Plant Breeding For Stress EnvironmentsCRC Press, 2018 M01 18 - 231 páginas This publication opens with the inevitable introduction, moves on to the present traditional approach to breeding for yield stability, and then enumerates a detailed discussion of the physiological approach to breeding for resistance to specific stresses. Not all environmental stresses are covered, omitting those for which little can be said today on practical breeding solutions. |
Contenido
Plant Breeding and Yield Stability | |
Selection for Yield and the Environment | |
Physiological and Genetic Implications | |
Drought Resistance | |
A Genetic Variation and Inheritance | |
B Genetic Resources | |
Heat Resistance | |
Methodological | |
MineralStress Resistance | |
Methodological | |
MineralToxicity Resistance | |
B Genetic | |
Salinity Resistance | |
Resistance to SalinityInduced Ion Toxicity | |
Methodological | |
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Términos y frases comunes
abscisic acid acid adaptation Agric Agron aluminum analysis associated Aust barley breeder cell cellular cereals chilling stress chilling tolerance chlorophyll components concentration crop plants Crop Sci cultivars culture dehydration dehydration avoidance drought resistance drought stress effect efficiency epicuticular wax evaluated factors freezing tolerance genes genetic variation genotypes germination grain halophytes hardening heat stress heat tolerance heritability heterosis high temperature hybrids improvement increase injury interaction involved irrigation landraces leaf leaf-water potential linear regression low temperatures maize membrane method mineral deficiency moisture nonstress nutrient osmoregulation osmotic adjustment performed photosynthesis physiological plant breeding Plant Physiol populations problem proline proline accumulation proteins reduced regression relatively rice root growth salinity resistance salt seed seedling senescence soil solution sorghum soybean species stability stomatal stress environment supercooling survival susceptible symptoms tissue tomato toxicity transpiration turgor variable varieties various water deficit water potential water stress wheat yield ΗΗΗΗΗΗΗΗΗΗ