata/viewStatisticalResearch.htm?locale=ro&researchId=3071\nPrice indices of residential property: http://www.insse.ro/cms/sites/default/files/field/publicatii/buletin_statistic_de_preturi_nr07_2019.pdf (page 16)"]
["RO","N1121","No detail. Only N112 is estimated","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method for N112. First the gross stock is estimated","Not integrally","Resultant price indices from SUT/IOTs for GFCF in Construction","Company records/ administrative reports combined with cumulative flows of GFCF volumes","(blank)","(blank)","Linear depreciation. Service life is between 39-52 years, depending on institutional sector","(blank)","(blank)","no","Administrative sources; Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStatistical sources: Structural business survey"]
["RO","N1122","No detail. Only N112. See answers to N1121","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["RO","N1123","No detail. Only N112. See answers to N1121","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["RO","N1131","No detail.","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not integrally","Corresponding price indices of GFCF in Transport eqpm. from SUT/IOTs","Company records/ administrative reports combined with cumulative flows of GFCF volumes","(blank)","(blank)","Linear depreciation. Service life is 13 years","(blank)","(blank)","(blank)","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["RO","N11321","No estimates","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["RO","N11322","No estimates","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["RO","N1139","No estimates","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["RO","N114","No estimates","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["RO","N115","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF from SUT/IOTs","Company records/ administrative reports combined with cumulative flows of GFCF volumes","(blank)","(blank)","Linear depreciation. Service life for plantations is 20 years","(blank)","(blank)","no","Economic Accounts of Agriculture"]
["RO","N1171","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF","Company records/ administrative reports combined with cumulative flows of GFCF volumes","(blank)","(blank)","Linear depreciation. Service life is 5 and 8 years, depending on institutional sector","(blank)","(blank)","no","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["RO","N1172","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF","Company records/ administrative reports combined with cumulative flows of GFCF volumes","(blank)","(blank)","Linear depreciation. Service life is 5 years","(blank)","(blank)","no","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["RO","N1173","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF","Company records/ administrative reports combined with cumulative flows of GFCF volumes","(blank)","(blank)","Linear depreciation. Service life is 3 and 5 years, depending on institutional sector","(blank)","(blank)","no","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["RO","N1174","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF","Company records/ administrative reports combined with cumulative flows of GFCF volumes","(blank)","(blank)","Linear depreciation. Service life is 30 years","(blank)","(blank)","no","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["SI","N111","Dwellings (other)","Other industries/ other sectors","PIM (gross)","Yes","Implicit deflator for total GFCF in dwellings","Ad-hoc survey (Fixed Capital Stock Survey, 1999) for estimating intial stock of dwellings owned by the government and\npublic/private enterprises.","Not used","Straight line depreciation function is assumed","Simultaneous exit (73,4 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N111","Dwellings (owner-occupied)","Housing services of owner-occupiers /household sector","Quantity-price method using Housing census data for estimating benchmark value and the PIM between benchmark values (gross stock).","Yes","Implicit deflator for Household GFCF in dwellings","Initial stock estimated as quantity-price method using data from Population and Housing Census (number, surface and structural characteristics of dwellings)","Not used","Straight line depreciation function is assumed","Simultaneous exit (58 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1121","Single category"," Other industries and sectors","PIM (gross)","Yes","GFCF deflator for buildings other than dwellings","Ad-hoc survey (Fixed Capital Stock Survey, 1999)","Not used","Straight line depreciation function is assumed","Simultaneous exit (33 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1121","Single category","Special assumptions for the general government sector (S.13) and industries O (84), P(85), Q(86-88) and R(93) (NACE Rev. 2)\n","PIM (gross)","Yes","GFCF deflator for buildings other than dwellings","Ad-hoc survey (Fixed Capital Stock Survey, 1999)","Not used","Straight line depreciation function is assumed","Simultaneous exit (70 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1122","Single category","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for other structures","Ad-hoc survey (Fixed Capital Stock Survey, 1999)","Not used","Straight line depreciation function is assumed","Simultaneous exit (50 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1123","Single category","All industries (NACE division) and sectors","PIM (gross)","Yes","Implicit GFCF deflator for land improvements (combined with costs of ownership transfer of land)","Ad-hoc survey (Fixed Capital Stock Survey, 1999)","Not used","Straight line depreciation function is assumed","Simultaneous exit (17 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1131","Air transport","Industry NACE 51 and relevant sectors","PIM (gross)","Yes","GFCF deflator for other vehicles and vessels","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (16 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1131","Freight and commercial vehicles","All industries (NACE division, except 50 and 51) and sectors","PIM (gross)","Yes","GFCF deflator for trucks and lorries","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (10 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1131","Personal cars","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for cars","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (4 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1131","Rail transport","Industry NACE 49 and relevant sectors","PIM (gross)","Yes","GFCF deflator for other vehicles and vessels","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (25 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1131","Water transport","Industry NACE 50 and relevant sectors","PIM (gross)","Yes","GFCF deflator for other vehicles and vessels","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (25 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N11321","Single category","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for computers","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (5 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N11322","Single category","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for telecommunication","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (10 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1139","electrical appliances","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for electrical appliances","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (18 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1139","electro-medical and therapeutic and radiation devices, optical and measuring instruments and photographic equipment","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for medical equipment","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (9 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1139","furniture and interior fittings","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for furniture","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (8 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1139","machinery and equipment for general and special purposes","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for machinery and equipment","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (18 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1139","metal products","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for metal products","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (18 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N114","Single category","Nace 84 / S.13","PIM (gross)","Yes","GFCF deflator for wapons systems","Defence ministry data","Not used","Straight line depreciation function is assumed","Simultaneous exit (25 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N115","Basic herd","Industry 01 / relevant sectors","Price times quantity (EAA)","Yes","Implicit deflator from relevant agricultural purchase prices","Price times quantity (EAA)","Not used","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["SI","N115","Multi-annual plantations","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for multi-annual plantations","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (24 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1171","Single asset","All industries (NACE division) and sectors","PIM (net)","Yes","Implicit GFCF deflator for R&D","R&D GFCF growth before initial stock linked to long-term GDP growth.","(blank)","Geometric double-declining depreciation with 10 year average service life.","(blank)","(blank)","(blank)","no","(blank)"]
["SI","N1172","/","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["SI","N1173","Single category","All industries (NACE division) and sectors","PIM (gross)","Yes","Implicit GFCF deflator for computer software","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (5 year average service life)","(blank)","(blank)","no","(blank)"]
["SI","N1174","Single category","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for ELA originals","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (5 year average service life)","(blank)","(blank)","no","(blank)"]
["SK","N111","Dwellings","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","other countries’ estimates, Average service life 55 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N1121","Other buildings\nand structures","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","other countries’ estimates, Average service life 55 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N1122","Roads","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","other countries’ estimates, Average service life 50 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N1123","-","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["SK","N1131","Transport equipment","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 18 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N11321","Computer hardware","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Eurostat recommendation, Average service life 8 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N11322","Telecomm. Equipment","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Eurostat recommendation, Average service life 8 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N1139","Other machinery and equipment","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 23 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N114","Armoured vehicles","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 20 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N114","Artilery","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 22 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N114","Electronic and communication eqip.","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 10 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N114","Fighter jets","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 25 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N114","Helicopters","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 25 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N114","Other weapons","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 22 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N114","Tanks","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Questionnaire, project, Average service life 22 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N115","Cultivated biological resources","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","other countries’ estimates, Average service life 23 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N1171","R&D","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Eurostat recommendation, Average service life 10 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N1172","-","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["SK","N1173","Computer software and databases","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Eurostat recommendation, Average service life 5 years","(blank)","Normal (NM)","no","GNI Inventory"]
["SK","N1174","Entertainment, literary or artistic originals","S.13 - GFCF of specific units","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes","(blank)","Linear function","Eurostat recommendation, Average service life 5 years","(blank)","Normal (NM)","no","GNI Inventory"]
["BE","N111","AN.11110","LL S11/ LLS14/ KKS128","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","straight line; 60 years","log normal ","(blank)","(blank)","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1121","AN11210","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1122","AN11220","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1123","zero in Belgium (included in assets on dwellings and buildings and other structures)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["BE","N1131","AN11310","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N11321","AN11321","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N11322","AN11322","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1139","AN11390","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N114","AN11400","S13","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N115","AN11510","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N115","AN11520","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1171","AN11710","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1172","zero in Belgium","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["BE","N1173","AN11730","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1174","AN11740, AN11790 = zero in Belgium","by industry/sector","PIM/GFCF","Yes","GFCF deflator","cumulative flows of GFCF in volumes","implicitly derived","Straight line","log normal ","(blank)","average service lives can be found by industry/sector in document p. 6","no","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["AT","N111","N111","(blank)","PIM","Yes","GFCF deflator","research study","geometric profile, average service life 75y, drate 0,02","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1121","?","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["AT","N1122","?","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["AT","N1123","?","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["AT","N1131","N1131","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 8y, drate 0.2","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N11321","N11321","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 6y, drate 0.2729","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N11322","N11322","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 15y, drate 0.11","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1139","?","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["AT","N114","?","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["AT","N115","N115","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 17y, drate 0.1","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1171","basic research","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 13y, drate 0.12","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1171","applied research","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 13y, drate 0.14","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1171","experimental research","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 13y, drate 0.17","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1172","no GFCF","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1173","purchased","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 5y, drate 0.3","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1173","own-account","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 5y, drate 0.4","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1174","purchased","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 5y, drate 0.3","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["AT","N1174","own-account","(blank)","PIM","Yes","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 5y, drate 0.3","(blank)","(blank)","(blank)","(blank)","no","(blank)"]
["ES","N111","N111. Dwellings","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF)","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=60, standard deviation=2.780 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1121","N1121. Buildings other than dwellings","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF)","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=40, standard deviation=1.934 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1122","N1122. Other structures_N1123.Land improvements","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=55, standard deviation=2.569 (estimated in order to not exceed a kurtosis value of 0.5)","(blank)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1131","N11311. Vehicles","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=10, standard deviation=0.885 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1131","N11312. Ships","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=24, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1131","N11313. Trains","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=22, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1131","N11314. Aircraft","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=25, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1131","N11315. Other transport equipment","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=10, standard deviation=0.885 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N11321","N11321. Computer hardware","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=5, standard deviation=0.879 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N11322","N11322. Telecommunications equipment","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not used","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=8, standard deviation=0.883 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1139","N1139. Other machinery and equipment","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=16, standard deviation=1.111 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N114","N1141. Armored vehicles and tanks","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=20, standard deviation=1.111 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N114","N1142. Ships","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=24, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N114","N1143. ICT equipment","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=8, standard deviation=0.883 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N114","N1144. Aircraft","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=25, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N114","N1145. Other assets","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=15, standard deviation=0.957 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N115","N115. Cultivated biological resources","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=15, standard deviation=0.957 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1171","N1171. Research and development","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Geometric function. Parameter=declining-balance rate/ average service life=2/10 (declining-balance rate=2 is recommended in Measuring Capital OECD Manual)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=10, standard deviation=0.885 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1172","N1172. Mineral exploration and evaluation","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=15, standard deviation=0.957 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1173","N1173. Computer software and databases","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=4, standard deviation=0.879 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["ES","N1174","N1174. Entertainment, literary or artistic originals","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=7, standard deviation=0.881 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","no","(blank)"]
["IT","N111","N111. Dwellings\n (net of costs of ownership transfer)","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","The capital stock in current price  is computed using dwellings GFCF deflator.","(blank)","(blank)","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nThe service lives for N111 is equal to 79,1 for all industries.","(blank)","(blank)","no","(blank)"]
["IT","N1121","N112. ","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","The capital stock in current price  is computed using other buildings and structure GFCF deflator.","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life).\nThe following are the service lives for N112 used in the estimates of capital stock by industry:","(blank)","(blank)","no","(blank)"]
["IT","N1122","?","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IT","N1123","?","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IT","N1131","1) Road transport equipment, 2) Other transport equipment and 3) Major maintenance","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","The capital stock in current price  is computed using transport equipment GFCF deflator.","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nWith reference to service lives : 1) road transport equipment is 10 years for all industries but Public administration and defence (n.31) whose service life is 14. 2) Other transport equipment is equal to 18 years for all industries but industry 31 whose service life is 20; 3) Major maintenance is 10 years for all industries.\n","(blank)","(blank)","no","(blank)"]
["IT","N11321","N11321","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","Appropriate GFCF deflator ","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nThe following are the service lives for N11321 used in the estimates of capital stock by industry:","(blank)","(blank)","no","(blank)"]
["IT","N11322","N11322","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","Appropriate GFCF deflator ","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nThe following are the service lives for N11322 used in the estimates of capital stock by industry:","(blank)","(blank)","no","(blank)"]
["IT","N1139","1) Other machinery and equipment; \n2) Furniture","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","Appropriate GFCF deflator ","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nThe following are the service lives for N1139 (splitted respectively in other machinery and equipment and furniture) used in the estimates of capital stock by industry:","(blank)","(blank)","no","(blank)"]
["IT","N114","N114","A*38 industry breakdown/\n1 institutional sector (S13)","PIM  based on a geometric depreciation function.","Yes","Output deflators of manifacture industries.\n","The investment data (provided by the Ministry of Defence for different types of weapons) are available only since 1995. In order to calculate the capital stock and the consumption of fixed capital with PIM it was necessary to estimate the initial value of the capital stock in 1994, using a linear log regression of GFCF in weapons on time, as suggested by the OECD manual \"Measuring Capital, 2009-Second Edition\".","(blank)","The geometric depreciation function with a constant annual depreciation rate is used. According to the geometric model, net capital stock and consumption of fixed capital are obtained in accordance with the formula:\nKt = Kt-1 (1- delta) + It\nwhere Kt and Kt-1 1are, respectively, the net stock at the end of period t and t-1, It is gross fixed capital formation (at chain-linked values) of year t and delta represents the depreciation rate (assumed constant over time). the depreciation rate is obtained as 1.65/N where N is the service life.","Concerning the service lives for weapons they vary between 1 0 to 30 years according to typologies of weapons.","(blank)","(blank)","no","The coefficient 1.65 is derived from a technical study on several type of assets (including weapons) made by the U.S. Bureau of Economic Analysis (BEA). The study is available at http://www.bea.gov/national/pdf/Fixed_Assets_1925_97.pdf. \nInformation about the average service lives of the various types of weapons was taken from an analysis of the average service lives of weapon systems used by some NATO member countries, in particular United Kingdom and Germany.\nInvestments in weapons systems are made exclusively by General Government (Ministry of the Defence) and therefore there are not transactions in existing goods between institutional sectors (in particular between non-market and market producers)."]
["IT","N115","1) Plantations 2)Animals ","A*38 industry breakdown/\n5 institutional sectors","PIM is applied only for capital stock in plantations No PIM is applied for animal capital stock. The stock is the first step in the calculation of GFCF in animals","Yes","Appropriate GFCF deflator ","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","For Plantations capital stock :Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period..\n","For Plantations: the service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life).\nService lives for Plantations is equal to 18  years for all industries but industry 31 whose service life is 20 years.\nService life for animals is assumed to be equal to 5 years for all industries.","(blank)","(blank)","no","(blank)"]
["IT","N1171","N1171","A*38 industry breakdown/\n5 institutional sectors","PIM  based on a geometric depreciation function.\n","Yes","The capital stock in current price  is computed using R&D GFCF deflator.","The initial capital stock estimate in 1992 has been estimated (for each of the three sector) applying the method originally introduced by Griliches (1980) , who showed that under reasonable conditions the unobserved growth rate of the net stock is well approximated by the growth rate of investment.","(blank)","The geometric depreciation function with a constant annual depreciation rate is used. According to the geometric model, net capital stock and consumption of fixed capital are obtained in accordance with the formula:\nKt = Kt-1 (1- delta) + It\nwhere Kt and Kt-1 1are, respectively, the net stock at the end of period t and t-1, It is gross fixed capital formation (at chain-linked values) of year t and delta represents the depreciation rate (assumed constant over time). the depreciation rate is obtained as 2/N where N is the service life.","An average of service life of 10 year has been adopted for all industries, accordingly with the recommendations of the second Eurostat task force on R&D (Implementation of the Capitalisation of R&D).  Assuming the standard double-declining balance rate, the corresponding depreciation rate is equal to 0.2. ","(blank)","(blank)","no","(blank)"]
["IT","N1172","N1172","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","The capital stock in current price  is computed using CCI (construction cost index).","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). - \nService life equal to 34 years for all industries.","(blank)","(blank)","no","(blank)"]
["IT","N1173","N1173","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","The capital stock in current price  is computed using software GFCF deflator.","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nService life equal to 5 years for all industries but industry 31 whose service life is equal to 7 years","(blank)","(blank)","no","(blank)"]
["IT","N1174","N1174","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","Yes","The capital stock in current price  is computed using CPI.","(blank)","The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nService life equal to 10 years for all industries.","(blank)","(blank)","no","(blank)"]
["PL","N111","total (a more detailed breakdown is not available)","S13","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","67 years","not applicable","not applicable","no","see above"]
["PL","N111","total (a more detailed breakdown is not available)","divisions NACE rev. 2","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","67 years","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html\n\nGNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N111","total (a more detailed breakdown is not available)","S11","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","67 years","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html\n\nGNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N111","total (a more detailed breakdown is not available)","S14 and divisions 68 NACE rev. 2","estimations","Yes"," producer prices index","estimation","not applicable","not applicable","67 years","not applicable","not applicable","no","see above"]
["PL","N111","not compiled","S 12 and S 15","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","no","not applicable"]
["PL","N1121","total (the value of buildings other than dwellings is added to the total value of item \"Other buildings and structures \"(N112))","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable"]
["PL","N1122","total (the value of non-residential buildings and other structures is added to the total value of item \"Other buildings and structures \"(N112))","divisions NACE rev. 2","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","50 years","not applicable","not applicable","no","not applicable"]
["PL","N1122","total (the value of individual buildings in agriculture  is added to the total value of item \"Other buildings and structures \"(N112))","sector S 14 and division 01 NACE Rev.2 ","estimation","Yes"," producer prices index","company accounts   ","not applicable","not applicable","50 years","not applicable","not applicable","no","not applicable"]
["PL","N1123","total (the value of item \"Land improvments\" (N1123) is added to the total value of item \"Other buildings and structures\" (N112))","divisions NACE Rev.2","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable"]
["PL","N1131","total (a more detailed breakdown is not applied)","divisions NACE Rev.2","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","10 years","not applicable","not applicable","no","methodological document: https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html\n\nGNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1131","total (a more detailed breakdown is not applied)","institutional sectors: S 11; S 12; S 13; S 14; S 15","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","10 years","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html\n\nGNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N11321","The value of item \"Computer hardware\" (N11321) is included in the total value of item \"Machinery and equipment and weapon systems\" (N113+N114).","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","Statistics Poland has derogation to develop time series (2010-2017) at current replacement costs and previous year's prices up to 2020."]
