In The Supervisionof
Dr. Ajeet Pratap Singh
( Assistant Prof. & Head )
Deptt. of Genetics and Plant Breeding
Topic – History of Plant Breeding ( Pre Mendelian era )
Deptt. of Genetics and Plant Breeding
SDJ Post Graduate
MSDSU Azamgarh , Uttar Pradesh
( Assistant Prof. & Head ) M.Sc. (Ag.)
Deptt. of Genetics and Plant Breeding Roll no.
MASTER
SEMINAR
( GPB – 591 )
History of Plant Breeding ( Pre Mendelian era )
Deptt. of Genetics and Plant Breeding
SDJ Post Graduate College Chandeshwar Azamgarh
MSDSU Azamgarh , Uttar Pradesh
Presented by
Satyam Pandey
M.Sc. (Ag.) G.P.B.IV Semester
Roll no.- 24204350011
History of Plant Breeding ( Pre Mendelian era )
Deptt. of Genetics and Plant Breeding
Chandeshwar Azamgarh
MSDSU Azamgarh , Uttar Pradesh
2.
History of PlantBreeding :-
In Broad sense history of Plant Breeding can be
divided into four Parts : -
1. Pre Mendelian Era :- Before 1900
2. Mendelian Era :- 1900 to 1920
3. Post Mendelian Era :- 1921 to 1950
4. Modern Era :- After 1950.
3.
Pre Mendelian Era:-
The process of bringing a wild species under human
management is referred to as Domestication.
9000 B.C. : First evidence of Plant domestication in
the hills above the Tigris River.
8000 B.C.: The earliest known form of plant
breeding begins with the domestication of crops like
wheat, barley, and legumes in the Fertile Crescent
(modern-day Middle East).
4.
3000 B.C.: Domestication of all important food
crops in the Old World completed.
2000 B.C. : The Chinese develop techniques for
selective breeding of crops like rice, soybeans, and
millet.
1000 B.C. : Domestication of all important food
crops in the New World completed.
5.
700 B.C.:Babylonians and Assyrians hand pollinate
date palm artificially.
1665 : Robert Hooke ( England ) : First described
the cell and known as father of cell biology.
1694 : Camerarius of Germany first to demonstrate
role of sex in plants and suggested crossing as a
method to obtain new plant types.
6.
1716 :Cotton Mather of USA observed natural
crossing in maize (yellow corn plants adjacent to blue
or red corn had red or blue corn.
1717 : Thomas Fairchild : Developed first Inter
specific hybrid between sweet William and Carnation
pink species of Dianthus popularly known as Fair
Child’s mule.
7.
1727 :The First plant breeding company was
established in France by the Louis - De – vilmorin and
introduced the pedigree method of breeding.
1753 : C. Linnaeus published “ Species planetarium ”
Binomial nomenclature of plant taxonomy officially
begins with his general list of plant species.
8.
1766: JosephKoelreuter of Germany demonstrated
that hybrid offspring received traits from both
parents and were intermediate in most traits
observed and produced first scientific hybrid using
tobacco.
1800 – 1835 : Knight T.A ( English ) : First used
Artificial Hybridization in Fruit Crops.
9.
1819 :Shirreff P., Utilized pure line selection to
develop a new oat cultivar ( Released in 1824 ), and a
new wheat cultivar ( Released in 1832 ).
Red – fife famous wheat variety sel. By farmer
David fife.
1823 : Knight : Dominance, Recessiveness, and
segregation observed in peas.
10.
1840 :John Le Couteur developed the concept of
progeny test and individual plant selection in cereals.
1840 – 50 : De Vilmorin (French Biologist) :
progeny test in wheat , oat and sugar – beet breeding.
11.
1859 –89 : Darwin : Published “ Origin of species” ,
and noted inbreeding sterility and differences in
reciprocal crosses.
1866 : Mendal G. J ( Austria ) : published his
discoveries in “ Experiments in plant hybridization ” ,
cumulating in the formulation of laws of inheritance
in garden pea and discovery of unit factors ( genes ).
12.
1873 :Patrick Shireff concluded that only the
variation heritable nature responded to selections
and that there variation arose through ‘natural
sports’ (=mutation ) and by ‘natural hybridization’
(recombination during meiosis in the hybrids so
produced ).
13.
1882 :A. D. Condolle write history and origin of
cultivated plants.
1890 : Rimpu E. ( Sweden ) : First made inheritance
cross between bread wheat and rye which later on
gave birth to triticale.