For the delineated watershed, Rainfall satellite data (RFE) for year 2006 is used in grid format to assign References Getu, S. A. (2015). Assessment of Surface Water rainfall data to GSSHA model. Fromyear 2006 Rainfall Potential and Demands in Tekeze River Basin, images the model calculated accumulative rainfall Northern Ethiopia. Addis Ababa University: Addis depth with 800 mm. Based on gridded rainfall data, Ababa University. GSSHA model estimated the TK5 discharge by Initiative, N. B. (2008). Eastern Nile Trade 2,425,184,811.3 cubic meter, and peak flow was Program. 69.94 cubic meters per second and accrues at 18th In-Kyun Jung, J.-Y. P.-A.-S.-J. (2010). A grid-based August. rainfall-runoff model for flood simulation including Also one of the achieved goals by this research is paddy fields. Paddy Water Environ. assigning different values for different parameter Jain MK, K. U. (2004). A GIS distributed model. along study basin depending on cell characteristics. Paudel, M. (2010). An Examination of Distributed As cell changes in soil formation as the used Hydrologic Modeling Methods as Compared with parameters change. Traditional Lumped Parameter Approaches. (1998). Tekeze River Basin Master Plan.
For the delineated watershed, Rainfall satellite data (RFE) for year 2006 is used in grid format to assign rainfall data to GSSHA model. Fromyear 2006 Rainfall images the model calculated accumulative rainfall depth with 800 mm. Based on gridded rainfall data, GSSHA model estimated the TK5 discharge by 2,425,184,811.3 cubic meter, and peak flow was 69.94 cubic meters per second and accrues at 18th August. Also one of the achieved goals by this research is assigning different values for different parameter along study basin depending on cell characteristics. As cell changes in soil formation as the used parameters change. References Getu, S. A. (2015). Assessment of Surface Water Potential and Demands in Tekeze River Basin, Northern Ethiopia. Addis Ababa University: Addis Ababa University. Initiative, N. B. (2008). Eastern Nile Trade Program. In-Kyun Jung, J.-Y. P.-A.-S.-J. (2010). A grid-based rainfall-runoff model for flood simulation including paddy fields. Paddy Water Environ. Jain MK, K. U. (2004). A GIS distributed model. Paudel, M. (2010). An Examination of Distributed Hydrologic Modeling Methods as Compared with Traditional Lumped Parameter Approaches. (1998). Tekeze River Basin Master Plan.
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