["PL","N11322","The value of item \"Telecommunications equipment\" (N11322) is included in the total value of item \"Machinery and equipment and weapon systems\" (N113+N114).","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","Statistics Poland has derogation to develop time series (2010-2017) at current replacement costs and previous year's prices up to 2020."]
["PL","N1139","The value of item \"Other machinery and equipment\" (N1139) is included in the total value of item \"Machinery and equipment and weapon systems\" (N113+N114).","not applicable","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","12,5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N114","total (the value of item \"Weapons systems\" (N114) is added to the total value of item \"Machinery and equipment and weapon systems\" (N113+N114).","institutional sector: S 13","data from Ministry of Defence","Yes","consumer price indices","administrative data ","no ","no","25 years","no","no","no","—"]
["PL","N115","total","divisions NACE Rev.2","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","not applicable","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html"]
["PL","N115","total","institutional sector:\nS 11; S 12; S 13; S14; S15","statistical reports","Yes"," producer prices index","company accounts   ","not applicable","not applicable","not applicable","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html"]
["PL","N1171","total","divisions NACE rev. 2","statistical reports (for market producers)","Yes","consumer price indices","PIM","no","no","10 years","no","no","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1171","total",null,"statistical reports (for non-market producers)","Yes","consumer price indices","PIM","no","no","10 years","no","no","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1171","total","institutional sectors: S 11; S 12; S 14","statistical reports (for market producers)","Yes","consumer price indices","PIM","no","no","10 years","no","no","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1171","total","institutional sectors: S 13  S.15","statistical reports (for non-market producers)","Yes","consumer price indices","PIM","no","no","10 years","no","no","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1172","The value of item \"Mineral exploration and evaluation\" (N1172) is included in the total value of item \"Intellectual property products\"(N117).","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable"]
["PL","N1173","own-account software, ","NACE Rev.2 division","labour force surveys that measure hours worked on development","Yes","consumer price index","balance method","not applicable","not applicable","5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1173","own-account software, ","institutional sectors: S 11; S 12; S 13","labour force surveys that measure hours worked on development","Yes","consumer price index","balance method","not applicable","not applicable","5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1173","purchased software","NACE Rev.2 division","structural business surveys, ","Yes","consumer price index","balance method","not applicable","not applicable","5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1173","purchased software","institutional sectors: S 11; S 12; S 13; \nS 14; S 15","structural business surveys, ","Yes","consumer price index","balance method","not applicable","not applicable","5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1174","The value of item \"Entertainment, literary or artistic originals\" (N1174) is included in the total value of item \"Intellectual property products\"(N117).","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable"]
["MT","N111","Dwellings","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","Linear depreciation","Yes","not applicable","The dwelling stock was determined at a point in time using the Census of Population and Housing which determined the number of units to which a price was applied.","The age-efficiency profile is assumed constant over time.","linear depreciation","Average service life 85 years","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1121","Construction work","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 50)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1122","Cable infrastructure","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 20)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1122","Pipeline infrastructure","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 20)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1123","Included with construction work","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 50)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1131","Motor vehicles","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 9)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1131","Ships and vessels","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 21)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1131","Aircraft and spacecraft","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 12)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N11321","Computer and electronic equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 4)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N11322","Communication and broadcasting equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 6)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Machinery and equipment n.e.c.","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Equipment mainly designed or used for the production of water and electricity","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Catering equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Equipment used for construction of buildings and excavation","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Medical equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 15)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Furniture, fixtures, fittings and soft furnishings","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 100)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Other machinery / plant","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N114","Not applicable","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["MT","N115","Not applicable","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["MT","N1171","R&D","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 10)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1172","Included under Construction","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 50)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1173","computer software","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 4)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1174","Included under machinery and equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)","(blank)","(blank)","no","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["LT","N111","Public dwellings","\n S13 - O84\n","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment ","Yes with some assumptions,\nestimated stock of public dwelling are shared out in two activity A*84  and A*85\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","Quantity X Price","no","geometric ,\nservice live 80 years, with declining balance rate of 1.6 ","no mortality function","(blank)","(blank)","no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N111","Private owner-occupied  dwelling"," S14 -  L68;","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment ","Yes, S14 L68 is sum of private (owner- occupied and actual rent) dwelling\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","Quantity X Price","no","geometric ,\nservice live 80 years, with declining balance rate of 1.7","no mortality function","(blank)","(blank)","no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N111","Private actual rent  dwelling"," S14 -  L68;","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment ","Yes, S14 L68 is sum of private (owner- occupied and actual rent) dwelling\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","Quantity X Price","no","geometric ,\nservice live 80 years, with declining balance rate of 1.8","no mortality function","(blank)","(blank)","no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1121","N1121. Buildings other than dwellings","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series of non-residential buildings by sectors:\nS1 -49; S11 - 47; S12 - 72; S13 - 55; S14 - 52; S15 - 25","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 was available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1122","N1122.  Other structures (exclude roads and bridges) + N1123 Land improvements","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes, \n(N122+ N1122a+ N1123)\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series of  other structures by sectors:\nS1 -32; S11 - 33; S13 - 27","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available ","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1122","N1122a. Roads&bridges, (viaducts and  tunnels) ","O84 - S13","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment ","(blank)","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","Quantity X Price","no","geometric ,\nservice live 60 years, with declining balance rate of 2 ","no mortality function","(blank)","(blank)","no","GNI inventory 2011"]
["LT","N1123","Do not estimated as separate asset","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["LT","N1131","N1131. Transport equipment","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series of  transports by sectors:\nS1 -17; S11 - 18;S12 - 8; S13 - 12; S14 -11; S15 - 14\n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N11321","N11321. Computer hardware","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -8; S11 - 7; S12- 7 ; S13 - 9; S14 -8; S15 - 8\n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N11322","N11322. Telecommunications equipment","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -8; S11 - 8; S12- 8; S13 - 11; S14 -10; S15 - 10\n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1139","N1139. Other machinery and equipment","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series  by sectors:\nS1 -14; S11 - 15; S12 - 8; S13 - 9; S14 -15; S15 - 14\n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N114","N114. Weapons systems","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series  by sectors:\nS1 -12;  S13 - 12; \n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N115","N115. Cultivated biological resources","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -15; S11 - 15; S14 -15; \n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","no","GNI inventory 2011"]
["LT","N1171","N1171. Research and development","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -10; S11 - 10;S12 - 10; S13 - 10; \n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1172","Do not estimate as separate asset","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["LT","N1173","N1173. Computer software and databases","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -6; S11 - 5; S12 - 4; S13 - 8; S14 -4; S15 - 4\n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1174","N1172. Mineral exploration and evaluation + N1174. Entertainment, literary or artistic originals","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series  by sectors:\nS1 -5; S11 - 4; S13 - 6; S14 -5\n","(blank)","Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["IS","N111","Dwellings","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","(blank)","Building cost index from Statistics Iceland","Total housing value in the year 1997 based on data from Registers Iceland","geometric 2.5%","80 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1121","Buildings other than dwellings","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","It will be, at the moment tables are not submitted","Building cost index from Statistics Iceland","Balance sheet calculations from Enterprice Accounts Registers","geometric 4%","50 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1122","Power plant buildings and structures+","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","It will be, at the moment ","Building cost index from Statistics Iceland","Balance sheet calculations from Enterprice Accounts Registers","geometric 3%","70 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1123","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1131","Ships","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","A special import price","(blank)","Balance sheet calculations from Enterprice Accounts Registers","geometric 6%","35 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1131","Aircrafts","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","A special import price","(blank)","Balance sheet calculations from Enterprice Accounts Registers","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N11321","Machines","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","A special import price","(blank)","Balance sheet calculations from Enterprice Accounts Registers","geometric 20%","10 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N11321","Big computers","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","A special import price","(blank)","Balance sheet calculations from Enterprice Accounts Registers","geometric 20%","10 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N11322","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1139","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N114","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N115","Livestock","Nace Rev.2: 01","PIM - based on an available time series of investment (GFCF)","It will be, at the moment ","Special livestock index","Balance sheet calculations from Enterprice Accounts Registers",0,"(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1171","R&D","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","It will be, at the moment ","A special R&D index","Back calculated from 2013 survey","geometric 12.5%","11.5 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1172","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1173","computer software","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","It will be, at the moment ","(blank)","Balance sheet calculations from Enterprice Accounts Registers","geometric 20%","10 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1173","databases","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","tables are not submitted","(blank)","Balance sheet calculations from Enterprice Accounts Registers","geometric 20%","10 years","(blank)","(blank)","(blank)","(blank)","(blank)"]
["IS","N1174","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["SE","N111","Owner occupied ","Only institutional sector breakdown, 5 main sectors.","Direct volume estimate","Yes","Same as for GFCF","Direct current price estimate","n.a.","U.S. BEA declining balance values and national estimates of service life","75 years","Geometric","(blank)","no","(blank)"]
["SE","N111","Rented dwellings","Only institutional sector breakdown, 5 main sectors.","Direct volume estimate","Yes","Same as for GFCF","Direct current price estimate","n.a.","U.S. BEA declining balance values and national estimates of service life","65 years","Geometric","(blank)","no","(blank)"]
["SE","N1121","No further breakdown","S.1311 - S.1314  function/activity,         ","PIM","(blank)","Same as for GFCF","PIM ","n.a.","U.S. BEA declining balance values and service life","40-50 years depending on use","Geometric","(blank)","no","(blank)"]
["SE","N1121","No further breakdown","S.11, S.12, S.14 and S.15 by industry","PIM","(blank)","Same as for GFCF","PIM ","n.a.","U.S. BEA declining balance values and service life","12-54 years depending on indystry","Geometric","(blank)","no","(blank)"]
["SE","N1122","Railways","S.1311","PIM, net stock","(blank)","Same as for GFCF","PIM","n.a.","U.S. BEA declining balance values and service life","50 years","Geometric","(blank)","no","(blank)"]
["SE","N1122","Roads ","S.1311, S.1313  S.11  Industry A02, S.14 industry A01 and A02","PIM, net stock","(blank)","Same as for GFCF","PIM","n.a.","Double declining balance value and assumed service life","Central and local government 40 years. Other sectors 38 year.","Geometric","(blank)","no","(blank)"]
["SE","N1123","Land improvements (AN.1123) in Sweden concern draining of agricultural and forest land and woodland improvement like soil preparation in order to improve regeneration after fellings. Information is received from the Swedish Board of Agriculture and the Swedish Forest Agency.","S.11 and S.14, industry A02","PIM, net stock","(blank)","Same as for GFCF","PIM","n.a.","U.S. BEA declining balance values and service life for buildings in agriculture","38 years","Geometric","(blank)","no","(blank)"]
["SE","N1131","Ships","S.11  and S.14  industry A03. S11 industry H50.","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","35 year and 27 year","Geometric","(blank)","no","(blank)"]
["SE","N1131","Aircrafts","(blank)","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","20 years","Geometric","(blank)","no","(blank)"]
["SE","N1131","Cars, trucks and buses","(blank)","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life. Modifications of the service life have been made for automobiles","13 years","Geometric","(blank)","no","(blank)"]
["SE","N11321","Computer hardware","S.1311 - S.1314  function/activity,                                                                            S.11, S.12, S.14 and S.15 by industry","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","4 years","Geometric","(blank)","no","(blank)"]
["SE","N11322","ICT equipment","S.1311 - S.1314  function/activity;  S.11, S.12, S.14 and S.15 by industry","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","12 years","Geometric","(blank)","no","(blank)"]
["SE","N1139","Other machinery and equipment excludes computer hardwear and telecommunication equipment "," S.11, S.12, S.14 and S.15 by industry","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","10-33 years. On average 15 years","Geometric","Capital consumption rates weighted together according to the composition of products in capital formation)","no","(blank)"]
["SE","N114","Wepons systems, machinery and equipment ","S.1311","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and  service life. National estimates of service life","13 year","Geometric","(blank)","no","(blank)"]
["SE","N114","Wepons systems, transport equipment","S.1311","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and national estimates of service life. Some modifications of the service life have been made.","25 year","Geometric","(blank)","no","(blank)"]
["SE","N114","Wepon system, Buildings and structures","S.1311","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and national estimates of service life","50 year","Geometric","(blank)","no","(blank)"]
["SE","N115","Fruit trees","(blank)","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","National estimation","50 years","Geometric","(blank)","no","(blank)"]
["SE","N115","Livestock","(blank)","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","National estimation","3 years","Geometric","(blank)","no","(blank)"]
["SE","N115","Racing horses and other draft animals","(blank)","PIM, net stock","(blank)","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","National estimation","8 year","Geometric","(blank)","no","(blank)"]
["SE","N1171","Own account R&D","(blank)","PIM, net stock","Yes","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  long time series of data on gross fixed capital formation.","n.a.","Recommendation from the Task Force on R&D of 10 years is used","10 years ","Geometric","(blank)","no","(blank)"]
["SE","N1171","Bought R&D","(blank)","PIM, net stock","Y es","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  long time series of data on gross fixed capital formation.","n.a.","Recommendation from the Task Force on R&D of 10 years is used","10 years ","Geometric","(blank)","no","(blank)"]
["SE","N1172","Mineral exploration and evaluation","S.11  industry  B07 and b08_09 . S.14 industry B08_09","PIM, net stock","(blank)","Same as for GFCF","(blank)","n.a.","(blank)","10 years","Geometric","(blank)","no","(blank)"]
["SE","N1173","Computer software, produced on own account","(blank)","PIM, net stock","(blank)","Same as for GFCF","(blank)","n.a.","Double declining balance rate in combination with rough estimates of economic service life has been used","10 years","Geometric","(blank)","no","(blank)"]
["SE","N1173","Computer software, purchased","(blank)","PIM, net stock","(blank)","Same as for GFCF","(blank)","n.a.","Double declining balance rate in combination with rough estimates of economic service life has been used","5 years ","Geometric","(blank)","no","(blank)"]
["SE","N1174"," Entertainment, literary or artistic originals","S.11 and S.14","PIM, net stock","(blank)","Same as for GFCF","(blank)","n.a.","An average service life of 3 year is used. The declining balance rate is set to 1.65 which means a capital consumption rate of 55 percent. With a geometric function this leads to fast depreciations in early years of the assets lives as recommended by the committee.","3 years","Geometric","(blank)","no","(blank)"]
["EL","N111","Dwellings","- S1, industry 68                                                                                                             -S11, industry 68 of S1","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1948_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for dwellings                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for dwellings is 65 years. ","N/A","(blank)","no","(blank)"]
["EL","N1121","Buildings other than dwellings","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1948_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for other buildings                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for other buildings lie between 35-65, depending on the industry. Usually it is 55 years. ","N/A","(blank)","no","(blank)"]
["EL","N1122","Other structures","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1948_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for other structures                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for other structures is 55 years. ","N/A","(blank)","no","(blank)"]
["EL","N1123","land improvements (taking into account as a total the anti-fladding and drainage works, irrigation works and other land improvements)","- S1, industry 01                                  - S13, industry 84                                                                              ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1948_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for other structures                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for land improvements is 55 years. ","N/A","(blank)","no","(blank)"]
["EL","N1131","Transport equipment","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for transport equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for transport equipment lie between 10-25, depending on the industry. ","N/A","(blank)","no","(blank)"]
["EL","N11321","Computer hardware","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for computer hardware is 7 years. ","N/A","(blank)","no","(blank)"]
["EL","N11322","Telecommunications","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for telecommunication equipment is 15 years. ","N/A","(blank)","no","(blank)"]
["EL","N1139","Other machinery and equipment","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for other machinery and equipment lie between 15-20, depending on the industry. ","N/A","(blank)","no","(blank)"]
["EL","N114","Machinery and equipment"," - S13, industry 84 (the results are incorporated in the corresponding asset in indusrty 84)","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for each asset is provided by the Ministry of Defence.","N/A","(blank)","no","(blank)"]
["EL","N114","Other constructions"," - S13, industry 84 (the results are incorporated in the corresponding asset in indusrty 84)","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for each asset is provided by the Ministry of Defence.","N/A","(blank)","no","(blank)"]
["EL","N114","buildings"," - S13, industry 84 (the results are incorporated in the corresponding asset in indusrty 84)","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for each asset is provided by the Ministry of Defence.","N/A","(blank)","no","(blank)"]
["EL","N114","transport"," - S13, industry 84 (the results are incorporated in the corresponding asset in indusrty 84)","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for each asset is provided by the Ministry of Defence.","N/A","(blank)","no","(blank)"]
["EL","N115","Cultivated biological resources","- S1, industries 01-02                                                                                                                 - S11-S14, data from S1, allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for cultivated biological resources is 15 years. ","N/A","(blank)","no","(blank)"]
