Ecophysiology of Vascular HalophytesCRC Press, 23 авг. 1991 г. - Всего страниц: 221 Ecophysiology of Vascular Halophytes provides a useful update to existing literature describing the ecophysiological responses of vascular halophytes to environmental stresses present in saline habitats. The success of species growing in these extreme environments is related to a number of adaptations, including the timing of phenological events, phenotypic plasticity and genetic selection for specific ecophysiological responses at different stages of development. Factors discussed that influence the growth and distribution of halophytes include seed germination, salinity stress, salt stimulation, flooding, ion content, nitrogen, plant water status, growth regulators, photosynthesis, and genecology. The book also discusses the effects of both interspecific and intraspecific competition on the growth and survival of halophytes. Researchers and students of stress ecology, as well as agricultural research organizations, will find a tremendous store of information in this volume. |
Содержание
Significance of Saline Habitats | 1 |
Chapter | 5 |
Chapter | 9 |
Osmotic Effects | 18 |
VII | 26 |
Cytokinins 91 | 28 |
X | 38 |
Chapter 3 | 49 |
Chapter 5 | 95 |
Conclusions | 104 |
Ionic Content of Plants in Response to Salinity | 120 |
Conclusions | 134 |
Conclusions | 151 |
169 | |
Conclusions | 182 |
Competition | 185 |
Phenology | 65 |
Chapter 4 | 73 |
III | 79 |
Auxin and Ethylene | 90 |
Conclusions | 198 |
204 | |
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Часто встречающиеся слова и выражения
aeration APR MAY JUN Armeria maritima Aster tripolium Atriplex triangularis biomass biomass production biomass yields Cl content CO₂ coastal concentrations concluded controls cytokinin decreased determined Distichlis spicata dormancy dry mass production dry weight Ecology effect of salinity exposed factors fertilization g/m² germination responses glycophytes growing season growth habitats halophytes high salinity higher increased indicated inhibited inhibitory inland investigated ionic content JUN JUL AUG Juncus leaf Limonium mg/plant mS/cm NaCl treatment nitrogen nonsaline nutrient Oecol Oecologia osmotic potential patens photosynthesis Plant Physiol Plantago maritima populations Puccinellia ranged reduced roots rubra Salicornia europaea Salicornia virginica saline habitats salinity levels salt marsh salt stress salt tolerance salt treatments seawater seed bank seed germination seedlings shoots significantly soil salinity soil water potentials Spartina alterniflora Spartina foliosa Spergularia Spergularia marina stimulated stomatal Suaeda maritima succulent sulfide Table tidal tissue total salts transplants Ungar uptake water potentials waterlogging zone µM/g