Photosynthesis

The Big Picture
Carbon cycle
  Process by which carbon moves from organic t
   inorganic compounds and back
  Producers convert inorganic carbon (CO2) into
   organic carbon compounds (glucose)
  Primary Consumers obtain organic compounds
   by eating producers
  Secondary consumers obtain organic carbon
   by eating primary consumers
  Cellular Respiration by producers and
   consumers return CO2 to atmosphere
 In the natural carbon cycle, there are two
  main processes which occur
     Photosynthesis
     metabolism

Photosynthesis global
Photosynthesis global
Photosynthesis global
Photosynthesis global
Carbon in Ocean and
   Sediments
 CO2 is slightly soluble
 Can be absorbed into water
 Some of the dissolved CO2 remains in the water, the warmer the water the
  less carbon dioxide remains in the water
 Some CO2 is used by algae and phytoplankton through the process of
  photosynthesis
 Coral and shelled marine organisms take up CO2 from the water and
  convert it into calcium carbonate
    When these organisms die pieces of shells/coral fall to ocean floor and make
     sediments
 The carbonate sediments are constantly being formed and redissolved in the
  bottom of the ocean
 Over long periods of time, the sediments may be raised up as dry land or
  into mountains
 This type of sedimentary rock is called limestone
 The carbonates can redissolve releasing carbon dioxide back to the air or
  water
Photosynthesis global
Photosynthesis global
Humans and the Carbon
 Cycle
 Combustion of any type of fossil fuel, which may
  include oil, coal, or natural gas
 Fossil Fuels formed thousands of years ago from
  plant or animal remains that were buried,
  compressed, and transformed into oil, coal, or
  natural gas
 This carbon is said to be "fixed" in place and is
  essentially locked out of the natural carbon cycle
 Humans intervene during by burning the fossil fuels
   During combustion in the presence of O2, CO2 and water
    molecules are released into the atmosphere
Photosynthesis and Global
     Climate
   CO2 makes up 0.03 percent of Earth’s atmosphere
      300 parts per million
   Greenhouse Effect
        CO2 traps heat from sun in Earth’s atmosphere (otherwise it would escape into space)
        Not a bad thing
        Keeps world climate warm enough to sustain life
        Keeps Earth 10% warmer than it would be without CO2
   Currently CO2 in atmosphere is rising
      360 parts per million
   Burning fossil fuels
   Deforestation
   Natural Causes
        Photosynthesis
        Cellular respiration
        Decomposition
        Volcanic eruptions
        Ocean/limestone
   Global Warming
      Overall rise in Earth’s average temperature over a period of time

More Related Content

PPTX
Photosynthesis part 3
PPT
Photosynthesis part 3
PPTX
carbon cycle
PPTX
Pakistan and global warming A Lecture by Allah Dad Khan Visiting Professor A...
PPTX
Oxygen co emission
PPTX
Carbon cycle project
PDF
Carbon cycle in the ocean discussion
PDF
Carbon cycle
Photosynthesis part 3
Photosynthesis part 3
carbon cycle
Pakistan and global warming A Lecture by Allah Dad Khan Visiting Professor A...
Oxygen co emission
Carbon cycle project
Carbon cycle in the ocean discussion
Carbon cycle

What's hot (18)

PPTX
Ocean Biological Pump
PPT
PPTX
The Carbon Cycle
PPTX
THE CARBON-CYCLE
PPTX
greenhouse effect
PPT
Photosynthesis3
PPT
Presentació
PPT
Carbon cycle
PPTX
Carbon cycle
PPTX
Ancient forests stabilized earth’s co2 and climate
PPTX
Carbon Cycle
PPTX
Carboncycle
PPT
C carbon cycle last
PPTX
The carbon cycle finalized
PPTX
Carbon cycle
PPT
carbon cycle
PPTX
Carbon cycle
PPTX
Major formation types
Ocean Biological Pump
The Carbon Cycle
THE CARBON-CYCLE
greenhouse effect
Photosynthesis3
Presentació
Carbon cycle
Carbon cycle
Ancient forests stabilized earth’s co2 and climate
Carbon Cycle
Carboncycle
C carbon cycle last
The carbon cycle finalized
Carbon cycle
carbon cycle
Carbon cycle
Major formation types
Ad

