A dynamic allocation mechanism for formulating the allocation schemes of water resources

Abstract Scientific and effective water allocation schemes are crucial for managing resources. Traditional built on an annual basis fixed. However, because of the drastic spatio-temporal fluctuations in availability demand resources, fixed impracticable. This work proposed a dynamic mechanism that can divide into monthly scales dynamically correct to make them adapt above fluctuations. First, total quantity model, which focuses fairness efficiency, was developed allocate Secondly, combination weighting model using game theory stricter more executable. Thirdly, constructed schemes. The results indicate (1) coupling scheme with is line management requirements (2) compared static schemes, rolling correction reduce deviation between planned actual consumption by 10–20%. A resource resilient spatiotemporal changes supply