["EL","N1171","Research and development","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","No initial stock was calculated. Data for years before 1986 are considered to be small.","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for research and development is 10 years. ","N/A","(blank)","no","(blank)"]
["EL","N1172","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["EL","N1173","computer software and databases (the estimation of own account software is included in this asset)","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for computer software and databases is 5 years. ","N/A","(blank)","no","(blank)"]
["EL","N1174","originals","- S1, industry 59-60","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","No initial stock was calculated. ","No specific age-efficiency profile. We use geometric depreciation.","(blank)","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for Entertainment, literary or artistic originals is 8 years. ","N/A","(blank)","no","(blank)"]
["HR","N111","Residential buildings","Institutional sector","PIM Method","In process","PPI construction","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N111","Additional investments on constructions","Institutional sector","PIM Method","In process","PPI construction","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1121","Industrial buildings","Institutional sector","PIM Method","In process","PPI construction","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1121","Office buildings","Institutional sector","PIM Method","In process","PPI construction","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1122","Roads, railways and other transport facilities","Institutional sector","PIM Method","In process","PPI construction","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1122","Other (e.g. hydroelectric power plants)","Institutional sector","PIM Method","In process","PPI construction","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1122","Additional investments on other structures","Institutional sector","PIM Method","In process","PPI construction","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1123","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["HR","N1131","Air transport","Institutional sector","PIM Method","In process","PPI other transport vehicles","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1131","Road transport vehicles","Institutional sector","PIM Method","In process","PPI motor vehicles","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1131","Railway transport vehicles","Institutional sector","PIM Method","In process","PPI other transport vehicles","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1131","Vehicles of maritime and inland waterway trans.","Institutional sector","PIM Method","In process","PPI other transport vehicles","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N11321","Computers","Institutional sector","PIM Method","In process","PPI manufacture of computer","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N11322","ICT equipment","Institutional sector","PIM Method","In process","PPI electrical equipment","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1139","Sports and music equipment","Institutional sector","PIM Method","In process","PPI capital goods","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1139","Devices, machinery and equipment for other purposes","Institutional sector","PIM Method","In process","PPI machinery and equipment","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N115","Perennial plantations","Institutional sector","PIM Method","In process","Prices in agriculture","Surveys and administrative data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N115","Herd","Institutional sector","PIM Method","In process","Prices in agriculture","Surveys and administrative data","(blank)","None","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1171","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)","(blank)"]
["HR","N1172","Mineral exploration and evaluation","Institutional sector","PIM Method","In process","PPI mining and exploration","Surveys, administrative and historical data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1173","Investments in copmuter software","Institutional sector","PIM Method","In process","PPI manufacture of computer","Surveys and administrative data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]
["HR","N1174","Works of art, literature and science","Institutional sector","PIM Method","In process","CPI books, cultural services","Surveys and administrative data","(blank)","linear depreciation","Log-normal distribution","(blank)","(blank)","no","(blank)"]

{"sheet":"4.Capital Stocks Questions Data","index":2,"n_rows":661,"n_cols":20,"rows_kept":661,"hidden":true}
["Country","Asset","1. Detailed asset category (elementary level at which capital stocks are compiled)","2. Industry / Institutional sector (elementary level at which capital stocks are compiled)","3. Capital stock estimation method (indicate as well if you estimate first the gross or the net stock)","4. Consistency with national accounts table 2200 (yes/no)","5. Price index used to compute capital stock measures in current prices","6. Method to estimate the initial capital stock","7. Age-efficiency profile and parameters. Indicate if they are used as direct inputs to the measurement of capital stocks, or implicitly derived.","8. Age-price (i.e. depreciation) profile and parameters","9. Retirement profile and parameters (including average service life)","10. Combined age-price / retirement profile and parameters","11. Other assumptions","12. Do assumptions vary over time? If so, which and how? ","13. Sources of information and link(s) to methodological document(s)",{"$nulls":4},"1. Detailed asset category (elementary level at which capital stocks are compiled)"]
["BG","N111","N111. Dwellings","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 70","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016",{"$nulls":4},"2. Industry / Institutional sector (elementary level at which capital stocks are compiled)"]
["BG","N111","N111. Dwellings","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 70","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016",{"$nulls":4},"3. Capital stock estimation method (indicate as well if you estimate first the gross or the net stock)"]
["BG","N1121","N1121. Buildings other than dwellings","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 80","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016",{"$nulls":4},"4. Consistency with national accounts table 2200 (yes/no)"]
[{"$f":"A4","v":"BG"},"N1121","N1121. Buildings other than dwellings","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 80","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital.  \"","\n",null,"No.","GNI report 2016",{"$nulls":4},"5. Price index used to compute capital stock measures in current prices"]
["BG","N1122","Transport infrastructure (transp. infr.)","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 55","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019",{"$nulls":4},"6. Method to estimate the initial capital stock"]
[{"$f":"A6","v":"BG"},"N1122","Sewage systems (pipe-,el-power-, telecom-lines)","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 50","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019",{"$nulls":4},"7. Age-efficiency profile and parameters. Indicate if they are used as direct inputs to the measurement of capital stocks, or implicitly derived."]
[{"$f":"A7","v":"BG"},"N1122","Other public infrastructure (other infrastr. constr.) ","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 70","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019",{"$nulls":4},"8. Age-price (i.e. depreciation) profile and parameters"]
[{"$f":"A8","v":"BG"},"N1122","N1122. Other structures","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 56","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016",{"$nulls":4},"9. Retirement profile and parameters (including average service life)"]
["BG","N1123",{"$nulls":17},"10. Combined age-price / retirement profile and parameters"]
["BG","N1131","Transport vehicles like trains, airplanes, ships (Trains, airplanes, ships )","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 20","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019",{"$nulls":4},"11. Other assumptions"]
[{"$f":"A11","v":"BG"},"N1131","Other tr.&e (Other transport equipment)","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 12","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016",{"$nulls":4},"12. Do assumptions vary over time? If so, which and how? "]
[{"$f":"A12","v":"BG"},"N1131","N1131. Transport equipment","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 12","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016",{"$nulls":4},"13. Sources of information and link(s) to methodological document(s)"]
["BG","N11321","N1132","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019"]
["BG","N11322","N1132","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019"]
["BG","N1139","N1139. Other machinery and equipment","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Data from the Revalorisation (at 1998 prices with depreciated data for 1993) were used.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 15","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016"]
[{"$f":"A16","v":"BG"},"N1139","N110+N1132","S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"There is no initial stock from the past periods included, because the Non-profit institutions serving households starts their existence as a result of the legislation changes in 1999.\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 15","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016"]
["BG","N114","N114. Weapons systems","S13","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","\"Distinguishing initial stocks in Weapons in PIM: The same approach as for all other type of additionally distinguished assets is applied.\n\"","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 20","\"ASL of Weapons: As an implicit part of “Other machinery, equipment, and weapons systems”, the ASL for Weapons was 15 years. No MoD information on ASL of weapons is available. After distinguishing the Weapons in PIM, the median service life used in other EU countries for weapon systems equal to 20 years is applied (Eurostat/C3/GNIC/426). \"","\n",null,"No.","GNI report 2019"]
["BG","N115"]
["BG","N1171","N1171. Research and development","S11, S12, S13, S14, S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","There is no initial stock from the past periods included","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 10","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019"]
["BG","N1172","N1172. Mineral exploration and evaluation","S11, S12, S13, S14, S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","There is no initial stock from the past periods included","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019"]
["BG","N1173","N1173. Computer software and databases","S11, S12, S13, S14, S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","There is no initial stock from the past periods included","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019"]
["BG","N1174","N1174. Entertainment, literary or artistic originals","S11, S12, S13, S14, S15","PIM, based on available time series of GFCF. First the net stock is estimated.","Yes.","Deflator of GFCF in this asset.","There is no initial stock from the past periods included","Indirectly, i.e. implicitly derived.","Functional form - geometric. \"= Declining balance rates. The depreciation rate is obtained by the double declining balance method. The method calculate d = 2 / T where (T) is the average service life of the asset. = Depreciation factors. For the first year the depreciation factor is set at (1-d/2) and for the following years is (1-d).\" T = 5","\"=Service life. Service life for the fixed tangible assets is close to the service lives recommended by the OECD Manual for Measuring Capital. \"","\n",null,"No.","GNI report 2016, GNI report 2019"]
["CY","N111","Dwellings","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1121","Buildings other than dwellings","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1122","Other structures","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1123","Land improvements","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1131","Vehicles, Ships and Aircrafts","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N11321","Computer hardware","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N11322","Telecommunications equipment","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1139","Other machinery and equipment","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N114","Weapon Systems","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N115","Plantation ","A21 Industries","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1171","R&D","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1172","Part of N117G","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1173","Computer software and databases","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CY","N1174","Part of N117G","Total","PIM","Yes","GFCF deflators","GFCF volumes","Please see the relevant part about the methodology applied for the estimations as described in the GNI Inventory Chapter 4 (attached file)"]
["CZ","N111","flats","120 CZ-NACE/subsectors","standard PIM","yes","specially derived for this purpose by Price Statistics Department","population census and other surveys",null,"linear depreciation","lognormal, ASL = 80",null,null,"no","GNI 2012"]
["CZ","N111","family houses","120 CZ-NACE/subsectors","standard PIM","yes","specially derived for this purpose by Price Statistics Department","population census and other surveys",null,"linear depreciation","lognormal, ASL = 90",null,null,"no","GNI 2012"]
["CZ","N1121","N1121. Buildings other than dwellings","120 CZ-NACE/subsectors","standard PIM","yes","index of constructions","survey",null,"linear depreciation","lognormal, ASL = 40 - 90",null,null,"no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Roads","relating NACE and subsectors","standard PIM","yes","index of constructions","expert estimation",null,"linear depreciation","lognormal, ASL = 50",null,null,"no","GNI 2012, Questionnaire of TF LaNFA"]
[{"$f":"A41","v":"CZ"},"N1122","Railways","relating NACE and subsectors","standard PIM","yes","index of constructions","expert estimation",null,"linear depreciation","lognormal, ASL = 40",null,null,"no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Sewages and ducts","relating NACE and subsectors","standard PIM","yes","index of constructions","expert estimation",null,"linear depreciation","lognormal, ASL = 30 and 80",null,null,"no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Dams","relating NACE and subsectors","standard PIM","yes","index of constructions","expert estimation",null,"linear depreciation","simultaneous exit, ASL = 115",null,null,"no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","El. plants","relating NACE and subsectors","standard PIM","yes","index of constructions","expert estimation",null,"linear depreciation","simultaneous exit, ASL = 50",null,null,"no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Gas network","relating NACE and subsectors","standard PIM","yes","index of constructions","expert estimation",null,"linear depreciation","simultaneous exit, ASL = 31",null,null,"no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1122","Steelworks","relating NACE and subsectors","standard PIM","yes","index of constructions","expert estimation",null,"linear depreciation","simultaneous exit, ASL = 35",null,null,"no","GNI 2012, Questionnaire of TF LaNFA"]
["CZ","N1123","N1123. Land improvments","120 CZ-NACE/subsectors","standard PIM","yes","the same as for non-resid. buildings","data about GFCF",null,"linear depreciation","as for non-residential buildings",null,null,"no ","GNI 2012"]
["CZ","N1131","N1131. Transport equipment","120 CZ-NACE/subsectors","standard PIM","yes","price index for CPA (producers, importers)","survey",null,"linear depreciation","lognormal, ASL =  4 - 20,5",null,null,"no","GNI 2012"]
["CZ","N11321","N11321. Computer hardware","120 CZ-NACE/subsectors","standard PIM","yes","corr. to N1139","survey",null,"linear depreciation","lognormal, ASL corresp. to N1139",null,null,"no","GNI 2012"]
["CZ","N11322","N11321. Computer hardware","120 CZ-NACE/subsectors","standard PIM","yes","corr. to N1139","survey",null,"linear depreciation","lognormal, ASL corresp. to N1139",null,null,"no","GNI 2012"]
["CZ","N1139","N1139. Other machinery and equipment","120 CZ-NACE/subsectors","standard PIM","yes","price index for CPA (producers, importers)","survey",null,"linear depreciation","lognormal, ASL = 6,9 - 21",null,null,"no","GNI 2012"]
["CZ","N114","9 groups of weapons","nace 842/S1311","standard PIM","yes","index of producers","expert estimation",null,"linear depreciation","lognormal/sim. ex., ASL = 15/20/25",null,null,"no","GNI 2012"]
["CZ","N115","N115. Cultivated biological resources","120 CZ-NACE/subsectors","standard PIM (only stocks, no CFC)","yes","CPI","survey",null,"linear depreciation","sim. exit, ASL = 11",null,null,"no","GNI 2012"]
["CZ","N1171","N1171. Research and development","120 CZ-NACE/subsectors","standard PIM","yes","intermediate cons. deflator","time series of GFCF",null,"linear depreciation","lognormal, ASL = 12",null,null,"no","GNI 2012"]
["CZ","N1172","N1172. Mineral exploration and evaluation","120 CZ-NACE/subsectors","standard PIM","yes","the same as for non-resid. buildings","survey",null,"linear depreciation","lognormal, ASL = 10",null,null,"no","GNI 2012"]
["CZ","N1173","computer software","120 CZ-NACE/subsectors","standard PIM","yes","producers price index","survey",null,"linear depreciation","normal, ASL  = 4",null,null,"no","GNI 2012"]
[{"$f":"A57","v":"CZ"},"N1173","databases","120 CZ-NACE/subsectors","standard PIM","yes","producers price index","survey",null,"linear depreciation","normal, ASL  = 4",null,null,"no","GNI 2012"]
["CZ","N1174","N1174. Entertainment, literary or artistic originals","120 CZ-NACE/subsectors","standard PIM","yes","CPI","survey",null,"linear depreciation","sim. exit, ASL = 7",null,null,"no","GNI 2012"]
["DE","N111","Dwellings","S1, S11, S12, S13, S14\nNACE 68\n(according to NACE, Rev. 2) ","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM; there is no need to do special estimations for any initial capital stock as our time series of GFCF before 1991 are at least twice the average service life of the given asset; for dwellings they start in 1799",null,"Straight line model of depreciation","GM\n\nService life distribution with average service life 57 years for investment year 2015\n\nP=7 for new dwellings\nP=13 for major renovations and COT",null,null,"Yes, revision of assumptions if new information are available and structural effects in the breakdown of the components of the assets (different house types by main building materials, part for major renovations, costs of ownership transfer etc.)","Service lives for tax purposes from the Federal Ministry of Finance, valuation guidelines by the Federal Ministry of for the Environment, Nature Conservation, Building und Nuclear Safety, studies by the ifo institute – Leibniz-Institut für Wirtschaftsforschung an der Universität München e.V. and the German Institute for Economic Research in Berlin (DIW), depreciation tables of local government regions and the Federal Ministry of Finance"]
["DE","N1121","Industrial and commercial buildings ","S11+S12+S14(+S15)\n\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM; there is no need to do special estimations for any initial capital stock as our time series of GFCF before 1991 are at least twice the average service life of the given asset; for buildings other than dwellings they start in 1799",null,"Straight line model of depreciation","GM\n\nService life distribution with average service life 39 years for investment year 2015\n\nP=7 for new buildings\nP=13 for major renovations",null,null,"Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets and/or their components in the service life distribution","Service lives for tax purposes from the Federal Ministry of Finance, valuation guidelines by the Federal Ministry of for the Environment, Nature Conservation, Building und Nuclear Safety, studies by the ifo institute – Leibniz-Institut für Wirtschaftsforschung an der Universität München e.V. and the German Institute for Economic Research in Berlin (DIW), depreciation tables of local government regions and the Federal Ministry of Finance"]
[{"$f":"A61","v":"DE"},"N1121","Public buildings","S13\n\nparts of A*64","see above","see above","see above","see above",null,"see above","GM\nService life distribution with average service life 42 years for investment year 2015\nP see above",null,null,"see above","see above"]
[{"$f":"A62","v":"DE"},"N1121","Buildings in Human health activities","S1\nNACE 86","see above","see above","see above","see above",null,"see above","GM\nService life distribution with average service life 42 years for investment year 2015\nP see above",null,null,"see above","see above"]
[{"$f":"A63","v":"DE"},"N1121","Buildings in Education","S1, S13, S15\nNACE 85","see above","see above","see above","see above",null,"see above","GM\nService life distribution with average service life 43 years for investment year 2015\nP see above",null,null,"see above","see above"]
[{"$f":"A64","v":"DE"},"N1121","Buildings in Agriculture, forestry and fishing","S1\nNACE 01-03","see above","see above","see above","see above",null,"see above","GM\nService life distribution with average service life 45 years for investment year 2015\nP see above",null,null,"see above","see above"]
["DE","N1122","Industrial and commercial strctures ","S1\n\nparts of A*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM",null,"Straight line model of depreciation","GM\n\nService life distribution with average service life 47 years for investment year 2015\n\nP=9",null,null,"Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets in the service life distribution","Service lives for tax purposes from the Federal Ministry of Finance, valuation guidelines by the Federal Ministry of for the Environment, Nature Conservation, Building und Nuclear Safety, studies by the ifo institute – Leibniz-Institut für Wirtschaftsforschung an der Universität München e.V. and the German Institute for Economic Research in Berlin (DIW), depreciation tables of local government regions and the Federal Ministry of Finance"]
[{"$f":"A66","v":"DE"},"N1122","Highways and roads (including bridges, tunnels…)","S13\n\nparts of A*64","see above","see above","see above","see above",null,"see above","GM\n\nService life distribution with average service life 52 years for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A67","v":"DE"},"N1122","Sewerage systems","S1, S13\n\nNACE 37-39","see above","see above","see above","see above",null,"see above","GM\n\nService life distribution with average service life 50 years for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A68","v":"DE"},"N1122","Electricity supply sytems","S1\n\nNACE D","see above","see above","see above","see above",null,"see above","GM\n\nService life distribution with average service life 45 years for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A69","v":"DE"},"N1122","Telecommunications systems","S1\n\nNACE JB","see above","see above","see above","see above",null,"see above","GM\n\nService life distribution with average service life 35 years for investment year 2015\nP=9",null,null,"see above","see above"]
["DE","N1123","no separate category in Germany"]
["DE","N1131","Motor vehicles","S1\n\n A*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; Average service life: 8 for investment year 2015\nP=9",null,null,"Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Service lives for tax purposes from the Federal Ministry of Finance"]
[{"$f":"A72","v":"DE"},"N1131","Bodies for motor vehicles; trailers and semi-trailers","S1\n\nparts of A*64","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 11 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A73","v":"DE"},"N1131","Ships and boats ","S1\n\nparts of A*64","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 24 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A74","v":"DE"},"N1131","Railway locomotives and rolling stock","S1\n\nparts of A*64","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 25 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A75","v":"DE"},"N1131","Air and spacecraft","S1\n\nparts of A*64","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 20 for investment year 2015\nP=9",null,null,"see above","see above"]
["DE","N11321","Computer hardware","S1\n\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; Average service life: 6 for investment year 2015\nP=9",null,null,"Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Service lives for tax purposes from the Federal Ministry of Finance"]
