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The Baltic Sea and Lake Baikal underwater bio-optical fields simulation using ecodynamical model

机译:利用生态动力学模型模拟波罗的海和贝加尔湖水下生物光学场

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摘要

The variability of the optical components concentration in water column has been simulated for coastal sea and deep lake basing on the ecosystem dynamic modeling concepts. Phytoplankton, zooplankton and bacterioplankton are included in the model as biological variables. The simulation of underwater optical field takes into account the impact of pure water, chlorophyll pigments absorption, optical features of the `yellow substance' associated with dissolved organic matter and two fractions of the suspended matter. The model developed have been applied to simulate the spring bloom in the Gulf of Gdansk (Southern Baltic) along the transect and to describe annual ecosystem cycle in water column in Lake Baikal.
机译:基于生态系统动态建模概念,对沿海海域和深湖中水柱中光学成分浓度的变化进行了模拟。浮游植物,浮游动物和浮游细菌作为生物学变量被包括在模型中。水下光场的模拟考虑了纯水,叶绿素色素吸收,与溶解有机物有关的“黄色物质”的光学特征以及两部分悬浮物的影响。所开发的模型已被用于模拟格但斯克湾(波罗的海南部)沿断面的春季开花,并描述了贝加尔湖水柱中的年度生态系统循环。

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