Browsing by Subject "Major plant breeding."
Now showing items 61-80 of 131
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(Texas A&M University, 1975)Not available
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(Texas A&M University, 1987)Not available
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(Texas A&M University, 1996)Gossypol, found in pigment glands, serves as a resistance mechanism against insects in the foliage of cotton, however, is toxic to non-runiinant animals when found in the seed. The ideal genotype would have glanded foliage ...
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(Texas A&M University, 1971)Not available
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(Texas A&M University, 1970)Not available
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(Texas A&M University, 1989)Not available
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Heterosis and combining ability in A₁ and A₂ cytoplasm lines of sorghum, Sorghum bicolor (L.) Moench (Texas A&M University, 1988)Not available
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(Texas A&M University, 2000)Cotton is the leading textile fiber and the second most important oilseed in the world. Disease is one of the most significant limiting biotic constraints in cotton production. Therefore, breeding for resistance to different ...
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(Texas A&M University, 1985)Not available
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(Texas A&M University, 1977)Not available
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In vitro viability estimation and preservation of Cenchrus and Pennisetum pollen (Poaceae:Paniceae) (Texas A&M University, 1991)Not available
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(Texas A&M University, 1953)Not available
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(Texas A&M University, 2004)The inheritance of two resistant genotypes, Criollo de Morelos 334 and Fidel, to P. capsici seems to be controlled by two recessive genes, with epistatic and additive effects respectively. Both resistant genotypes could ...
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(Texas A&M University, 1988)Not available
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(Texas A&M University, 1965)Not available
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(Texas A&M University, 1968)Not available
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(Texas A&M University, 1977)Not available