Landscape structure and use,climate, and water movement in the Mekong River basin   总被引：1，自引：0，他引：1  

Mariza C. Costa‐Cabral  Jeffrey E. Richey  Gopi Goteti  Dennis P. Lettenmaier  Christoph Feldkötter  Anond Snidvongs 《水文研究》2008,22(12):1731-1746

In this article the relative roles of precipitation and soil moisture in influencing runoff variability in the Mekong River basin are addressed. The factors controlling runoff generation are analysed in a calibrated macro‐scale hydrologic model, and it is demonstrated that, in addition to rainfall, simulated soil moisture plays a decisive role in establishing the timing and amount of generated runoff. Soil moisture is a variable with a long memory for antecedent hydrologic fluxes that is influenced by soil hydrologic parameters, topography, and land cover type. The influence of land cover on soil moisture implies significant hydrologic consequences for large‐scale deforestation and expansion of agricultural land. Copyright © 2007 John Wiley & Sons, Ltd.  相似文献