Similar to Photosynthesis global (20)

PPTX
carbon cycle PERIOD 4
PDF
Lecture 6 copy.pdf
PPTX
earth and science powerpoint lower secondary
PPTX
Carbon cycle
PPTX
PPT
Greenhouse Effect, Carbon Cycle & Rising Temperatures
PDF
Carbon Cycle in Oceanic Environment by Syekat
PPT
Carbon cycle
PPT
Carbon Cycle
PPT
Carbon Cycle
PPT
Carbon_Cycle.ppt
PPT
Carbon cycle (ANIMATED)
PPTX
THE-CARBON-CYCLE.pptx
PPTX
The Carbon Cycle
PPT
carbon oxygen cycle
PPTX
carbon cycle ppt 2.pptx
PPTX
Carbon cycle
PPT
Carbon cycle
PPTX
Carbon cycle
PDF
Daisy World Theory
carbon cycle PERIOD 4
Lecture 6 copy.pdf
earth and science powerpoint lower secondary
Carbon cycle
Greenhouse Effect, Carbon Cycle & Rising Temperatures
Carbon Cycle in Oceanic Environment by Syekat
Carbon cycle
Carbon Cycle
Carbon Cycle
Carbon_Cycle.ppt
Carbon cycle (ANIMATED)
THE-CARBON-CYCLE.pptx
The Carbon Cycle
carbon oxygen cycle
carbon cycle ppt 2.pptx
Carbon cycle
Carbon cycle
Carbon cycle
Daisy World Theory
Ad

More from Maria Donohue (20)

PDF
Syllabus
PPTX
Extra credit 2011 2012
PDF
Cambridge biology syllabus
DOCX
Princeton review practice test 2 answers
PDF
Hominid evolution part
PPTX
Nonrenewable energy
PPTX
Pesticides and biodiversity
PPT
Water presentation gloria wilfredo
PPTX
Jasmine aquatic diversity
PPT
Human health alfredo and dalyn
PPT
Energy efficiency and renewable energy gabriel riley
PPTX
Amamda and robert air pollution and ozone ppt
PPTX
Embryology and reproduction
PPTX
Evolution part 3
PPTX
Evolution part 2
PPTX
Evolution part1
PPTX
Evolution
PPT
#2 villalobos brain, heart, reproductive syste and embryo development
PPTX
#1 donohue immune system, vaccines, and antibiotics
DOCX
Donohue dna practice questions
Syllabus
Extra credit 2011 2012
Cambridge biology syllabus
Princeton review practice test 2 answers
Hominid evolution part
Nonrenewable energy
Pesticides and biodiversity
Water presentation gloria wilfredo
Jasmine aquatic diversity
Human health alfredo and dalyn
Energy efficiency and renewable energy gabriel riley
Amamda and robert air pollution and ozone ppt
Embryology and reproduction
Evolution part 3
Evolution part 2
Evolution part1
Evolution
#2 villalobos brain, heart, reproductive syste and embryo development
#1 donohue immune system, vaccines, and antibiotics
Donohue dna practice questions

Recently uploaded (20)

