BioScience · 1984 · 159 citations · 33 references
Life SciencesBotanyPlant SciencesPhotosynthesisPlant EcophysiologyPlant PhysiologyC4 PhotosynthesisEnvironmental Responses Of PhotosynthesisPhotosynthesis BiochemistryPhotosynthetic Energy ConversionPhotosynthetic MetabolismPhotosynthetic PigmentsPhotosynthetic AdaptationsPhotosynthetic ControlPhotosynthetic Response To EnvironmentPhotosynthetic TraitsPrimary Photochemistry
Among higher plants, C3 species have high levels of photorespiration, which limit the rate of net carbon dioxide assimilation. C4 plants have evolved a mechanism that overcomes photorespiration. Some species have photorespiration levels intermediate to C3 and C4 species, as well as other intermediate anatomical, physiological, and biochemical characteristics. These C3-C4 intermediates provide excellent opportunities for studying how photorespiration is reduced, as well as the genetics and evolution of C4 photosynthesis.
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Biochemical Basis for Plant Competition
C. C. Black, T.M. Chen, R. H. Brown · Weed Science · 1969 · 241 citations
George M. Woodwell · Scientific American · 1978 · 184 citations
Natural Sciences, Environmental Sciences, Biogeochemistry +10