["DE","N11322","Telecommunications equipment","S1\n\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; Average service life: 8 for investment year 2015\nP=9",null,null,"Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Service lives for tax purposes from the Federal Ministry of Finance"]
["DE","N1139","Fabricated metal products","S1\n\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; Average service life: 15 for investment year 2015\nP=9",null,null,"Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Service lives for tax purposes from the Federal Ministry of Finance"]
[{"$f":"A79","v":"DE"},"N1139","Electrical equipment","S1\n\nA*64","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 14 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A80","v":"DE"},"N1139","Machinery and equipment","S1\n\nA*64","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 14 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A81","v":"DE"},"N1139","Furniture","S1\n\nA*64","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 18 for investment year 2015\nP=9",null,null,"see above","see above"]
["DE","N114","Warships, submarines","S13\n\nNACE 84","PIM, based on an available time series of investment; gross and net stock at the same time","Yes, especially starting with revision 2019. \n\nFor the problem GFCF versus new fixed assets see 2. General information, question 2","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; Average service life: 24 for investment year 2015\nP=9",null,null,"Yes, revision of assumptions if new information are available and structural effects in the breakdown of assets ","Valuation guidelines by the Federal Ministry of Defence"]
[{"$f":"A83","v":"DE"},"N114","Military aircrafts","S13\n\nNACE 84","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 34 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A84","v":"DE"},"N114","Tanks, missle carriers","S13\n\nNACE 84","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 22 for investment year 2015\nP=9",null,null,"see above","see above"]
["DE","N115","AN.1151","S1, NACE 01","direct method","yes","Price index of GFCF","survey"]
[{"$f":"A86","v":"DE"},"N115","AN.1152","S1, NACE 01","direct method","yes","Price index of GFCF","survey",null,"Straight line"]
["DE","N1171","R&D","S1, S11, S12, S13, S15\nparts of A*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; several average service lives, for examples see below\nP=9",null,null,"No, not yet","Special survey on development and use periods for research and development carried out by the Stifterverband für die deutsche Wissenschaft as part of the 2011 R&D survey and company records, partly recommendation of the Eurostat-TF on R&D; see also Adler, W. et al.: 'Forschung und Entwicklung in den Volkswirtschaftlichen Gesamtrechnungen' in WiSta 12/2014, pp. 703 et seq"]
[{"$f":"A88","v":"DE"},"N1171","R&D","Research and development","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 12 for investment year 2015\nP=9",null,null,"No, not yet","see above"]
[{"$f":"A89","v":"DE"},"N1171","R&D","Manufacture of motor vehicles, trailers and semitrailers","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 8 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A90","v":"DE"},"N1171","R&D","Manufacture of computer, electronic and optical products","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 10 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A91","v":"DE"},"N1171","R&D","Manufacture of pharmaceutical products","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 18 for investment year 2015\nP=9",null,null,"see above","see above"]
[{"$f":"A92","v":"DE"},"N1171","R&D","Manufacture of chemical products","see above","see above","see above","see above",null,"see above","Gamma distribution; Average service life: 21 for investment year 2015\nP=9",null,null,"see above","see above"]
["DE","N1172","Mineral exploration and evaluation","S11\n\nNACE 09","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; Average service life: 30 for investment year 2015\nP=9",null,null,"No","Service lives for tax purposes from the Federal Ministry of Finance"]
["DE","N1173","Software and databases","S1, S11, S12, S13, S14, S15\nA*64","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; Average service life: 5 for investment year 2015\nP=9",null,null,"Yes, especially during the 1980ies PC-software (5 years service life) got more importance than mainframe computer software (10 years service life)","Expert advices"]
["DE","N1174","Entertainment, literary or artistic originals","S1: NACE 59, 60, 74, 90 \nS13: NACE 60","PIM, based on an available time series of investment; gross and net stock at the same time","Yes","Price index of GFCF","PIM",null,"Straight line model of depreciation","Gamma distribution; Average service life: 5 for investment year 2015\nP=9",null,null,"No","Estimated on the basis of detailed information on films, TV productions, sound recordings, musical compositions, artistic interpretations and text; see also Frankford, L.: 'Urheberrechte in den Volkswirtschaftlichen Gesamtrechnungen' in WiSta 5/2000, pp. 320 et seq"]
["DK","N111","Costs of ownership transfer (CoOT)",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N111","Dwellings, other then CoOT",null,"Direct measurement","Yes","Price index from specific type of GFCF","Administrative records (number of square meters)",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1121","Costs of ownership transfer (CoOT)","Statistics Denmarks break down on 69-industries","PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1121","Buildings, other then CoOT","Statistics Denmarks break down on 69-industries","PIM / time series","Yes","Price index from specific type of GFCF","Administrative records (number of square meters)",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1122","Other structures",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1123","Part of Other structures",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1131","Vehicles",null,"Direct measurement","Yes","Price index from specific type of GFCF","Administrative records, number of units multiplied with matching price",null,"Geometric depreciation",{"$nulls":3},"No"]
[{"$f":"A103","v":"DK"},"N1131","Airplanes",null,"Direct measurement","Yes","Price index from specific type of GFCF","Administrative records, number of units multiplied with matching price",null,"Geometric depreciation",{"$nulls":3},"No"]
[{"$f":"A104","v":"DK"},"N1131","Ships",null,"Direct measurement","Yes","Price index from specific type of GFCF","Administrative records, number of units multiplied with matching price",null,"Geometric depreciation",{"$nulls":3},"No"]
[{"$f":"A105","v":"DK"},"N1131","Trains",null,"Direct measurement","Yes","Price index from specific type of GFCF","Administrative records, number of units multiplied with matching price",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N11321","By products (approx 15 different products)",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N11322","By products (approx 6 diffent products)",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1139","By products (approx 335 different products)",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N114","By products (approx 7 different products)",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N115","Cultivated biological resources",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Depreciation rate i zero",{"$nulls":3},"No"]
["DK","N1171","Own account basis research",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
[{"$f":"A112","v":"DK"},"N1171","Own account applied research",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
[{"$f":"A113","v":"DK"},"N1171","Own account experimental development",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
[{"$f":"A114","v":"DK"},"N1171","Purchased R&D",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1172","Mineral exploration and evaluation",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1173","Own-account software",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
[{"$f":"A117","v":"DK"},"N1173","Other",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["DK","N1174","By products (11 different products)",null,"PIM / time series","Yes","Price index from specific type of GFCF","Cumulative flows of GFCF",null,"Geometric depreciation",{"$nulls":3},"No"]
["EE","N111","Apartments","Corresponding GFCF calculation level","PIM","yes","Corresponding GFCF deflator","The 2011 stocks calculated using the data from the 2011 Population and Housing Census were used as a benchmark and the 1995 starting stocks were chosen so that the stocks calculated using the PIM would match the benchmark stocks","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life = 67.","Weibull retirement function, where the shape parameter = 3.12 and the service life = 67. There is information about the age structure of dwellings for the years 2000 and 2011. The age structure, known stocks and GFCF timeseries were used for estimating the Weibull function parameters.",null,null,"No"]
["EE","N111","Houses","Corresponding GFCF calculation level","PIM","yes","Corresponding GFCF deflator","The 2011 stocks calculated using the data from the 2011 Population and Housing Census were used as a benchmark and the 1995 starting stocks were chosen so that the stocks calculated using the PIM would match the benchmark stocks","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life = 80.","Weibull retirement function, where the shape parameter = 2.67 and the service life = 80. There is information about the age structure of dwellings for the years 2000 and 2011. The age structure, known stocks and GFCF timeseries were used for estimating the Weibull function parameters.",null,null,"No"]
["EE","N1121",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is between 30 and 50 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.01 and 2.81 and the service life is between 30 and 50 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A122","v":"EE"},"N1121",null,"S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=40.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.",null,null,"No"]
[{"$f":"A123","v":"EE"},"N1121",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is between 38 and 56 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.3 and 2.51 and the service life is between 38 and 56 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A124","v":"EE"},"N1121",null,"S.15","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is between 36 and 50 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.22 and 2 and the service life is between 36 and 50 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N1122","Roads and bridges (N11221)","S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=55 for N11221 and E=35 for N11222.","Weibull retirement function, where the shape parameter is 2 for both N11221 and N11222 and the service life is 55 for N11221 and 35 for N11222. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A126","v":"EE"},"N1122",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=55 for N11221 and between 30 and 47 years for N11222.","Weibull retirement function, where the shape parameter is between 1.26 and 2.41 and the service life is 55 for N11221 and the shape parameter is between 1.05 and 2.91 and the service life is between 30 and 47 for N11222. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N1123","Land improvements (N1123)","S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=35 for N1123 and E=25 for N11231.","Weibull retirement function, where the shape parameter is 2 and the service life is 35 for AN1123 and 25 for AN.11231. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A128","v":"EE"},"N1123","Cost of ownership transfer (N11231)","S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=25 for N11231. There is no capital stocks of N1123 in S.12","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.",null,null,"No"]
[{"$f":"A129","v":"EE"},"N1123",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life=25 for N11231. There is no capital stocks of N1123 in S.13","Weibull retirement function, where the shape parameter is 2 and the service life is 25 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N1131",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 7 and 25 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.02 and 2.98 and the service life is between 7 and 25 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A131","v":"EE"},"N1131",null,"S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=8.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.",null,null,"No"]
[{"$f":"A132","v":"EE"},"N1131",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 5 and 25 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.11 and 2.61 and the service life is between 5 and 25 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A133","v":"EE"},"N1131",null,"S.15","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=8.","Weibull retirement function, where the shape parameter is between 1.22 and 2 and the service life is 8 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N11321",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 5 and 11 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.01 and 2.97 and the service life is between 5 and 11 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A135","v":"EE"},"N11321",null,"S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=5.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.",null,null,"No"]
[{"$f":"A136","v":"EE"},"N11321",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 4 and 5 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.07 and 2.85 and the service life is between 4 and 5 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N11322",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 5 and 25 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.01 and 2.97 and the service life is between 5 and 25 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A138","v":"EE"},"N11322",null,"S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=5.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.",null,null,"No"]
[{"$f":"A139","v":"EE"},"N11322",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 4 and 5 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.07 and 2.85 and the service life is between 4 and 55 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N1139",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 11 and 27 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.01 and 2.95 and the service life is between 11 and 27 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A141","v":"EE"},"N1139",null,"S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=8.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.",null,null,"No"]
[{"$f":"A142","v":"EE"},"N1139",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 6 and 16 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.03 and 2.92 and the service life is between 6 and 16 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A143","v":"EE"},"N1139",null,"S.15","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life is between 7 and 17 years depending on the activity.","Weibull retirement function, where the shape parameter is between 1.15 and 2 and the service life is between 7 and 17 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N114",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1.65/E, where E=service life=10.","Weibull retirement function, where the shape parameter is between 1.36 and 1.8 and the service life is 10 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N115","Animal resources yielding repeat products (N1151)","S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 for N1152. No consumption is calculated for N1151.","Weibull retirement function, where the shape parameter is between 1.56 and 2.84 for N1151 and 2 for N1152 and the service life is between 3 and 8 years for N1151 and 10 years for N1152. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A146","v":"EE"},"N115","Tree, crop and plant resources yielding repeat products (N1152)","S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","No consumption is calculated for N1151. There are no stocks of N1152 in S.12","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen. The service life of N1151 is 3 years.",null,null,"No"]
[{"$f":"A147","v":"EE"},"N115",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 for N1152. No consumption is calculated for N1151.","Weibull retirement function, where the shape parameter is between 1.42 for N1151 and 2 for N1152 and the service life is 6 years for N1151 and 10 years for N1152. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N1171",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 10 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A149","v":"EE"},"N1171",null,"S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.",null,null,"No"]
[{"$f":"A150","v":"EE"},"N1171",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 10 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A151","v":"EE"},"N1171",null,"S.15","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=10 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 10 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N1172",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is 35 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 35 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A153","v":"EE"},"N1172",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Linear depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 1/E, where E=service life is 44 years.","Weibull retirement function, where the shape parameter is 2.91 and the service life is 44 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N1173",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=5 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 5 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A155","v":"EE"},"N1173",null,"S.12","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=5.","For the financial corporations the methodology for estimating the PIM parameters did not give realistic results. There are two main reasons for this. Firstly, the financial corporations sector is relatively small and the capital stocks are not large enough for estimating the PIM parameters. Secondly, the data on capital stocks for the financial corporations sector comes from multiple different sources and that may lead to the discrepancies with the stocks calculated with PIM. As the estimations did not give usable results, the service lives based on the “best practice” service lives by OECD and the service lives used by Statistics Finland and the shape parameter α=2 (linearly increasing risk of discard) were chosen.",null,null,"No"]
[{"$f":"A156","v":"EE"},"N1173",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life is between 4 and 12 years.","Weibull retirement function, where the shape parameter is between 1.01 and 2.74 and the service life is between 4 and 12 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["EE","N1174",null,"S.11 and S.14","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=5 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 5 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
[{"$f":"A158","v":"EE"},"N1174",null,"S.13","PIM","yes","Corresponding GFCF deflator","For calculating the initial capital stocks for all other assets except dwellings, the GFCF timeseries was extended backwards using trends. This extended timeseries was inserted into the PIM model using producing the inital capital stock estimates..","No age-efficiency calculations are made.","Geometric depreciation model is used. The methodology for calculating the consumption rates currently used by Statistics Estonia is based on the methods used by Statistics Finland and is in accordance to the recommendations given in the OECD manual “Measuring Capital”. The consumption rate d is calculated as d = 2/E, where E=service life=5 years.","Weibull retirement function, where the shape parameter is 2 and the service life is 5 years. For assessing the parameters of the retirement function, the extended GFCF time series and the data on capital stocks from Statistics Estonia questionnaires were used. The parameters were chosen as such that the differences between the gross stocks calculated using the extended GFCF series and the retirement function and the gross stocks reported by the enterprises in the questionnaires would be minimal with emphasis on minimizing the differences for the last years where data on gross stocks was available. The service lives and retirement function shape parameter were then compared to the service lives currently used by Statistics Estonia, service lives used by Statistics Finland and the Central Statistical Bureau of Latvia and to the “best practice” service lives provided by the OECD. If these results were similar, the calculated shape and scale parameters were chosen.\nIn a lot of cases this methodology gave unrealistic results. The main reason for this is that the stocks provided by the enterprises in the questionnaires are in historic prices. As there is no information about the age structure of the assets, there is no way of revaluating the stocks to replacement costs. For this reason all the estimations of the PIM parameters were done in historic prices. This puts more emphasis on the retirements of newer assets and can give skewed results. This is especially true for assets with longer service lives. In the cases where the results were unrealistic or there was no data on capital stocks, the service life currently used by the Statistics Estonia (based on the “best practice” service lives by OECD and the service lives used by Statistics Finland) and the shape parameter α=2 (linearly increasing risk of discard) was chosen.",null,null,"No"]
["FI","N111"]
["FI","N1121"]
["FI","N1122"]
["FI","N1123"]
["FI","N1131"]
["FI","N11321"]
["FI","N11322"]
["FI","N1139"]
["FI","N114"]
["FI","N115"]
["FI","N1171"]
["FI","N1172"]
["FI","N1173"]
["FI","N1174"]
["FR","N111","AN.111 without transfer cost of ownership","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies), S.14 (without individual enterprises)","A rate of CFC was calculated by experts in 1998 to make consistent the value of dwellings and lands with the housing surveys. This rate depends on a renewal rate calculated as : GFCF mean on the last 5 years divided by capital mean on the last 5 years. \nFor the years after 1988 : Net capital (n) = net capital (n-1) * (1-rate(n))+GFCF(n) \nFor the years before 1988 : Net capital (n-1) = (net capital (n)-GFCF(n))/(1-rate(n))","yes","Indice du coût de la construction (ICC ) » (more details http //www.insee.fr/en/metadonnees/source/indicateur/p1626/description  and https://www.insee.fr/fr/statistiques/3532708?sommaire=3530679&q=ICC ).","Housing survey in 1988","implicitly derived","/","/","/","/","/","/"]
["FR","N111","AN.111 transfer cost of ownership","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies), S.14 (without individual enterprises)","MIP (gross capital, then net capital)","yes","For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)",null,"The mix of log normal distribution and linear depreciation is close to a geometric distribution.","no"]
["FR","N1121","AN.1121 without transfer cost of ownership","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S.15","MIP (gross capital, then net capital)"]
[{"$f":"A176","v":"FR"},"N1121","AN.1121 transfer cost of ownership","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S.15","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N1122","AN.1122","S.11, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises)","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N1123","Not in French accounts"]
["FR","N1131","AN.1131","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (without individual enterprises), S15","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N11321","AN.11321","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (without individual enterprises), S15","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N11322","AN.11322","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S1313, S.14 (only individual enterprises)","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N1139","AN.1139","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S15","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N114","AN.114","S.13111 (State)","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N115","Very detailed level","S11 and enterprises individual","MIP (gross capital, then net capital)","yes",{"$nulls":8},"A specific model was developed by INRA for INSEE. More specifically, this model starts from GFCF series for each type of farming (cattle, sheep, goats, pigs, horses) and for each type of crop that gives rise to gross fixed capital formation (apple, pear, peach, other fruit trees, different varietals of vineyards); for each of these series, a permanent inventory model is developed through assessments of the average lifespan of different types of livestock or plantations."]
