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We suggests that temperature response of plant productivity can be modeled by the Arrhenius function modified to describe the effect of temperature on enzyme activity: G A (T)=2f(T)/(1+f 2 (T)), where f(T)=exp(E a /RT opt −E a /RT), R the universal gas constant, E a the activation energy and T opt is the optimal temperature. In common with other...
A detailed system analysis of the transfer rates and budget of inorganic carbon in a simulated aquatic system was conducted. We used the compartmental model of biogeochemical cycling and a mathematical model designed to calculate transfer rates through various processes. The major processes that account for the change in inorganic carbon in the system are: photosynthesis, respiration and decomposition...
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