| Titre de série : |
Agriculture Metéorogy |
| Titre : |
Plant responses to water deficits, water-use efficienty, and drought resistance |
| Type de document : |
texte imprimé |
| Auteurs : |
Hslao, T. C. ; Acevedo, E. |
| Année de publication : |
1974 |
| ISBN/ISSN/EAN : |
CI-03611 |
| Note générale : |
Yhis paper reviews some of the more recent findings on metabolic and physiological aspects of plant-water relations within the context of the topic of the symosium. Examined first are some of the physilogical bases for differences among species in water-use efficiency and drought resistance, with special attention given to Co2 assimilation and transpiration. this is followed by a summary of important known plant responses to water deficits, mainly at the cellular level, and with some emphasis placed on growth as the responses are also briefly discussed. the final section speculates on what several of aspects consisdered include leaf area development, dry mater accumulation, and the grouth of roots relative to that of leaves. |
| Langues : |
Anglais (eng) |
| Mots-clés : |
Secheresse Plante Agriculture Météorologie Physiologie Besoin en eau des plantes Lichens Metabolisme Transpiration |
| Index. décimale : |
575 Les différents systèmes physiologiques des plantes |
| Résumé : |
Yhis paper reviews some of the more recent findings on metabolic and physiological aspects of plant-water relations within the context of the topic of the symosium. Examined first are some of the physilogical bases for differences among species in water-use efficiency and drought resistance, with special attention given to Co2 assimilation and transpiration. this is followed by a summary of important known plant responses to water deficits, mainly at the cellular level, and with some emphasis placed on growth as the responses are also briefly discussed. the final section speculates on what several of aspects consisdered include leaf area development, dry mater accumulation, and the grouth of roots relative to that of leaves. |
| Note de contenu : |
Yhis paper reviews some of the more recent findings on metabolic and physiological aspects of plant-water relations within the context of the topic of the symosium. Examined first are some of the physilogical bases for differences among species in water-use efficiency and drought resistance, with special attention given to Co2 assimilation and transpiration. this is followed by a summary of important known plant responses to water deficits, mainly at the cellular level, and with some emphasis placed on growth as the responses are also briefly discussed. the final section speculates on what several of aspects consisdered include leaf area development, dry mater accumulation, and the grouth of roots relative to that of leaves. |
Agriculture Metéorogy. Plant responses to water deficits, water-use efficienty, and drought resistance [texte imprimé] / Hslao, T. C. ; Acevedo, E. . - 1974. ISSN : CI-03611 Yhis paper reviews some of the more recent findings on metabolic and physiological aspects of plant-water relations within the context of the topic of the symosium. Examined first are some of the physilogical bases for differences among species in water-use efficiency and drought resistance, with special attention given to Co2 assimilation and transpiration. this is followed by a summary of important known plant responses to water deficits, mainly at the cellular level, and with some emphasis placed on growth as the responses are also briefly discussed. the final section speculates on what several of aspects consisdered include leaf area development, dry mater accumulation, and the grouth of roots relative to that of leaves. Langues : Anglais ( eng)
| Mots-clés : |
Secheresse Plante Agriculture Météorologie Physiologie Besoin en eau des plantes Lichens Metabolisme Transpiration |
| Index. décimale : |
575 Les différents systèmes physiologiques des plantes |
| Résumé : |
Yhis paper reviews some of the more recent findings on metabolic and physiological aspects of plant-water relations within the context of the topic of the symosium. Examined first are some of the physilogical bases for differences among species in water-use efficiency and drought resistance, with special attention given to Co2 assimilation and transpiration. this is followed by a summary of important known plant responses to water deficits, mainly at the cellular level, and with some emphasis placed on growth as the responses are also briefly discussed. the final section speculates on what several of aspects consisdered include leaf area development, dry mater accumulation, and the grouth of roots relative to that of leaves. |
| Note de contenu : |
Yhis paper reviews some of the more recent findings on metabolic and physiological aspects of plant-water relations within the context of the topic of the symosium. Examined first are some of the physilogical bases for differences among species in water-use efficiency and drought resistance, with special attention given to Co2 assimilation and transpiration. this is followed by a summary of important known plant responses to water deficits, mainly at the cellular level, and with some emphasis placed on growth as the responses are also briefly discussed. the final section speculates on what several of aspects consisdered include leaf area development, dry mater accumulation, and the grouth of roots relative to that of leaves. |
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