PDF
Rapid Prototyping: A lecture on prototyping techniques for interface design
PDF
Advancing precision in air quality forecasting through machine learning integ...
PDF
Human Computer Interaction Miterm Lesson
PDF
AI.gov: A Trojan Horse in the Age of Artificial Intelligence
PDF
Lung cancer patients survival prediction using outlier detection and optimize...
PDF
Altius execution marketplace concept.pdf
PDF
Examining Bias in AI Generated News Content.pdf
PDF
The AI Revolution in Customer Service - 2025
PDF
giants, standing on the shoulders of - by Daniel Stenberg
PDF
Ensemble model-based arrhythmia classification with local interpretable model...
PDF
CXOs-Are-you-still-doing-manual-DevOps-in-the-age-of-AI.pdf
PDF
MENA-ECEONOMIC-CONTEXT-VC MENA-ECEONOMIC
PDF
Transform-Your-Streaming-Platform-with-AI-Driven-Quality-Engineering.pdf
PDF
Auditboard EB SOX Playbook 2023 edition.
PPTX
SGT Report The Beast Plan and Cyberphysical Systems of Control
PDF
IT-ITes Industry bjjbnkmkhkhknbmhkhmjhjkhj
PDF
The-2025-Engineering-Revolution-AI-Quality-and-DevOps-Convergence.pdf
PDF
Early detection and classification of bone marrow changes in lumbar vertebrae...
PDF
NewMind AI Weekly Chronicles – August ’25 Week IV
PPTX
Build automations faster and more reliably with UiPath ScreenPlay
Rapid Prototyping: A lecture on prototyping techniques for interface design
Advancing precision in air quality forecasting through machine learning integ...
Human Computer Interaction Miterm Lesson
AI.gov: A Trojan Horse in the Age of Artificial Intelligence
Lung cancer patients survival prediction using outlier detection and optimize...
Altius execution marketplace concept.pdf
Examining Bias in AI Generated News Content.pdf
The AI Revolution in Customer Service - 2025
giants, standing on the shoulders of - by Daniel Stenberg
Ensemble model-based arrhythmia classification with local interpretable model...
CXOs-Are-you-still-doing-manual-DevOps-in-the-age-of-AI.pdf
MENA-ECEONOMIC-CONTEXT-VC MENA-ECEONOMIC
Transform-Your-Streaming-Platform-with-AI-Driven-Quality-Engineering.pdf
Auditboard EB SOX Playbook 2023 edition.
SGT Report The Beast Plan and Cyberphysical Systems of Control
IT-ITes Industry bjjbnkmkhkhknbmhkhmjhjkhj
The-2025-Engineering-Revolution-AI-Quality-and-DevOps-Convergence.pdf
Early detection and classification of bone marrow changes in lumbar vertebrae...
NewMind AI Weekly Chronicles – August ’25 Week IV
Build automations faster and more reliably with UiPath ScreenPlay

Photosynthesis global

  • 2. Carbon cycle  Process by which carbon moves from organic t inorganic compounds and back  Producers convert inorganic carbon (CO2) into organic carbon compounds (glucose)  Primary Consumers obtain organic compounds by eating producers  Secondary consumers obtain organic carbon by eating primary consumers  Cellular Respiration by producers and consumers return CO2 to atmosphere
  • 3.  In the natural carbon cycle, there are two main processes which occur  Photosynthesis  metabolism 
  • 8. Carbon in Ocean and Sediments  CO2 is slightly soluble  Can be absorbed into water  Some of the dissolved CO2 remains in the water, the warmer the water the less carbon dioxide remains in the water  Some CO2 is used by algae and phytoplankton through the process of photosynthesis  Coral and shelled marine organisms take up CO2 from the water and convert it into calcium carbonate  When these organisms die pieces of shells/coral fall to ocean floor and make sediments  The carbonate sediments are constantly being formed and redissolved in the bottom of the ocean  Over long periods of time, the sediments may be raised up as dry land or into mountains  This type of sedimentary rock is called limestone  The carbonates can redissolve releasing carbon dioxide back to the air or water
  • 11. Humans and the Carbon Cycle  Combustion of any type of fossil fuel, which may include oil, coal, or natural gas  Fossil Fuels formed thousands of years ago from plant or animal remains that were buried, compressed, and transformed into oil, coal, or natural gas  This carbon is said to be "fixed" in place and is essentially locked out of the natural carbon cycle  Humans intervene during by burning the fossil fuels  During combustion in the presence of O2, CO2 and water molecules are released into the atmosphere
  • 12. Photosynthesis and Global Climate  CO2 makes up 0.03 percent of Earth’s atmosphere  300 parts per million  Greenhouse Effect  CO2 traps heat from sun in Earth’s atmosphere (otherwise it would escape into space)  Not a bad thing  Keeps world climate warm enough to sustain life  Keeps Earth 10% warmer than it would be without CO2  Currently CO2 in atmosphere is rising  360 parts per million  Burning fossil fuels  Deforestation  Natural Causes  Photosynthesis  Cellular respiration  Decomposition  Volcanic eruptions  Ocean/limestone  Global Warming  Overall rise in Earth’s average temperature over a period of time