The WRF model is nowadays the most widely applied mesoscale numerical weather
prediction model. Its land-surface hydrological modeling module, WRF-Hydro, which is …

The rainfall patterns play an important role in determining the response of Suspended
Sediment (SS) and Total Phosphorus (TP) to influence factors, which is complex and needs …

Abstract Mesoscale Numerical Weather Prediction systems can provide rainfall products at
high resolutions in space and time, playing an increasingly more important role in water …

Understanding and quantifying sediment loads is important in watersheds with highly
erodible materials, which will eventually cause environmental and ecological problems …

Precipitation data are useful for the management of water resources as well as flood and
drought events. However, precipitation monitoring is sparse and often unreliable in regions …

The Weather Research and Forecasting (WRF) model is used in this study to simulate six
storm events in two semi-humid catchments of northern China. The six storm events are …

Multivariate statistics are commonly used to identify the factors that control the dynamics of
runoff or sediment yields during hydrological processes. However, one issue with the use of …

The behavior of hydrological processes is periodic and stochastic due to the influence of
climatic factors. Therefore, it is crucial to develop the models based on their periodicity and …

Abstract The Weather Research and Forecasting (WRF) model can provide high-resolution
rainfall and is important for flood management and prevention. In order to evaluate the …

Sustainable management of precious groundwater resources is vital to growth, especially in
arid areas which they heavily depend on. In this study, monthly groundwater level time …