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A generic dynamic energy budget model for marine bivalves has been developed to describe energy flux during physiological processes. The model is based on the assumption that assimilated energy is incorporated into reserves from which it is utilised to meet the demands of maintenance, growth, development and reproduction. It includes feedback mechanisms in energy acquisition and allocation. The acquisition...
A dynamic energy budget model has been developed to simulate the growth of Pacific oyster Crassostrea gigas in response to varying environmental conditions. The model is designed to incorporate the effects of endogenous (core weight and storage) and exogenous (temperature, quantity and quality of food) factors and to be applicable to a variety of ecosystems. Two state variables (core weight and storage)...
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