Models have been used by man for thousands of years to control his environment in a
favorable way to better human living conditions. The use of hydrologic models has been a …

Predicting soil erosion potential is important in watershed management. A rapidly growing
Iranian population and climate change are expected to influence land use and soil …

The increasing sediment yield in the watershed is caused by natural and human activities,
which significantly shifts the hydro-meteorological in the watershed. The Modified Universal …

This study evaluated the best management practices on how to manage soil losses from
catchment and reduce sediment load into a dam reservoir. This study aimed to evaluate the …

Predicting soil erosion by water is an essential natural resource management activity. The
Water Erosion Prediction Project (WEPP) model is a process-based continuous simulation …

This study was undertaken to evaluate land use change impact and management scenarios
on annual average surface runoff (SR) and sediment yield (SY) using the GeoWEPP tool in …

The number of studies using prediction models on measuring soil loss and/or sediment yield
has been continuously increasing since these models are considered timely and cost …

Accurately predicting long-term, process-based runoff and sediment yields measured at the
outlet of even small watersheds can be challenging. The assessments following careful …

Bompon watershed is located in the Quaternary Volcano (Mt. Sumbing) and tertiary (Mt.
Menoreh) transition zones. The implication is that the soil material is well developed with …

Soil or sediment redistribution prediction along hillslopes and within small watersheds is
considered to be a great challenge for the application of watershed erosion models in …