-
Abstract
The contribution of areal precipitation of the catchment from Cuntan to Yichang (Three Gorges area) to eight flood peaks of the Upper Yangtze River (the upper reaches of the Yangtze River) is diagnosed for 1998 flood season. A rainfall-runff model is employed to simulate runoffs of this catchment. Comparison of observed and simulated runoffs shows that the rainfall-runoff model has a good capability to simulate the runoff over a large-scale river and the results describe the eight flood peaks very well. Forecast results are closely associated with the sensitivity of the model to rainfall and the calibration processes . Other reasons leading to simulation errors are further discussed.
-
-
Citation
LIN Jian, Gabor BALINT, Balazs GAUZER. 2005: Runoff Simulation of Three Gorges Area in the Upper Yangtze River during 1998 Flood Season. Journal of Meteorological Research, 19(2): 241-252.
LIN Jian, Gabor BALINT, Balazs GAUZER. 2005: Runoff Simulation of Three Gorges Area in the Upper Yangtze River during 1998 Flood Season. Journal of Meteorological Research, 19(2): 241-252.
|
LIN Jian, Gabor BALINT, Balazs GAUZER. 2005: Runoff Simulation of Three Gorges Area in the Upper Yangtze River during 1998 Flood Season. Journal of Meteorological Research, 19(2): 241-252.
LIN Jian, Gabor BALINT, Balazs GAUZER. 2005: Runoff Simulation of Three Gorges Area in the Upper Yangtze River during 1998 Flood Season. Journal of Meteorological Research, 19(2): 241-252.
|
Export: BibTex EndNote
Article Metrics
Article views:
PDF downloads:
Cited by: