Responses of Plants to Environmental Stresses |
Contents
B Biological Stress and Strain | 3 |
The Nature of Stress Injury and Resistance | 9 |
Kinds of Stress Tolerance | 16 |
Copyright | |
51 other sections not shown
Common terms and phrases
accumulation activity algae amino acid ascorbic acid avoidance Biebl cell sap cell wall changes chilling chloroplasts concentration correlation decrease dehydration denaturation direct drought injury drought resistance drought tolerance effect elastic enzymes exposure factor freeze-dehydration freezing injury freezing point freezing tolerance frost-killing frozen germination growth halophytes hardening temperatures hardiness heat injury heat tolerance heat-killing high temperatures higher plants hydrophobic Iljin inactivation indirect induced inhibition intracellular freezing killing temperature leaf leaves Levitt lipids low temperature lower measured mechanism membrane mesophiles metabolic molecules Müller-Thurgau NaCl normal occur osmotic oxidation permeability photosynthesis plasmolysis produced proline protective protein protoplasm psychrophile radiation relationship respiration root salt seedlings seeds SH groups showed soil soluble solutions species SS bonds stomata substances sucrose sugar survive synthesis Table temperature thawing thermophilic thermostability thermotolerance tion tissue transpiration rate turgor unhardened vacuole varieties water content water potential water stress wheat wilting winter xerophytes