Physiology of Plants Under Stress: Soil and Biotic FactorsThis second of a two-part treatise describes the phenomena of plants under stress, describing the relationship between plant structure, development, and growth and such environmental stresses as too much or too little water, light, heat, or cold. |
Contents
Influence of Plant Pathogens on Host Physiology | 239 |
Herbivory and Plant Stress | 264 |
Allelochemistry as a Plant Stress special contribution | 329 |
Weeds and Other Competitors special contribution | 386 |
Parasitic Vascular Plants | 424 |
Heavy Metals and Pesticides | 481 |
SO2 O3 NO | 518 |
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The Physiology of Plants Under Stress Maynard G. Hale,David M. Orcutt,Laura K. Thompson Snippet view - 1987 |
Common terms and phrases
ability accumulation acid activity agricultural allelochemicals allelopathy amino acids amount associated attack availability carbon cause cell cell wall changes chemical competition complex compounds concentration crop cytoplasm decrease defense depends diversity Ecology ecosystems effects elements environment environmental enzymes example factors Figure function fungal fungi genes germination glucose grow growth halophytes herbivores higher host hyphae important increase indicate individual induced influence inhibition insect interactions involved ions Journal leaf leaves levels light limited mechanisms membrane metabolism metals mineral molecules mycorrhizal natural nitrogen nutrient occur organic parasite parasitic plants pathogens pathway phenolics photosynthesis physiology plants pollutants population potential Press processes production proteins reactions reduced regulation relationship relative release resistance resource response result root salinity salt seed soil solution species stress structure studies substances surface synthesis tissues tolerance toxic transport types uptake xylem York