Titlebook: Effects of Stress on Photosynthesis; Proceedings of a con R. Marcelle,H. Clijsters,M. Poucke Conference proceedings 1983 Martinus Nijhoff /

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Advances in Agricultural Biotechnologyhttp://image.papertrans.cn/e/image/302875.jpg

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https://doi.org/10.1007/978-94-009-6813-4Chloroplast; metabolism; photosynthesis; physiology; regulation

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https://doi.org/10.1007/978-3-658-21994-9rature, water, nutrients and carbon dioxide. None of these factors affect photosynthesis uniquely, so that the stress response which we observe in a whole plant is usually an integral of effects on many of the facets of metabolism, of which photosynthesis is just one. It is also evident that over a

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https://doi.org/10.1007/978-3-658-26329-4h the stomata close at the same time. The chloroplasts show no structural degradation but the thylakoid lamellae are thinner than in leaves having high water potentials. The activity of chloroplast coupling factor, a subunit of these membranes, is inhibited when the protein is prepared from leaves h

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Datenvorbehandlung und Signalwertanalyse,ue to the multiple effects of water stress which inhibits several fundamental processes at different levels of tissue water potential. A less ambiguous evaluation is possible for mechanisms involved in the resistance of single processes, as for instance photosynthesis. In this paper, attention is co

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Lineare Strukturgleichungsmodelle,y was measured under osmotic stress and compared with chloroplast and cell volumes. There was a direct relation between the reduction of the osmotic chloroplast or cell volumes and the inhibition of photosynthesis which was similar in the different plant species, irrespective of the highly different

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https://doi.org/10.1007/978-3-531-92042-9s on the growth of a spring barley crop in the field. The effects of stress treatment and other environmental factors on the parameter values in fitted photosynthesis models are evaluated. The quantum efficiency of leaves declined at temperatures above 25°C; mesophyll conductance decreased with leaf

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Walter Krämer,Olaf Schoffer,Lars Tschierschestigated. All components of the photosynthetic system were affected, with the maximum photosynthetic rate at non-limiting CO. declining to 67% of the control at −1.7 MPa and to 25% at −2.7 MPa. The corresponding values of stomatal conductance were, respectively, 48% and 12% of controls, and of meso