Authors
Tammo S Steenhuis, Amy S Collick, Zachary M Easton, Elias S Leggesse, Haimonote K Bayabil, Eric D White, Seleshi B Awulachew, Enyew Adgo, Abdassalam Abdalla Ahmed
Publication date
2009/12/30
Journal
Hydrological Processes: An International Journal
Volume
23
Issue
26
Pages
3728-3737
Publisher
John Wiley & Sons, Ltd.
Description
Models accurately representing the underlying hydrological processes and sediment dynamics in the Nile Basin are necessary for optimum use of water resources. Previous research in the Abay (Blue Nile) has indicated that direct runoff is generated either from saturated areas at the lower portions of the hillslopes or from areas of exposed bedrock. Thus, models that are based on infiltration excess processes are not appropriate. Furthermore, many of these same models are developed for temperate climates and might not be suitable for monsoonal climates with distinct dry periods in the Nile Basin. The objective of this study is to develop simple hydrology and erosion models using saturation excess runoff principles and interflow processes appropriate for a monsoonal climate and a mountainous landscape. We developed a hydrology model using a water balance approach by dividing the landscape into variable …
Total citations
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Scholar articles
TS Steenhuis, AS Collick, ZM Easton, ES Leggesse… - Hydrological Processes: An International Journal, 2009