["FR","N1171","AN.1171","S.11, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N1172","Not in French accounts"]
["FR","N1173","AN.11731 (Software)","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S15","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
[{"$f":"A188","v":"FR"},"N1173","AN.11732 (Database)","S.11, S.121-S.125 (financiaries institutions) and S.126 and S.128, S.13111 (State) and S.13112 (various central administration bodies) and S1313 and S1314, S.14 (only individual enterprises), S15","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["FR","N1174","AN.1174","S11 and S1313","MIP (gross capital, then net capital)",null,"For depreciation and CFC : index price of GFCF (GFCF in current prices/GFCF in chained prices)\nFor gross and net capital : price of GFCF at the end of the year which is evaluated by the square root of (index price of GFCF for year n * index price of GFCF for year n+1)","The GFCF was approximately retropolated on a large period to calculate the initial capital stock as the sum of GFCF with depreciation.","Direct","linear","log normal distribution (for mean, standard deviation and maximal age, see table attach)","The mix of log normal distribution and linear depreciation is close to a geometric distribution.",null,"no"]
["HU","N111","no detailed","S11, S13, S14","Similar to PIM method, but aggregated vintage are used","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey ","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-",null,"GNI Inventory of Hungary"]
["HU","N1121","only N112. aggregation","S11, S12, S13, S14, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 40-150, average: 79,9; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1122","only N112. aggregation","S11, S12, S13, S14, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 40-150, average: 79,9; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1123","no detailed","S11, S13, S14","PIM Method","Mainly consistent","GFCF price index of the given asset category","Cumulative flow of GFCF and expert estimation","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 15, average: 15; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1131","no detailed","S11, S12, S13, S14, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 6-142, average: 25,7; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N11321","see at N1139"]
["HU","N1139","N11321 and N11322 and N1139 are treated together; but the data (detailed by industry and sector) are calculated by different service life (short and long)","S11, S12, S13, S14, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: machinary with short service life: min-max: 5-25, average: 9,9 and machinary with long service life min-max: 9-134, average: 33,3; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N114","no detailed","S13","PIM Method","Mainly consistent","GFCF price index of the given asset category","Cumulative flow of GFCF and expert estimation","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 3-25, average: 13,4; in the recent past there are the average service lives similar","GNI Inventory of Hungary; average service lives have to be treated confidential"]
["HU","N115","no detailed","S11, S13, S14","other sources",{"$nulls":9},"GNI Inventory of Hungary"]
["HU","N1171","no detailed","S11, S13, S15","PIM Method","Mainly consistent","GFCF price index of the given asset category","Cumulative flow of GFCF and expert estimation","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 10, average: 10; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1172","No data"]
["HU","N1173","no detailed","S11, S12, S13, S14","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 5, average: 5; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["HU","N1174","no detailed","S11, S13, S14","PIM Method","Mainly consistent","GFCF price index of the given asset category","Comprehensive estimation based on survey and investment time series data (year 2000)","-","straight-line linear, using expert estimation","Normal distribution, using expert estimation","-","-","vary by industry: min-max: 7, average: 7; in the recent past there are the average service lives similar","GNI Inventory of Hungary"]
["IE","N111","Dwellings","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Price index for deflating GFCF in dwellings is constructed using a Net Sales Price index (Net of Land Cost) and an Average Size index","ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/1.5 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 1.3/m (m being average service life)","Average Service Life - 80 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1121","BandC 20 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 20 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
[{"$f":"A205","v":"IE"},"N1121","BandC 25 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)",null,"No","As above"]
["IE","N1121","BandC 30 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 30 years","Log-normal (LN)",null,"No","As above"]
["IE","N1121","BandC 40 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 40 years","Log-normal (LN)",null,"No","As above"]
["IE","N1121","BandC 47 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 47 years","Log-normal (LN)",null,"No","As above"]
["IE","N1121","BandC 50 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 50 years","Log-normal (LN)",null,"No","As above"]
["IE","N1121","BandC 55 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 55 years","Log-normal (LN)",null,"No","As above"]
["IE","N1121","BandC 60 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 60 years","Log-normal (LN)",null,"No","As above"]
["IE","N1121","BandC 70 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes",null,"ESRI's (Economic and Social Research Institute) estimate","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 70 years","Log-normal (LN)",null,"No","As above"]
["IE","N1122","Contained within Asset Categories listed in Buildings Other than dwellings","see above","see above","see above","see above","see above","see above","see above","see above","see above",null,"see above","see above"]
["IE","N1123","N1123 are added to the stock as part of N112","N/A","N/A","N/A","N/A","N/A","N/A","N/A","N/A","N/A",null,"N/A","N/A"]
["IE","N1131","Aircraft Not Related to Leasing","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 15 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
[{"$f":"A216","v":"IE"},"N1131","Aircraft Related to Leasing","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 1.65/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)",null,"No","see above"]
[{"$f":"A217","v":"IE"},"N1131","Motor Vehicles","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 10 years","Log-normal (LN)",null,"No","see above"]
[{"$f":"A218","v":"IE"},"N1131","Rolling Stock","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 30 years","Log-normal (LN)",null,"No","see above"]
[{"$f":"A219","v":"IE"},"N1131","Ships","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)",null,"No","see above"]
["IE","N11321","Computer Hardware","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 8 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N11322","Telecommunications Equipment","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 10 years","Log-normal (LN)",null,"No","Link to Capital Stocks Methodology given in Dwellings section above."]
["IE","N1139","MandE 15 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 15 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
[{"$f":"A223","v":"IE"},"N1139","MandE 20 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 20 years","Log-normal (LN)",null,"No","see above"]
[{"$f":"A224","v":"IE"},"N1139","MandE 25 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)",null,"No","see above"]
[{"$f":"A225","v":"IE"},"N1139","MandE 32 Years","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 32 years","Log-normal (LN)",null,"No","see above"]
["IE","N114","Contained within Asset Categories listed in other machinery and equipment","see above","see above","see above","see above","see above","see above","see above","see above","see above",null,"see above","see above"]
["IE","N115","Orchards","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Deflated using COE and hours worked data in the Sector A01 (crop and animal production). ","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 25 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
[{"$f":"A228","v":"IE"},"N115","Livestock","Total Economy","Agricultural Section in CSO provide data on number and prices of livestock for a given year.","Yes - the stock may also include other volume changes","Not required we have data directly from Agricultural Section of CSO.","Data from Agricultural Section of CSO.","N/A","N/A","N/A","N/A",null,"N/A","N/A"]
["IE","N1171","IP Assets","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Wholesale Price Index (WPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 10 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
[{"$f":"A230","v":"IE"},"N1171","R and D Services","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Deflated using data on Wages using EHECs (Earnings, Hours, and Employment Costs Survey) data.","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 10 years","Log-normal (LN)",null,"No","see above"]
["IE","N1172","Other Intangibles","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Consumer Price Index (CPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 5 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1173","Software","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Deflated using data on Wages using EHECs (Earnings, Hours, and Employment Costs Survey) data.","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 5 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["IE","N1174","Other Intangibles","Total Economy","PIM - using GFCF","Yes - the stock may also include other volume changes","Consumer Price Index (CPI)","GFCF","Log-normal distribution is used with m/3 as the standard deviation see link to Capital Stocks Methodology in point 13.","Geometric Depreciation; rate is 2/m (m being average service life)","Average Service Life - 5 years","Log-normal (LN)",null,"No","https://www.cso.ie/en/media/csoie/methods/estimatesofthecapitalstockoffixedassets/Estimates_of_the_Capital_Stock_of_Fixed_Assets_Methodology.pdf"]
["LU","N111","453 dwellings/residential","Most detailed level: NaceR2(3 digits)*Sector (5 digits); No differences in computing Capital Stock by industry/sector","PIM; first gross then net","yes","Please refer to sheet \"Deflator details\"","No initial capital stock assumption is being made but historical GFCF is backward estimated for the\nperiod 1870-1971 using historic series of investments in buildings, industrial equipment and transport\nequipment for different activities as proxy indicators.","No Productive Stock is computed","Linear depreciation","LogNormal retirement profil; AL55","please see joint document",null,"No"]
["LU","N1121","452 buildings/non-residential","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 30-62",null,null,"No"]
["LU","N1122","451 public works","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 55",null,null,"No"]
["LU","N1123","459 land improvements","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 55",null,null,"No"]
["LU","N1131","341 cars","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 7",null,null,"No"]
[{"$f":"A239","v":"LU"},"N1131","342 buses and trucks","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 15",null,null,"No"]
[{"$f":"A240","v":"LU"},"N1131","351 ships","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 30-40",null,null,"No"]
[{"$f":"A241","v":"LU"},"N1131","352 trains","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 25",null,null,"No"]
[{"$f":"A242","v":"LU"},"N1131","353 planes","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 20",null,null,"No"]
[{"$f":"A243","v":"LU"},"N1131","354 other transports","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 15",null,null,"No"]
["LU","N11321","300 computers","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 8",null,null,"No"]
["LU","N11322","320 ICT equipment","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 13-21",null,null,"No"]
["LU","N1139","280 finished goods","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 13-21",null,null,"No"]
[{"$f":"A247","v":"LU"},"N1139","290 equipment","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 13-21",null,null,"No"]
[{"$f":"A248","v":"LU"},"N1139","310 electric machinery","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 13-21",null,null,"No"]
["LU","N114","included in N1131. Transport equipment","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","N/A",null,null,"No"]
["LU","N115","011 cultivated assets","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 8",null,null,"No"]
[{"$f":"A251","v":"LU"},"N115","013 animal resources","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 8",null,null,"No"]
["LU","N1171","731 research & development","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 10",null,null,"No"]
["LU","N1172"]
["LU","N1173","722 computer software","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 5",null,null,"No"]
["LU","N1174","741 contracts","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem","Linear depreciation","LogNormal retirement profil; AL: 2",null,null,"No"]
[{"$f":"A256","v":"LU"},"N1174","922 artistic goods","idem","PIM; gross then net","yes","Please refer to sheet \"Deflator details\"","idem","idem",null,"LogNormal retirement profil; AL: 5",null,null,"No"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","A*88, S.11","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN (the bell shaped lognormal frequency distribution), average service life (AVS) - 86 years","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","A*88, S.12","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - 86","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","A*88, S.13","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 88","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","A*88, S.15","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 75","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N111","Investments in dwellings (new buildings + capital repair)","industry 68, S.14","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 75","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N111","Transfer costs","industry 68, S.14","PIM","yes","The same as fror GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 25","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Hotel buildings, short-term accommodition buildings","A*88 (split is shown for all N.1121 group together, it can be that not in all industriesare all types of buildings); all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 59 till 63 (depending from institutional sector)","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Office buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 59 till 63","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Wholesale and retail buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 50 till 62","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Communication buildings, stations, terminals and related buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 56 till 72","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Garage buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 50 till 69","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Industrial buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 52 till 58","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Tanks, silos and warehouses","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 47 till 49","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Mass entertainment buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 57 till 60","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Museums and libraries","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 53 till 73","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Schools, universities and research institutes","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 76 till 80","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Medical and health care buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 55 till 58","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Sports buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 45 till 51","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Farm non-residual buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 49 till 52","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Places of worship","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 65 till 80","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Historical objects","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 68 till 68","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1121","Other not elsewhere classified buildings","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN; AVS - from 53 till 54","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1122","Forest roads","S.11, Nace 02","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 25","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1122","Infrastructure of railway","S.11, Nace 52","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 50","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1122","States roads and bridges","S.13, Nace 84","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 50","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1122","civil ingeneering buildings in industries (NACE 35 and 61)","S.11, Nace 35 and 61","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 50","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1122","Other structures","all sectors, A*88","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 50","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1123","Transfer costs of transaction of land","A*88, all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 25","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1131","Transport equipment","A*88; all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - from 12 till 17. AVS differs by industries, not by institutional sectors","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N11321","Computer hardware","A*88; all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 8","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N11322","Telecomunication equipment","A*88; all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 8","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1139","Other machinery and equipment","A*88; all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - from 11 till 16; AVS differs by industries, not by institutional sectors","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N114","Weapons systems","A*88; all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 20","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N115","Tree, crop, and plant AN.1152","A*88; all sectors, except S.15","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 15","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N115","Animal resources yielding repeat production AN.1152","A*88; all sectors, except S.15","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"not applicable","not applicable","not applicable",null,"No"]
["LV","N1171","Research and development","A*88; all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 10","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1172","Mineral exploration","S.11, NACE 09","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"straight line depreciation","LN, AVS - 5","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1173","Computer software and databases","A*88; all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"geometrical pattern","LN, AVS - max service life 10 years","standart deviation is set to between m/2 and m/4",null,"No"]
["LV","N1174","Entertainment, literary or artistic originals","specific industries; all sectors","PIM","yes","The same indices as for GFCF","cumulative flows of GFCF volumes",null,"geometrical pattern","LN, AVS - max service life 10 years","standart deviation is set to between m/2 and m/4",null,"No"]
["NL","N111","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"Service life was revised in NA 2015 benchmark revision","GNI inventory 2015 the Netherlands"]
["NL","N1121","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NL","N1122","No further split though paramters for industries reflect expectations of industry specific assets i.e railway track","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NL","N1123","Not recorded"]
["NL","N1131","Cars, other road transport, trains, trams, ships, civilian aircraft","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"Service lives of aircraft was updated at the 2015 revision from 16 to 20 years for aircraft produced from 2010 onwards.","GNI inventory 2015 the Netherlands"]
["NL","N11321","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NL","N11322","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"Service lives was produced from 5 to 4 years for telecommunications equipment built from 2015 onwards.","GNI inventory 2015 the Netherlands"]
["NL","N1139","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NL","N114","Electronics and communications devices, vehicles, ships, aircraft","1 NACE industry and 1 sector","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"Service lives for militrary aircraft was increased at the 2015 revision from 25 to 34 years for aircraft produced from 1995 onwards.","GNI inventory 2015 the Netherlands"]
["NL","N115","Farm herd, fruit orchards.  Herd stocks are directly measured annually and not depreciated. Fruit orchards follow the PIM.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NL","N1171","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NL","N1172","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NL","N1173","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NL","N1174","No further split though paramters for industries reflect expectations of industry specific assets. See extra tabs.","81 NACE Rev.2 industries x 23 institutional sectors, see extra tabs. Assets are not necessarily recorded for all industries and or sectors.","PIM, gross then net","yes","GFCF","direct sources","Winfrey-function + beta (= age-efficiency parameter)","discounted age-efficiency. Fixed discount rate","Weibull, alpha","na",null,"No","GNI inventory 2015 the Netherlands"]
