基于MATLAB的半干旱区(突尼斯中部Merguellil盆地)降雨径流模型中降雨变率识别

S. Chargui, Hana Gharbi, M. Slimani
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引用次数: 0

摘要

降雨径流模拟的一个普遍研究课题是事件时间序列的时空变异性评估。为考虑空间和时间分布,编写了MATLAB程序。我们的重点是突尼斯中部(Merguellil和Skhira盆地),那里的降雨量在过去十多年来因其高变动性而闻名。我们在基于地貌的传递函数上引入变异矩阵。根据Skhira盆地的实际数据,对所开发的程序的鲁棒性进行了检验。它的潜力在数据分析区域特别有趣,在这些区域,基于地貌的方法可以以一种有力和可调整的方式应用,并且在这些区域,对降雨空间和时间变化的计算非常灵活。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A MATLAB program for identifying the rainfall variability in rainfall-runoff modeling in Semi arid region (Merguellil basin: Central Tunisia)
A general research subject in rainfall runoff modeling is assessment of space time variability in event time series. A MATLAB program is developed for taking account of the space and time distribution. We focus on central Tunisia (Merguellil and Skhira basin), where rainfall is known by its high variability for over a decade. We introduce a variability matrix on a geomorphologybased transfer function. Robustness of the developed program is checked for some real events from the Skhira basin data. Its potential is especially interesting in datasparse regions where the geomorphologybased approach can be applied in a vigorous and adjustable way, and where the accounting of rainfall space and time variability is much supple.
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