Hydrological modelling of the Saone basin sensitivity to the soil model

D. Thiéry, N. Amraoui
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引用次数: 6

Abstract

In the framework of the GEWEX / Rhone project, which aims at developing a regional model of the surface energy and water cycle in the Rhone basin, the flow of the Saone river basin (30000) km2 was modelled with the MARTHE model. The paper first describes the functionalities of MARTHE and then the modelling of the Saone basin with a 2 km grid at a daily time step over a 14 years (August 1981 to July 1995) using different surface hydrological models (soil models) : these soil models require from 3 to 91 parameters over the entire basin. A comparison of the results shows that the daily flows at the 52 gauging stations of the Saone are best modelled with the GR4 soil model using only 3 parameters. This advocates the gathering of additional data namely aquifer data and soil saturation in order to avoid over-parameterisation.

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索恩河流域水文模拟敏感性土壤模型
GEWEX / Rhone项目旨在开发罗纳河流域地表能量和水循环的区域模型,在该项目的框架内,使用MARTHE模型模拟了索恩河流域(30000平方公里)的流量。本文首先介绍了MARTHE的功能,然后利用不同的地表水文模型(土壤模型)对索恩流域进行了14年(1981年8月至1995年7月)的日步长2km网格建模,这些土壤模型需要整个流域的3到91个参数。结果表明,仅使用3个参数的GR4土壤模型对索恩河52个测量站日流量的模拟效果最好。这主张收集额外的数据,即含水层数据和土壤饱和度,以避免过度参数化。
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