["NO","N111","Dwellings","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N111","Dwellings, own accuont investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N111","Transaction costs, used buildings","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1121","Buildings other than dwellings","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A314","v":"NO"},"N1121","Buildings other than dwellings, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A315","v":"NO"},"N1121","Transaction costs, used buildings","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Railway, including suburban railway and bridges","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A317","v":"NO"},"N1122","Electricity transmission lines","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Electricity transmission lines, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Electricity production equipment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Electricity production equipment, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Road and street","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Road and street, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Other equipment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Other equipment, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Shaft for oil and gas extraction","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Shaft for oil and gas extraction, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1122","Oil platform, rig, and module","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1123","Land improvement","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A329","v":"NO"},"N1123","Land improvement, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1131","Ship and boat","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A331","v":"NO"},"N1131","Plane and helicopter","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1131","Car, station wagon","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1131","Bus","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1131","Trucks and other pickups","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1131","Occupational rental car","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1131","Locomotive, passenger and goods carrier","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N11321","Office and computing equipment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N11322","Communications equipment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1139","Machine and equipment, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A340","v":"NO"},"N1139","Machine used for agriculture and forestry","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A341","v":"NO"},"N1139","Machine and equipment for quarrying and industry","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A342","v":"NO"},"N1139","Machine and equipment for electricity and gas works","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A343","v":"NO"},"N1139","Machine and equipment for construction activities","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N114","Weaponry","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N115","Breeding animals","Annual national accounts industry level (around 150), S11-S15","The method of direct counting is applied for constructing the volume measure.","Yes",{"$nulls":8},"See the spreadsheet of '2. General information'"]
[{"$f":"A346","v":"NO"},"N115","Fruit trees","Annual national accounts industry level (around 150), S11-S15","The method of direct counting is applied for constructing the volume measure.","Yes",{"$nulls":8},"See the spreadsheet of '2. General information'"]
["NO","N1171","Research and development","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A348","v":"NO"},"N1171","Research and development, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1172","Exploration for oil, gas and mineral","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A350","v":"NO"},"N1172","Exploration for oil, gas and mineral, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1173","Software and database","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A352","v":"NO"},"N1173","Software and database, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["NO","N1174","Literary and artistic originals","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
[{"$f":"A354","v":"NO"},"N1174","Literary and artistic originals, own account investment","Annual national accounts industry level (around 150), S11-S15","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator.",null,"Geometric","Geometric, double declining balance method ",{"$nulls":3},"No","See the spreadsheet of '2. General information'"]
["PT","N111","Dwellings",null,"Census","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1121","Other Buildings",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1122","Other constructions",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1122","Roads",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1123","Included in other strutures"]
["PT","N1131","Transport Equip.","Industry 03 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1131","Transport Equip.","Industry 49 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1131","Transport Equip.","Industry 50 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1131","Transport Equip.","Industry 51 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1131","Transport Equip.","Industry 77 by sector","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1131","Transport Equip.","Other industries","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N11321","Computer hardware",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N11322","Telecomunications equipment",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1139","Other machinery",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1139","Machines and tractors for agriculture, livestocks and forestry",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N114","Planes+helicopters","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N114","vessels","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N114","combat vehicles","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N114","submarines","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N114","weapons","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N114","Other machinery and equipment","S13","PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N115","Fruit farm and stone fruit ",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N115","kiwi and semitropicals ",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N115","citrus fruit ",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N115","vines and olives",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N115","hops",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N115","forestry plantations",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1171","R&D",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Geometric"]
["PT","N1172","Other intelectual property products",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Geometric"]
["PT","N1173","Software",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Straight line","Delayed linear "]
["PT","N1174","Other intelectual property products",null,"PIM","Yes","GFCF deflator","Cummulative flows of GFCF",null,"Geometric"]
["RO","N111","N111. Dwellings","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","Method based on statistics on stock of dwellings. First the gross stock is estimated ","Not completelly","Price index of residential properties","Volume X price method","No  assumption",{"$nulls":3},"From total CFC compiled for construction industry, a part is atributed to dwellings. This is used to obtain net stock of dwellings","No","Statistics on housing stocks: http://www.insse.ro/cms/ro/tags/fondul-de-locuinte ; http://colectaredate.insse.ro/metadata/viewStatisticalResearch.htm?locale=ro&researchId=3071\nPrice indices of residential property: http://www.insse.ro/cms/sites/default/files/field/publicatii/buletin_statistic_de_preturi_nr07_2019.pdf (page 16)"]
["RO","N1121","No detail. Only N112 is estimated","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method for N112. First the gross stock is estimated","Not integrally","Resultant price indices from SUT/IOTs for GFCF in Construction","Company records/ administrative reports combined with cumulative flows of GFCF volumes",null,null,"Linear depreciation. Service life is between 39-52 years, depending on institutional sector",null,null,"No","Administrative sources; Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStatistical sources: Structural business survey"]
["RO","N1122","No detail. Only N112. See answers to N1121"]
["RO","N1123","No detail. Only N112. See answers to N1121"]
["RO","N1131","No detail.","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not integrally","Corresponding price indices of GFCF in Transport eqpm. from SUT/IOTs","Company records/ administrative reports combined with cumulative flows of GFCF volumes",null,null,"Linear depreciation. Service life is 13 years",{"$nulls":3},"Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["RO","N11321","No estimates"]
["RO","N11322","No estimates"]
["RO","N1139","No estimates"]
["RO","N114","No estimates"]
["RO","N115","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF from SUT/IOTs","Company records/ administrative reports combined with cumulative flows of GFCF volumes",null,null,"Linear depreciation. Service life for plantations is 20 years",null,null,"No","Economic Accounts of Agriculture"]
["RO","N1171","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF","Company records/ administrative reports combined with cumulative flows of GFCF volumes",null,null,"Linear depreciation. Service life is 5 and 8 years, depending on institutional sector",null,null,"No","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["RO","N1172","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF","Company records/ administrative reports combined with cumulative flows of GFCF volumes",null,null,"Linear depreciation. Service life is 5 years",null,null,"No","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["RO","N1173","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF","Company records/ administrative reports combined with cumulative flows of GFCF volumes",null,null,"Linear depreciation. Service life is 3 and 5 years, depending on institutional sector",null,null,"No","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["RO","N1174","No details","First, the estimates by institutional sectors are obtained, then the distribution by industry (divisions NACE Rev.2) is applied","PIM method. First the gross stock is estimated","Not completely","Corresponding price indices of GFCF","Company records/ administrative reports combined with cumulative flows of GFCF volumes",null,null,"Linear depreciation. Service life is 30 years",null,null,"No","Accounting statements of fixed assets of enterprises; Statements of budgetary execution for general government\nStructural business survey"]
["SI","N111","Dwellings (owner-occupied)","Housing services of owner-occupiers /household sector","Quantity-price method using Housing census data for estimating benchmark value and the PIM between benchmark values (gross stock).","yes","Implicit deflator for Household GFCF in dwellings","Initial stock estimated as quantity-price method using data from Population and Housing Census (number, surface and structural characteristics of dwellings)","Not used","Straight line depreciation function is assumed","Simultaneous exit (58 year average service life)",null,null,"No"]
["SI","N111","Dwellings (other)","Other industries/ other sectors","PIM (gross)","yes","Implicit deflator for total GFCF in dwellings","Ad-hoc survey (Fixed Capital Stock Survey, 1999) for estimating intial stock of dwellings owned by the government and\npublic/private enterprises.","Not used","Straight line depreciation function is assumed","Simultaneous exit (73,4 year average service life)",null,null,"No"]
["SI","N1121","Single category","Special assumptions for the general government sector (S.13) and industries O (84), P(85), Q(86-88) and R(93) (NACE Rev. 2)\n","PIM (gross)","yes","GFCF deflator for buildings other than dwellings","Ad-hoc survey (Fixed Capital Stock Survey, 1999)","Not used","Straight line depreciation function is assumed","Simultaneous exit (70 year average service life)",null,null,"No"]
[{"$f":"A403","v":"SI"},"N1121","Single category"," Other industries and sectors","PIM (gross)","yes","GFCF deflator for buildings other than dwellings","Ad-hoc survey (Fixed Capital Stock Survey, 1999)","Not used","Straight line depreciation function is assumed","Simultaneous exit (33 year average service life)",null,null,"No"]
["SI","N1122","Single category","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for other structures","Ad-hoc survey (Fixed Capital Stock Survey, 1999)","Not used","Straight line depreciation function is assumed","Simultaneous exit (50 year average service life)",null,null,"No"]
["SI","N1123","Single category","All industries (NACE division) and sectors","PIM (gross)","yes","Implicit GFCF deflator for land improvements (combined with costs of ownership transfer of land)","Ad-hoc survey (Fixed Capital Stock Survey, 1999)","Not used","Straight line depreciation function is assumed","Simultaneous exit (17 year average service life)",null,null,"No"]
["SI","N1131","Personal cars","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for cars","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (4 year average service life)",null,null,"No"]
[{"$f":"A407","v":"SI"},"N1131","Freight and commercial vehicles","All industries (NACE division, except 50 and 51) and sectors","PIM (gross)","yes","GFCF deflator for trucks and lorries","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (10 year average service life)",null,null,"No"]
[{"$f":"A408","v":"SI"},"N1131","Rail transport","Industry NACE 49 and relevant sectors","PIM (gross)","yes","GFCF deflator for other vehicles and vessels","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (25 year average service life)",null,null,"No"]
[{"$f":"A409","v":"SI"},"N1131","Air transport","Industry NACE 51 and relevant sectors","PIM (gross)","yes","GFCF deflator for other vehicles and vessels","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (16 year average service life)",null,null,"No"]
[{"$f":"A410","v":"SI"},"N1131","Water transport","Industry NACE 50 and relevant sectors","PIM (gross)","yes","GFCF deflator for other vehicles and vessels","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (25 year average service life)",null,null,"No"]
["SI","N11321","Single category","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for computers","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (5 year average service life)",null,null,"No"]
["SI","N11322","Single category","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for telecommunication","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (10 year average service life)",null,null,"No"]
["SI","N1139","metal products","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for metal products","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (18 year average service life)",null,null,"No"]
[{"$f":"A414","v":"SI"},"N1139","machinery and equipment for general and special purposes","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for machinery and equipment","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (18 year average service life)",null,null,"No"]
[{"$f":"A415","v":"SI"},"N1139","electrical appliances","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for electrical appliances","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (18 year average service life)",null,null,"No"]
[{"$f":"A416","v":"SI"},"N1139","electro-medical and therapeutic and radiation devices, optical and measuring instruments and photographic equipment","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for medical equipment","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (9 year average service life)",null,null,"No"]
[{"$f":"A417","v":"SI"},"N1139","furniture and interior fittings","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for furniture","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (8 year average service life)",null,null,"No"]
["SI","N114","Single category","Nace 84 / S.13","PIM (gross)","yes","GFCF deflator for wapons systems","Defence ministry data","Not used","Straight line depreciation function is assumed","Simultaneous exit (25 year average service life)",null,null,"No"]
["SI","N115","Multi-annual plantations","All industries (NACE division) and sectors","PIM (gross)","yes","GFCF deflator for multi-annual plantations","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (24 year average service life)",null,null,"No"]
[{"$f":"A420","v":"SI"},"N115","Basic herd","Industry 01 / relevant sectors","Price times quantity (EAA)","yes","Implicit deflator from relevant agricultural purchase prices","Price times quantity (EAA)","Not used",{"$nulls":4},"No"]
["SI","N1171","Single asset","All industries (NACE division) and sectors","PIM (net)","yes","Implicit GFCF deflator for R&D","R&D GFCF growth before initial stock linked to long-term GDP growth.",null,"Geometric double-declining depreciation with 10 year average service life.",{"$nulls":3},"No"]
["SI","N1172","/"]
["SI","N1173","Single category","All industries (NACE division) and sectors","PIM (gross)","Yes","Implicit GFCF deflator for computer software","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (5 year average service life)",null,null,"No"]
["SI","N1174","Single category","All industries (NACE division) and sectors","PIM (gross)","Yes","GFCF deflator for ELA originals","Pre-initial stock GFCF growth linked to post-initial stock GFCF growth ","Not used","Straight line depreciation function is assumed","Simultaneous exit (5 year average service life)",null,null,"No"]
["SK","N111","Dwellings","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","other countries’ estimates, Average service life 55 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N1121","Other buildings\nand structures","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","other countries’ estimates, Average service life 55 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N1122","Roads","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","other countries’ estimates, Average service life 50 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N1123","-"]
["SK","N1131","Transport equipment","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 18 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N11321","Computer hardware","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Eurostat recommendation, Average service life 8 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N11322","Telecomm. Equipment","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Eurostat recommendation, Average service life 8 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N1139","Other machinery and equipment","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 23 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N114","Tanks","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 22 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N114","Armoured vehicles","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 20 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N114","Fighter jets","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 25 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N114","Helicopters","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 25 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N114","Electronic and communication eqip.","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 10 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N114","Artilery","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 22 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N114","Other weapons","S.13 - GFCF of MoD","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Questionnaire, project, Average service life 22 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N115","Cultivated biological resources","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","other countries’ estimates, Average service life 23 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N1171","R&D","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Eurostat recommendation, Average service life 10 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N1172","-"]
["SK","N1173","Computer software and databases","_","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Eurostat recommendation, Average service life 5 years",null,"Normal (NM)","No","GNI Inventory"]
["SK","N1174","Entertainment, literary or artistic originals","S.13 - GFCF of specific units","PIM","Yes","Flows of GFCF volumes are cumulated over years using the PIM to estimate volumes of capital stocks, which can then be expressed in current prices by multiplying them for the corresponding GFCF deflator","cumulative flows of GFCF volumes",null,"Linear function","Eurostat recommendation, Average service life 5 years",null,"Normal (NM)","No","GNI Inventory"]
["BE","N111","AN.11110","LL S11/ LLS14/ KKS128","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line; 60 years","log normal ",null,null,"No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1121","AN11210","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1122","AN11220","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1123","zero in Belgium (included in assets on dwellings and buildings and other structures)"]
["BE","N1131","AN11310","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N11321","AN11321","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N11322","AN11322","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1139","AN11390","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N114","AN11400","S13","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N115","AN11510","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N115","AN11520","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1171","AN11710","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1172","zero in Belgium"]
["BE","N1173","AN11730","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["BE","N1174","AN11740, AN11790 = zero in Belgium","by industry/sector","PIM/GFCF","YES","GFCF deflator","cumulative flows of GFCF in volumes","Implicitly derived","straight line","log normal ",null,"average service lives can be found by industry/sector in document p. 6","No","https://www.nbb.be/doc/dq/e_method/m_sec2010d2_en.pdf"]
["AT","N111","N111",null,"PIM","YES","GFCF deflator","research study","geometric profile, average service life 75y, drate 0,02",{"$nulls":4},"No"]
["AT","N1121","?"]
["AT","N1122","?"]
["AT","N1123","?"]
["AT","N1131","N1131",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 8y, drate 0.2",{"$nulls":4},"No"]
["AT","N11321","N11321",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 6y, drate 0.2729",{"$nulls":4},"No"]
["AT","N11322","N11322",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 15y, drate 0.11",{"$nulls":4},"No"]
["AT","N1139","?"]
["AT","N114","?"]
