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Dynamic, Distributed Simulation of Watershed Erosion - the Kineros2 and Eurosem Models.

机译:流域侵蚀的动态,分布式模拟-Kineros2和Eurosem模型。

摘要

Two models, KINEROS2 and EUROSEM, that simulate hydrologic event erosion on small catchments as a distributed, dynamic convective transport process are described briefly. Each employs a numerical solution of the mass balance equation, and uses time distributed rainfall rates as input. The equations for convective transport of sediment are quite similar to the kinematic equation for hydrologic response of a surface or channel. The features of the models are outlined, and the areas where research is needed are indicated. An example of simulation of rainfall plot test data is shown, demonstrating the practical value of dealing with particle size distribution, and an example is given of the value of these models in developing improved slope length factors in lumped models.
机译:简要介绍了两种模型,即KINEROS2和EUROSEM,它们模拟了小流域的水文事件侵蚀,作为一个分布式的动态对流输运过程。每个模型都使用质量平衡方程的数值解,并使用时间分布降雨率作为输入。沉积物的对流输运方程非常类似于地表或河道的水文响应运动学方程。概述了模型的功能,并指出了需要研究的领域。给出了一个模拟降雨样例测试数据的例子,展示了处理粒径分布的实际价值,并给出了这些模型在集总模型中开发改进的边坡长度因子方面的价值的例子。

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