The Physiology of Plants Under StressWiley, 1987 M11 6 - 206 páginas As human activities multiply stressful conditions and as agriculture is forced into increasingly inhospitable areas, the need to understand the physiology of plants under stress has become more acute. This book discusses the full range of environmental stresses, including those of drought, temperature, nutrient, salt, irradiation, and allelochemical, and explores plant responses to each. |
Contenido
TERMINOLOGY | 1 |
DROUGHT RESISTANCE | 3 |
TEMPERATURE STRESS | 45 |
Derechos de autor | |
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Otras ediciones - Ver todas
Physiology of Plants Under Stress: Soil and Biotic Factors David M. Orcutt,Erik T. Nilsen Vista previa limitada - 2000 |
The Physiology of Plants Under Stress: Soil and biotic factors Erik T. Nilsen Vista de fragmentos - 1996 |
The Physiology of Plants Under Stress Maynard G. Hale,David M. Orcutt Sin vista previa disponible - 1987 |
Términos y frases comunes
abscisic acid abscission absorption acclimation activity allelochemicals allelopathy altered amino acids Annu bean bilayer brane C3 plants Ca2+ carbon cause cells changes chemical chlorophyll chloroplasts compounds crop plants Cytokinin decrease deficiency dehydration disease drought drought stress effects environment environmental enzymes ethylene factors fatty acyl groups freezing function halophytes High Temperature hormones hypocotyl inhibition inhibitors injury interactions involved ions leaf leaves levels light intensities lipid mechanisms membrane fluidity metabolism molecules nitrogen nutrient occur organic osmotic potential permeability phospholipids photosynthesis physiological phytochrome phytohormone plant growth regulators Plant Physiol plant tissues processes production proteins proton radiation reactions reduced release resistance responses result role root salinity salt stress shade plants shoots soil solution species sterols stomatal substances surface symptoms synthesis Temperature Stress tion tolerance tomato toxic translocation transpiration transport turgor unsaturation uptake water deficits water potential water stress wheat xylem York