["AT","N115","N115",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 17y, drate 0.1",{"$nulls":4},"No"]
["AT","N1171","basic research",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 13y, drate 0.12",{"$nulls":4},"No"]
["AT","N1171","applied research",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 13y, drate 0.14",{"$nulls":4},"No"]
["AT","N1171","experimental research",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 13y, drate 0.17",{"$nulls":4},"No"]
["AT","N1172","no GFCF",{"$nulls":10},"No"]
["AT","N1173","purchased",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 5y, drate 0.3",{"$nulls":4},"No"]
["AT","N1173","own-account",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 5y, drate 0.4",{"$nulls":4},"No"]
["AT","N1174","purchased",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 5y, drate 0.3",{"$nulls":4},"No"]
["AT","N1174","own-account",null,"PIM","YES","GFCF deflator","cumulative flows of GFCF volumes","geometric profile, average service life 5y, drate 0.3",{"$nulls":4},"No"]
["ES","N111","N111. Dwellings","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF)","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=60, standard deviation=2.780 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1121","N1121. Buildings other than dwellings","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF)","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=40, standard deviation=1.934 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1122","N1122. Other structures_N1123.Land improvements","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=55, standard deviation=2.569 (estimated in order to not exceed a kurtosis value of 0.5)",null,"Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1131","N11311. Vehicles","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=10, standard deviation=0.885 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1131","N11312. Ships","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=24, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1131","N11313. Trains","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=22, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1131","N11314. Aircraft","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=25, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1131","N11315. Other transport equipment","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=10, standard deviation=0.885 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N11321","N11321. Computer hardware","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=5, standard deviation=0.879 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N11322","N11322. Telecommunications equipment","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not used","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=8, standard deviation=0.883 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1139","N1139. Other machinery and equipment","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=16, standard deviation=1.111 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N114","N1141. Armored vehicles and tanks","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=20, standard deviation=1.111 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N114","N1142. Ships","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=24, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N114","N1143. ICT equipment","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=8, standard deviation=0.883 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N114","N1144. Aircraft","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=25, standard deviation=1.304 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N114","N1145. Other assets","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=15, standard deviation=0.957 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N115","N115. Cultivated biological resources","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=15, standard deviation=0.957 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1171","N1171. Research and development","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Geometric function. Parameter=declining-balance rate/ average service life=2/10 (declining-balance rate=2 is recommended in Measuring Capital OECD Manual)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=10, standard deviation=0.885 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1172","N1172. Mineral exploration and evaluation","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=15, standard deviation=0.957 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1173","N1173. Computer software and databases","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=4, standard deviation=0.879 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["ES","N1174","N1174. Entertainment, literary or artistic originals","A64 for the Industry breakdown and subsectors just for S13. Same estimation method or assumptions across industries and institutional sectors","PIM based on time series of investment (GFCF).Gross and net are estimated at the same time.","Yes","Flows are valued at average prices, but stocks are valued at year-end prices, so to derive the year-end price index it is necessary to combine the average prices of two consecutive periods","Cumulative flows of GFCF volumes","Age-efficiency profile is not considered","Straight line function U(0, 1.2*Average service life)","Retirement pattern:Truncated-normal function. \nParameters:  Average service life=7, standard deviation=0.881 (estimated in order to not exceed a kurtosis value of 0.5)","(1-depreciation function)*(1-retirement function)","Truncation interval (0.8*average service life, 1.2*average service life)","No"]
["IT","N111","N111. Dwellings\n (net of costs of ownership transfer)","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","The capital stock in current price  is computed using dwellings GFCF deflator.",null,null,"Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nThe service lives for N111 is equal to 79,1 for all industries.",null,null,"No"]
["IT","N1121","N112. ","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","The capital stock in current price  is computed using other buildings and structure GFCF deflator.",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life).\nThe following are the service lives for N112 used in the estimates of capital stock by industry:",null,null,"No"]
["IT","N1122","?"]
["IT","N1123","?"]
["IT","N1131","1) Road transport equipment, 2) Other transport equipment and 3) Major maintenance","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","The capital stock in current price  is computed using transport equipment GFCF deflator.",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nWith reference to service lives : 1) road transport equipment is 10 years for all industries but Public administration and defence (n.31) whose service life is 14. 2) Other transport equipment is equal to 18 years for all industries but industry 31 whose service life is 20; 3) Major maintenance is 10 years for all industries.\n",null,null,"No"]
["IT","N11321","N11321","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","Appropriate GFCF deflator ",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nThe following are the service lives for N11321 used in the estimates of capital stock by industry:",null,null,"No"]
["IT","N11322","N11322","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","Appropriate GFCF deflator ",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nThe following are the service lives for N11322 used in the estimates of capital stock by industry:",null,null,"No"]
["IT","N1139","1) Other machinery and equipment; \n2) Furniture","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","Appropriate GFCF deflator ",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nThe following are the service lives for N1139 (splitted respectively in other machinery and equipment and furniture) used in the estimates of capital stock by industry:",null,null,"No"]
["IT","N114","N114","A*38 industry breakdown/\n1 institutional sector (S13)","PIM  based on a geometric depreciation function.","yes","Output deflators of manifacture industries.\n","The investment data (provided by the Ministry of Defence for different types of weapons) are available only since 1995. In order to calculate the capital stock and the consumption of fixed capital with PIM it was necessary to estimate the initial value of the capital stock in 1994, using a linear log regression of GFCF in weapons on time, as suggested by the OECD manual \"Measuring Capital, 2009-Second Edition\".",null,"The geometric depreciation function with a constant annual depreciation rate is used. According to the geometric model, net capital stock and consumption of fixed capital are obtained in accordance with the formula:\nKt = Kt-1 (1- delta) + It\nwhere Kt and Kt-1 1are, respectively, the net stock at the end of period t and t-1, It is gross fixed capital formation (at chain-linked values) of year t and delta represents the depreciation rate (assumed constant over time). the depreciation rate is obtained as 1.65/N where N is the service life.","Concerning the service lives for weapons they vary between 1 0 to 30 years according to typologies of weapons.",null,null,"No","The coefficient 1.65 is derived from a technical study on several type of assets (including weapons) made by the U.S. Bureau of Economic Analysis (BEA). The study is available at http://www.bea.gov/national/pdf/Fixed_Assets_1925_97.pdf. \nInformation about the average service lives of the various types of weapons was taken from an analysis of the average service lives of weapon systems used by some NATO member countries, in particular United Kingdom and Germany.\nInvestments in weapons systems are made exclusively by General Government (Ministry of the Defence) and therefore there are not transactions in existing goods between institutional sectors (in particular between non-market and market producers)."]
["IT","N115","1) Plantations 2)Animals ","A*38 industry breakdown/\n5 institutional sectors","PIM is applied only for capital stock in plantations No PIM is applied for animal capital stock. The stock is the first step in the calculation of GFCF in animals","yes","Appropriate GFCF deflator ",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","For Plantations capital stock :Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period..\n","For Plantations: the service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life).\nService lives for Plantations is equal to 18  years for all industries but industry 31 whose service life is 20 years.\nService life for animals is assumed to be equal to 5 years for all industries.",null,null,"No"]
["IT","N1171","N1171","A*38 industry breakdown/\n5 institutional sectors","PIM  based on a geometric depreciation function.\n","yes","The capital stock in current price  is computed using R&D GFCF deflator.","The initial capital stock estimate in 1992 has been estimated (for each of the three sector) applying the method originally introduced by Griliches (1980) , who showed that under reasonable conditions the unobserved growth rate of the net stock is well approximated by the growth rate of investment.",null,"The geometric depreciation function with a constant annual depreciation rate is used. According to the geometric model, net capital stock and consumption of fixed capital are obtained in accordance with the formula:\nKt = Kt-1 (1- delta) + It\nwhere Kt and Kt-1 1are, respectively, the net stock at the end of period t and t-1, It is gross fixed capital formation (at chain-linked values) of year t and delta represents the depreciation rate (assumed constant over time). the depreciation rate is obtained as 2/N where N is the service life.","An average of service life of 10 year has been adopted for all industries, accordingly with the recommendations of the second Eurostat task force on R&D (Implementation of the Capitalisation of R&D).  Assuming the standard double-declining balance rate, the corresponding depreciation rate is equal to 0.2. ",null,null,"No"]
["IT","N1172","N1172","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","The capital stock in current price  is computed using CCI (construction cost index).",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). - \nService life equal to 34 years for all industries.",null,null,"No"]
["IT","N1173","N1173","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","The capital stock in current price  is computed using software GFCF deflator.",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nService life equal to 5 years for all industries but industry 31 whose service life is equal to 7 years",null,null,"No"]
["IT","N1174","N1174","A*38 industry breakdown/\n5 institutional sectors","Flows of GFCF in volume terms are cumulated over years using the PIM to estimate volumes of gross capital stocks deducting retirements. Gross capital stocks minus consumption of fixed capital results in net volumes capital stock.","yes","The capital stock in current price  is computed using CPI.",null,"The age-efficiency function, combined with retirement profile,  is necessary for the computation of the productive stocks and therefore for capital services. The selected age-efficiency profile is represented by means of an hyperbolic function. In fact  it is assumed that the capital services decay at an increasing rate with the age of the asset.","Straight line model of\n depreciation by which the market value of an asset is assumed to decline by the same amount each period. ","The service lives are estimated assuming that retirements are distributed around the average service life (constant over time) according to a TN distribution (with truncation limits set at +/- 35% of average service life and the variance set so that 90% of retirements occur between +/- 25% of the average service life). \nService life equal to 10 years for all industries.",null,null,"No"]
["PL","N111","total (a more detailed breakdown is not available)","divisions NACE rev. 2","statistical reports","yes"," producer prices index","company accounts   ","not applicable","not applicable","67 years","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html\n\nGNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N111","total (a more detailed breakdown is not available)","S11","statistical reports","yes"," producer prices index","company accounts   ","not applicable","not applicable","67 years","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html\n\nGNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N111","total (a more detailed breakdown is not available)","S13","statistical reports","yes"," producer prices index","company accounts   ","not applicable","not applicable","67 years","not applicable","not applicable","no","see above"]
["PL","N111","total (a more detailed breakdown is not available)","S14 and divisions 68 NACE rev. 2","estimations","yes"," producer prices index","estimation","not applicable","not applicable","67 years","not applicable","not applicable","no","see above"]
["PL","N111","not compiled","S 12 and S 15","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","no","not applicable"]
["PL","N1121","total (the value of buildings other than dwellings is added to the total value of item \"Other buildings and structures \"(N112))","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable"]
["PL","N1122","total (the value of non-residential buildings and other structures is added to the total value of item \"Other buildings and structures \"(N112))","divisions NACE rev. 2","statistical reports","yes"," producer prices index","Company accounts   ","not applicable","not applicable","50 years","not applicable","not applicable","no","not applicable"]
["PL","N1122","total (the value of individual buildings in agriculture  is added to the total value of item \"Other buildings and structures \"(N112))","sector S 14 and division 01 NACE Rev.2 ","estimation","yes"," producer prices index","Company accounts   ","not applicable","not applicable","50 years","not applicable","not applicable","no","not applicable"]
["PL","N1123","total (the value of item \"Land improvments\" (N1123) is added to the total value of item \"Other buildings and structures\" (N112))","divisions NACE Rev.2","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable"]
["PL","N1131","total (a more detailed breakdown is not applied)","divisions NACE Rev.2","statistical reports","yes"," producer prices index","Company accounts   ","not applicable","not applicable","10 years","not applicable","not applicable","no","methodological document: https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html\n\nGNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1131","total (a more detailed breakdown is not applied)","institutional sectors: S 11; S 12; S 13; S 14; S 15","statistical reports","yes"," producer prices index","Company accounts   ","not applicable","not applicable","10 years","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html\n\nGNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N11321","The value of item \"Computer hardware\" (N11321) is included in the total value of item \"Machinery and equipment and weapon systems\" (N113+N114).","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","Statistics Poland has derogation to develop time series (2010-2017) at current replacement costs and previous year's prices up to 2020."]
["PL","N11322","The value of item \"Telecommunications equipment\" (N11322) is included in the total value of item \"Machinery and equipment and weapon systems\" (N113+N114).","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","Statistics Poland has derogation to develop time series (2010-2017) at current replacement costs and previous year's prices up to 2020."]
["PL","N1139","The value of item \"Other machinery and equipment\" (N1139) is included in the total value of item \"Machinery and equipment and weapon systems\" (N113+N114).","not applicable","statistical reports","yes"," producer prices index","company accounts   ","not applicable","not applicable","12,5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N114","total (the value of item \"Weapons systems\" (N114) is added to the total value of item \"Machinery and equipment and weapon systems\" (N113+N114).","institutional sector: S 13","data from Ministry of Defence","yes","consumer price indices","administrative data ","no ","no","25 years","no","no","no","—"]
["PL","N115","total","divisions NACE Rev.2","statistical reports","yes"," producer prices index","company accounts   ","not applicable","not applicable","not applicable","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html"]
["PL","N115","total","institutional sector:\nS 11; S 12; S 13; S14; S15","statistical reports","yes"," producer prices index","company accounts   ","not applicable","not applicable","not applicable","not applicable","not applicable","no","methodological document: (https://stat.gov.pl/en/topics/industry-construction-fixed-assets/fixed-assets/fixed-assets-in-the-national-economy-in-2017,1,15.html"]
["PL","N1171","total","divisions NACE rev. 2","statistical reports (for market producers)","yes","consumer price indices","PIM","no","no","10 years","no","no","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1171","total","divisions NACE rev. 2","statistical reports (for non-market producers)","yes","consumer price indices","PIM","no","no","10 years","no","no","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1171","total","institutional sectors: S 11; S 12; S 14","statistical reports (for market producers)","yes","consumer price indices","PIM","no","no","10 years","no","no","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1171","total","institutional sectors: S 13  S.15","statistical reports (for non-market producers)","yes","consumer price indices","PIM","no","no","10 years","no","no","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1172","The value of item \"Mineral exploration and evaluation\" (N1172) is included in the total value of item \"Intellectual property products\"(N117).","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable"]
["PL","N1173","own-account software, ","NACE Rev.2 division","labour force surveys that measure hours worked on development","yes","consumer price index","balance method","not applicable","not applicable","5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1173","own-account software, ","institutional sectors: S 11; S 12; S 13","labour force surveys that measure hours worked on development","yes","consumer price index","balance method","not applicable","not applicable","5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1173","purchased software","NACE Rev.2 division","structural business surveys, ","yes","consumer price index","balance method","not applicable","not applicable","5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1173","purchased software","institutional sectors: S 11; S 12; S 13; \nS 14; S 15","structural business surveys, ","yes","consumer price index","balance method","not applicable","not applicable","5 years","not applicable","not applicable","no","GNI Inventory (ESA 2010), Poland, May 2016"]
["PL","N1174","The value of item \"Entertainment, literary or artistic originals\" (N1174) is included in the total value of item \"Intellectual property products\"(N117).","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable","not applicable"]
["MT","N111","Dwellings","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","Linear depreciation","Yes","Not applicable","The dwelling stock was determined at a point in time using the Census of Population and Housing which determined the number of units to which a price was applied.","The age-efficiency profile is assumed constant over time.","Linear depreciation","Average service life 85 years",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1121","Construction work","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 50)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1122","Cable infrastructure","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 20)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1122","Pipeline infrastructure","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 20)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1123","Included with construction work","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 50)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1131","Motor vehicles","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 9)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1131","Ships and vessels","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 21)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1131","Aircraft and spacecraft","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 12)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N11321","Computer and electronic equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 4)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N11322","Communication and broadcasting equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 6)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Machinery and equipment n.e.c.","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Equipment mainly designed or used for the production of water and electricity","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Catering equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Equipment used for construction of buildings and excavation","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Medical equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 15)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Furniture, fixtures, fittings and soft furnishings","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 100)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1139","Other machinery / plant","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N114","Not applicable"]
["MT","N115","Not applicable"]
["MT","N1171","R&D","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 10)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1172","Included under Construction","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Construction","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 50)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1173","Computer software","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 4)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["MT","N1174","Included under machinery and equipment","Capital stocks are compiled by institutional sectors; S.11; S.12; S.13; S.14; S.15 and not by industry.","PIM using time series GFCF; starting with the gross stock","currently under derogation","Overall GFCF deflator of Machinery","Historical time series of GFCF and PIM model is used to derive the initial capital stock","The age-efficiency profile is assumed constant over time.","Linear depreciation","quasi-logistic function (symmetrical); steepness = 3; skewness = 0.5; average service life 13)",null,null,"No","GNI Inventory Malta 2015; https://nso.gov.mt/en/nso/Sources_and_Methods/Unit_A1/National_Accounts/Documents/GNI_Inventory.pdf"]
