Abstract: To predict runoff under different annual precipitation and reflect the impact of annual precipitation and its inner-annual distribution on the runoff process, the soil and water assessment tool (SWAT) model is combined ...

Abstract: To reveal the temporal variability of hydrological elements in the Daqing River Basin (TDRB), an index system with temporal variability indices of hydrological elements, namely jump variability, trend variability, and ...

Abstract: Reliable water shortage evaluation in irrigation districts is based on more accurate water supply and demand data series. The objective of this paper is to propose a stochastic simulation model to more accurately simulate ...

Abstract: Spatial variability of rainfall–runoff and rainstorm–flood relationships are very important to water planning and utilization. Taking the mountainous area of Daqing River basin as the studied area, this paper reveals the ...