A Novel Flood Forecasting Method Based on Initial State Variable Correction
AbstractThe influence of initial state variables on flood forecasting accuracy by using conceptual hydrological models is analyzed in this paper and a novel flood forecasting method based on correction of initial state variables is proposed. The new method is abbreviated as ISVC (Initial State Variable Correction). The ISVC takes the residual between the measured and forecasted flows during the initial period of the flood event as the objective function, and it uses a particle swarm optimization algorithm to correct the initial state variables, which are then used to drive the flood forecasting model. The historical flood events of 11 watersheds in south China are forecasted and verified, and important issues concerning the ISVC application are then discussed. The study results show that the ISVC is effective and applicable in flood forecasting tasks. It can significantly improve the flood forecasting accuracy in most cases. View Full-Text
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Li, K.; Kan, G.; Ding, L.; Dong, Q.; Liu, K.; Liang, L. A Novel Flood Forecasting Method Based on Initial State Variable Correction. Water 2018, 10, 12.
Li K, Kan G, Ding L, Dong Q, Liu K, Liang L. A Novel Flood Forecasting Method Based on Initial State Variable Correction. Water. 2018; 10(1):12.Chicago/Turabian Style
Li, Kuang; Kan, Guangyuan; Ding, Liuqian; Dong, Qianjin; Liu, Kexin; Liang, Lili. 2018. "A Novel Flood Forecasting Method Based on Initial State Variable Correction." Water 10, no. 1: 12.
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