Regulation of Atmospheric C02 and 02 by Photosynthetic Carbon MetabolismN. Edward Tolbert, Jack Preiss This volume is an essential addition to the libraries of researchers interested in the "greenhouse effect" and problems arising from increasing levels of atmospheric carbon dioxide. The work covers both the effects on plants and photosynthetic productivity and, alternatively, the role of plants in regulating the chemical balance of the atmosphere. Contributors evaluate recent research and review many aspects of photosynthetic carbon metabolism explored over the past 40 years. Topics include the geochemistry of the environment, photorespiration and respiration, concentrating processes, and other key issues. The book provides critical background material for researchers in a number of fields, including geochemistry, evolution and paleobotany, plant physiology and biochemistry, environmental science, and ecology. |
Contents
Overview by Editors | 3 |
Changes in Atmospheric CO2 Concentration and the Global Carbon Cycle | 37 |
Effect on Rates of CO2 Fixation in Marine | 55 |
Copyright | |
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Common terms and phrases
acid activity addition algae amount Antarctic assimilation atmospheric CO2 biochemical C4 plants carbon cycle carbon dioxide carbonic anhydrase cells changes Chlamydomonas chloroplast CO2 concentration CO2 fixation CO2 levels compensation point dark decrease depend determined ecosystems effect efficiency energy enzyme equilibrium estimates exchange experiments Figure flux fossil fuel function global glycolate green growth HCO3 higher important increase indicate inhibition inorganic isotopic leaf leaves less light limiting lower marine material measurements mechanism metabolism mitochondria natural observed occur ocean organisms oxidation oxygen ozone pathway peroxisomes photorespiration photorespiratory photosynthesis photosynthetic carbon phytoplankton Plant Physiol pool ppm CO2 processes production pump radiation ratio reactions reduced regulation relative release reservoir respiration response result role Rubisco sequence shown shows significant specific starch studies subunit sucrose surface synthesis Table temperature terrestrial Tolbert transport uptake values