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A New Coastal Marine Ecosystem Model Study Coupled with Hydrolyanmics and Tidal Flat Ecosystem Effect

机译:结合氢溴酸和潮滩生态系统效应的新型沿海海洋生态系统模型研究

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摘要

A new coastal marine ecosystem model was developed, which was composed of pelagic and benthic ecosystems, and was applied to Mikawa Bay, Japan. This model deals with variations of biochemical and physical interactions among dissolved oxygen and C-N-P species (composition formed out of carbon, nitrogen and phosphorus elements) so that it resolves the flux dynamics of carbon, nitrogen, phosphorus and oxygen elements. The physical and bio- chemical mechanism figured in this model is constructed for the purpose of simulating the estuarine lower trophic ecosystem, in areas where the sea was too deep for light to reach the sea-bottom.
机译:建立了由中上层和底栖生态系统组成的新型沿海海洋生态系统模型,并将其应用于日本三河湾。该模型处理溶解氧和C-N-P物种(由碳,氮和磷元素组成的组合物)之间的生化和物理相互作用的变化,从而解决碳,氮,磷和氧元素的通量动力学问题。该模型中显示的物理和生化机制是为了模拟河口下部营养生态系统而设计的,该区域的海洋太深,光线不足以到达海底。

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