["LT","N111","Public dwellings","\n S13 - O84\n","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment ","Yes with some assumptions,\nestimated stock of public dwelling are shared out in two activity A*84  and A*85\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","Quantity X Price","no","geometric ,\nservice live 80 years, with declining balance rate of 1.6 ","no mortality function",null,null,"no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N111","Private owner-occupied  dwelling"," S14 -  L68;","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment ","Yes, S14 L68 is sum of private (owner- occupied and actual rent) dwelling\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","Quantity X Price","no","geometric ,\nservice live 80 years, with declining balance rate of 1.7","no mortality function",null,null,"no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N111","Private actual rent  dwelling"," S14 -  L68;","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment ","Yes, S14 L68 is sum of private (owner- occupied and actual rent) dwelling\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","Quantity X Price","no","geometric ,\nservice live 80 years, with declining balance rate of 1.8","no mortality function",null,null,"no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1121","N1121. Buildings other than dwellings","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series of non-residential buildings by sectors:\nS1 -49; S11 - 47; S12 - 72; S13 - 55; S14 - 52; S15 - 25",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 was available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1122","N1122.  Other structures (exclude roads and bridges) + N1123 Land improvements","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes, \n(N122+ N1122a+ N1123)\n","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series of  other structures by sectors:\nS1 -32; S11 - 33; S13 - 27",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available ","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1122","N1122a. Roads&bridges, (viaducts and  tunnels) ","O84 - S13","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment ",null,"Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","Quantity X Price","no","geometric ,\nservice live 60 years, with declining balance rate of 2 ","no mortality function",null,null,"no","GNI inventory 2011"]
["LT","N1123","Do not estimated as separate asset"]
["LT","N1131","N1131. Transport equipment","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series of  transports by sectors:\nS1 -17; S11 - 18;S12 - 8; S13 - 12; S14 -11; S15 - 14\n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N11321","N11321. Computer hardware","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -8; S11 - 7; S12- 7 ; S13 - 9; S14 -8; S15 - 8\n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N11322","N11322. Telecommunications equipment","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -8; S11 - 8; S12- 8; S13 - 11; S14 -10; S15 - 10\n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1139","N1139. Other machinery and equipment","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series  by sectors:\nS1 -14; S11 - 15; S12 - 8; S13 - 9; S14 -15; S15 - 14\n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N114","N114. Weapons systems","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series  by sectors:\nS1 -12;  S13 - 12; \n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N115","N115. Cultivated biological resources","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -15; S11 - 15; S14 -15; \n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","no","GNI inventory 2011"]
["LT","N1171","N1171. Research and development","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -10; S11 - 10;S12 - 10; S13 - 10; \n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","no","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1172","Do not estimate as separate asset"]
["LT","N1173","N1173. Computer software and databases","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series by sectors:\nS1 -6; S11 - 5; S12 - 4; S13 - 8; S14 -4; S15 - 4\n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["LT","N1174","N1172. Mineral exploration and evaluation + N1174. Entertainment, literary or artistic originals","A*38/sector","PIM with benchmark on the basis of information available on gross fixed capital formation (GFCF), prices relating to this investment and average economic life of different categories of fixed assets, based on the Age Structure Surveys.","Yes","Two types of price indexes are calculated in PIM: \nprevious year prices; \nchained prices based on 2015=1;\n","The calculations of initial year  of stocks are based on the revalued stock of assets in 1995,  the Age Structure Surveys and capital stock surveys.","No age-efficiency schedules have been assumed. This implies that every  piece  of  investment  of  a  certain  vintage  will  have  the same efficiency over its service life.","straight line, i.e. that  depreciation  is  equally  distributed  according to the service  life  of an individual piece of a vintage of GFCF. This individual piece of GFCF is given by the mortality function, derived from the survival function. \n\n","(NM)\nSymmetrical mortality function is indeed bell-shaped, based on a quasi-logistic survival function.\nParameters for the shape of the mortality function: Steepness=3, Skewness=0.5 (i. e. symmetric) used for all activities by assets types in PIM. \nWeighted average of the service lives for aggregated time-series  by sectors:\nS1 -5; S11 - 4; S13 - 6; S14 -5\n",null,"Parameters of GFCF in PIM: Growth rates of GFCF prices before the observation period: will be assumed to be zero, since all stock values in the surveys have been revaluated 1995. \nGFCF at historical prices before the observation period: average amount invested per year is estimated such that, given the service life, the result of the age structure survey is simulated.\n","Yes, revision of assumptions  when new information of Age structure survey in S13 are available","GFCF time series, price indices and Age Structure Survey.\nGNI inventory 2010;\n"]
["IS","N111","Dwellings","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)",null,"Building cost index from Statistics Iceland","Total housing value in the year 1997 based on data from Registers Iceland","geometric 2.5%","80 years"]
["IS","N1121","Buildings other than dwellings","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","It will be, at the moment tables are not submitted","Building cost index from Statistics Iceland","Balance sheet calculations from Enterprice Accounts Registers","geometric 4%","50 years"]
["IS","N1122","Power plant buildings and structures+","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","It will be, at the moment ","Building cost index from Statistics Iceland","Balance sheet calculations from Enterprice Accounts Registers","geometric 3%","70 years"]
["IS","N1123"]
["IS","N1131","Ships","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","A special import price",null,"Balance sheet calculations from Enterprice Accounts Registers","geometric 6%","35 years"]
["IS","N1131","Aircrafts","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","A special import price",null,"Balance sheet calculations from Enterprice Accounts Registers"]
["IS","N11321","Machines","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","A special import price",null,"Balance sheet calculations from Enterprice Accounts Registers","geometric 20%","10 years"]
["IS","N11321","Big computers","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","A special import price",null,"Balance sheet calculations from Enterprice Accounts Registers","geometric 20%","10 years"]
["IS","N11322"]
["IS","N1139"]
["IS","N114"]
["IS","N115","Livestock","Nace Rev.2: 01","PIM - based on an available time series of investment (GFCF)","It will be, at the moment ","Special livestock index","Balance sheet calculations from Enterprice Accounts Registers",0]
["IS","N1171","R&D","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","It will be, at the moment ","A special R&D index","Back calculated from 2013 survey","geometric 12.5%","11.5 years"]
["IS","N1172"]
["IS","N1173","Computer software","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","It will be, at the moment ",null,"Balance sheet calculations from Enterprice Accounts Registers","geometric 20%","10 years"]
["IS","N1173","Databases","All industries - Nace A.88","PIM - based on an available time series of investment (GFCF)","tables are not submitted",null,"Balance sheet calculations from Enterprice Accounts Registers","geometric 20%","10 years"]
["IS","N1174"]
["SE","N111","Owner occupied ","Only institutional sector breakdown, 5 main sectors.","Direct volume estimate","Yes","Same as for GFCF","Direct current price estimate","n.a.","U.S. BEA declining balance values and national estimates of service life","75 years","Geometric",null,"No"]
["SE","N111","Rented dwellings","Only institutional sector breakdown, 5 main sectors.","Direct volume estimate","Yes","Same as for GFCF","Direct current price estimate","n.a.","U.S. BEA declining balance values and national estimates of service life","65 years","Geometric",null,"No"]
["SE","N1121","No further breakdown","S.1311 - S.1314  function/activity,         ","PIM",null,"Same as for GFCF","PIM ","n.a.","U.S. BEA declining balance values and service life","40-50 years depending on use","Geometric",null,"No"]
["SE","N1121","No further breakdown","S.11, S.12, S.14 and S.15 by industry","PIM",null,"Same as for GFCF","PIM ","n.a.","U.S. BEA declining balance values and service life","12-54 years depending on indystry","Geometric",null,"No"]
["SE","N1122","Roads ","S.1311, S.1313  S.11  Industry A02, S.14 industry A01 and A02","PIM, net stock",null,"Same as for GFCF","PIM","n.a.","Double declining balance value and assumed service life","Central and local government 40 years. Other sectors 38 year.","Geometric",null,"No"]
["SE","N1122","Railways","S.1311","PIM, net stock",null,"Same as for GFCF","PIM","n.a.","U.S. BEA declining balance values and service life","50 years","Geometric",null,"No"]
["SE","N1123","Land improvements (AN.1123) in Sweden concern draining of agricultural and forest land and woodland improvement like soil preparation in order to improve regeneration after fellings. Information is received from the Swedish Board of Agriculture and the Swedish Forest Agency.","S.11 and S.14, industry A02","PIM, net stock",null,"Same as for GFCF","PIM","n.a.","U.S. BEA declining balance values and service life for buildings in agriculture","38 years","Geometric",null,"No"]
["SE","N1131","Cars, trucks and buses",null,"PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life. Modifications of the service life have been made for automobiles","13 years","Geometric",null,"No"]
["SE","N1131","Ships","S.11  and S.14  industry A03. S11 industry H50.","PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","35 year and 27 year","Geometric",null,"No"]
["SE","N1131","Aircrafts",null,"PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","20 years","Geometric",null,"No"]
["SE","N11321","Computer hardware","S.1311 - S.1314  function/activity,                                                                            S.11, S.12, S.14 and S.15 by industry","PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","4 years","Geometric",null,"No"]
["SE","N11322","ICT equipment","S.1311 - S.1314  function/activity;  S.11, S.12, S.14 and S.15 by industry","PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","12 years","Geometric",null,"No"]
["SE","N1139","Other machinery and equipment excludes computer hardwear and telecommunication equipment "," S.11, S.12, S.14 and S.15 by industry","PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and service life","10-33 years. On average 15 years","Geometric","Capital consumption rates weighted together according to the composition of products in capital formation)","No"]
["SE","N114","Wepons systems, machinery and equipment ","S.1311","PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and  service life. National estimates of service life","13 year","Geometric",null,"No"]
["SE","N114","Wepons systems, transport equipment","S.1311","PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and national estimates of service life. Some modifications of the service life have been made.","25 year","Geometric",null,"No"]
["SE","N114","Wepon system, Buildings and structures","S.1311","PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","U.S. BEA declining balance values and national estimates of service life","50 year","Geometric",null,"No"]
["SE","N115","Fruit trees",null,"PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","National estimation","50 years","Geometric",null,"No"]
["SE","N115","Livestock",null,"PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","National estimation","3 years","Geometric",null,"No"]
["SE","N115","Racing horses and other draft animals",null,"PIM, net stock",null,"Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  PIM. Long time series of data on gross fixed capital formation.","n.a.","National estimation","8 year","Geometric",null,"No"]
["SE","N1171","Own account R&D",null,"PIM, net stock","Yes","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  long time series of data on gross fixed capital formation.","n.a.","Recommendation from the Task Force on R&D of 10 years is used","10 years ","Geometric",null,"No"]
["SE","N1171","Bought R&D",null,"PIM, net stock","Y es","Same as for GFCF","The net stock at the beginning of year 1993 has been estimated with  long time series of data on gross fixed capital formation.","n.a.","Recommendation from the Task Force on R&D of 10 years is used","10 years ","Geometric",null,"No"]
["SE","N1172","Mineral exploration and evaluation","S.11  industry  B07 and b08_09 . S.14 industry B08_09","PIM, net stock",null,"Same as for GFCF",null,"n.a.",null,"10 years","Geometric",null,"No"]
["SE","N1173","Computer software, produced on own account",null,"PIM, net stock",null,"Same as for GFCF",null,"n.a.","Double declining balance rate in combination with rough estimates of economic service life has been used","10 years","Geometric",null,"No"]
["SE","N1173","Computer software, purchased",null,"PIM, net stock",null,"Same as for GFCF",null,"n.a.","Double declining balance rate in combination with rough estimates of economic service life has been used","5 years ","Geometric",null,"No"]
["SE","N1174"," Entertainment, literary or artistic originals","S.11 and S.14","PIM, net stock",null,"Same as for GFCF",null,"n.a.","An average service life of 3 year is used. The declining balance rate is set to 1.65 which means a capital consumption rate of 55 percent. With a geometric function this leads to fast depreciations in early years of the assets lives as recommended by the committee.","3 years","Geometric",null,"No"]
["EL","N111","dwellings","- S1, industry 68                                                                                                             -S11, industry 68 of S1","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1948_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for dwellings                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for dwellings is 65 years. ","n/a",null,"no"]
["EL","N1121","Buildings other than dwellings","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1948_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for other buildings                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for other buildings lie between 35-65, depending on the industry. Usually it is 55 years. ","n/a",null,"no"]
["EL","N1122","other structures","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1948_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for other structures                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for other structures is 55 years. ","n/a",null,"no"]
["EL","N1123","land improvements (taking into account as a total the anti-fladding and drainage works, irrigation works and other land improvements)","- S1, industry 01                                  - S13, industry 84                                                                              ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1948_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for other structures                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for land improvements is 55 years. ","n/a",null,"no"]
["EL","N1131","transport equipment","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for transport equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for transport equipment lie between 10-25, depending on the industry. ","n/a",null,"no"]
["EL","N11321","computer hardware","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for computer hardware is 7 years. ","n/a",null,"no"]
["EL","N11322","Telecommunications","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for telecommunication equipment is 15 years. ","n/a",null,"no"]
["EL","N1139","Other machinery and equipment","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for other machinery and equipment lie between 15-20, depending on the industry. ","n/a",null,"no"]
["EL","N114","buildings"," - S13, industry 84 (the results are incorporated in the corresponding asset in indusrty 84)","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for each asset is provided by the Ministry of Defence.","n/a",null,"no"]
["EL","N114","other constructions"," - S13, industry 84 (the results are incorporated in the corresponding asset in indusrty 84)","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for each asset is provided by the Ministry of Defence.","n/a",null,"no"]
["EL","N114","transport"," - S13, industry 84 (the results are incorporated in the corresponding asset in indusrty 84)","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for each asset is provided by the Ministry of Defence.","n/a",null,"no"]
["EL","N114","machinery and equipment"," - S13, industry 84 (the results are incorporated in the corresponding asset in indusrty 84)","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for each asset is provided by the Ministry of Defence.","n/a",null,"no"]
["EL","N115","Cultivated biological resources","- S1, industries 01-02                                                                                                                 - S11-S14, data from S1, allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for cultivated biological resources is 15 years. ","n/a",null,"no"]
["EL","N1171","Research and development","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","No initial stock was calculated. Data for years before 1986 are considered to be small.","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for research and development is 10 years. ","n/a",null,"no"]
["EL","N1172"]
["EL","N1173","computer software and databases (the estimation of own account software is included in this asset)","- S1, by industry                                  - S13, by industry                                    - S12, from industries 64-66 of S1                                                                             - S15, part of industry 94 of S1                                              -S11-S14, by the remaining data from (S1-S13-S12-S15) and then allocation between S11 and S14 according to sectroral accounts definitions/assumptions. ","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","Intitial capital stock = a/(b+c),                                where:                                              a=GFCF volume of year 1960_the first available year in GFCF timeseries                                                          b=long run growth rate between years 1948-1959, from historical data of GFCF for machinery and equipment                                             c= depreciation rate","No specific age-efficiency profile. We use geometric depreciation.","Geometric depreciation.                                         The depreciation rate is calculated as: (2/average service life of asset),                                             where 2 = declining balance rate","Simplified PIM with geometric depreciation. No specific retirement profile. Average life for computer software and databases is 5 years. ","n/a",null,"no"]
["EL","N1174","originals","- S1, industry 59-60","simplified Pepretual Inventory Method, with geometric depreciation, as described in ANNEX C, in OECD Manual for Measuring Capital","No, because the national accounts table includes the figures after the balancing process of GDP, while data for capital stock are based on the pre-balanced data of GFCF.  Balancing is conducted from supply and use tables in a more aggregated level and so we can not use balanced data as input for the PIM calculations. Deviations between balanced and unbalanced GFCF data are small.","GFCF volumes are accumulated over years, using the PIM, which result to volumes of capital stock, and then are expressed in current prices using the GFCF deflator.","No initial stock was calculated. ","No specific age-efficiency profile. We use geometric depreciation.",null,"Simplified PIM with geometric depreciation. No specific retirement profile. Average life for Entertainment, literary or artistic originals is 8 years. ","n/a",null,"no"]
["HR","N111","Residential buildings","Institutional sector","PIM method","In process","PPI construction","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N111","Additional investments on constructions","Institutional sector","PIM method","In process","PPI construction","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1121","Office buildings","Institutional sector","PIM method","In process","PPI construction","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1121","Industrial buildings","Institutional sector","PIM method","In process","PPI construction","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1122","Roads, railways and other transport facilities","Institutional sector","PIM method","In process","PPI construction","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1122","Other (e.g. hydroelectric power plants)","Institutional sector","PIM method","In process","PPI construction","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1122","Additional investments on other structures","Institutional sector","PIM method","In process","PPI construction","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1123"]
["HR","N1131","Road transport vehicles","Institutional sector","PIM method","In process","PPI motor vehicles","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1131","Railway transport vehicles","Institutional sector","PIM method","In process","PPI other transport vehicles","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1131","Vehicles of maritime and inland waterway trans.","Institutional sector","PIM method","In process","PPI other transport vehicles","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1131","Air transport","Institutional sector","PIM method","In process","PPI other transport vehicles","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N11321","Computers","Institutional sector","PIM method","In process","PPI manufacture of computer","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N11322","ICT equipment","Institutional sector","PIM method","In process","PPI electrical equipment","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1139","Sports and music equipment","Institutional sector","PIM method","In process","PPI capital goods","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1139","Devices, machinery and equipment for other purposes","Institutional sector","PIM method","In process","PPI machinery and equipment","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N115","Perennial plantations","Institutional sector","PIM method","In process","Prices in agriculture","Surveys and administrative data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N115","Herd","Institutional sector","PIM method","In process","Prices in agriculture","Surveys and administrative data",null,"None","Log-normal distribution",null,null,"No"]
["HR","N1171"]
["HR","N1172","Mineral exploration and evaluation","Institutional sector","PIM method","In process","PPI mining and exploration","Surveys, administrative and historical data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1173","Investments in copmuter software","Institutional sector","PIM method","In process","PPI manufacture of computer","Surveys and administrative data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]
["HR","N1174","Works of art, literature and science","Institutional sector","PIM method","In process","CPI books, cultural services","Surveys and administrative data",null,"Linear depreciation","Log-normal distribution",null,null,"No"]