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Photosynthetic Yield Model and the Response to Environmental Factors for five Mangrove Species

机译:5种红树林植物的光合产量模型及对环境因子的响应

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A photosynthetic yield model at leaf level was constructed with the response of photosynthesis of mangroves to environmental factors as a main clue. Using five mangrove species, Bruguiera gymnorriza, Avicennia marina, Aegiceras corniculata, Kandelia candel and Excoecaria agallocha as the test materials, the characteristics and rationality of the response of photosynthesis to environmental factors, including solar radiation, temperature and concentration of CO2, were investigated with the model. Analysis of the physiological data of leaves of these five species measured throughout the growing seasons indicated a good performance of our model in the simulation of the photosynthetic rates of mangrove plants. In addition, the quantitative relations between the leaf photosynthetic yield of the five mangrove species and environmental factors were disclosed according to the model.
机译:以红树林的光合作用对环境因子的响应为主要线索,建立了叶片水平的光合产量模型。以五种红树林物种布鲁氏裸藻,Avicennia marina,Aegiceras corniculata,Kandelia candel和Excoecaria agallocha作为测试材料,研究了光合作用对环境因素的响应的特征和合理性,包括太阳辐射,温度和CO2浓度。该模型。在整个生长季节对这五个物种的叶片生理数据进行的分析表明,我们的模型在模拟红树林植物光合速率方面具有良好的性能。此外,该模型还揭示了五种红树林叶片光合产量与环境因子之间的定量关系。

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