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A Distributed Time - variant Gain Model Applied to the Yellow River

机译:黄河分布式时变增益模型。

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摘要

A Distributed Time - Variant Gain Model (DTVGM) was developed to analyze the impact of climate changes and human activities on the flow regimes in the Yellow River. The large - scale DTVGM was a monthly water balance model, consisted of many modules: (a) natural runoff generation module based on the concept of TVGM, a nonlinear system approach; (b) evapotranspiration estimation module related to land use types; (c) water loss module due to the Water- Soil Conservation Projects (WSCPs); (d) water use module due to human activities; (e) reservoir regulation module.
机译:建立了分布式时变增益模型(DTVGM),以分析气候变化和人类活动对黄河水流态势的影响。大型DTVGM是每月的水量平衡模型,由许多模块组成:(a)基于TVGM概念的自然径流生成模块,非线性系统方法; (b)与土地利用类型有关的蒸散量估算模块; (c)由于水土保持项目(WSCP)而造成的失水模块; (d)由于人类活动造成的用水模块; (e)水库调节模块。

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