The classic export coefficient model has been questioned due to its fixed coefficient,
especially for those large-scale watersheds where great temporal-spatial heterogeneity …

This study investigated the similarity of the catchments with the k-means clustering method
by using the hydrological response unit (HRU) images of 33 catchments located in the …

By considering the integrity of microcosmic and comprehensive geomorphological features,
this article intends to develop a quantitative method for regional risk assessment of debris …

Flowpaths are significantly affected by land use change and engineered elements across
urban catchments. Conventional GIS-based tools for extracting drainage networks were not …

Distributed hydrological models are useful tools for process understanding and water
management, especially in peri-urban catchments where the landscape heterogeneity is …

Glacierised river catchments have been shown to be highly sensitive to climate change,
while large populations depend on the water resources originating from them. Hydrological …

The characteristics of a landscape pose essential factors for hydrological processes.
Therefore, an adequate representation of the landscape of a catchment in hydrological …

Rainfall intensity and land use changes and from natural vegetation to cultivated fields both
impact on river streamflows and sediment dynamics. Assessing the magnitude of these flow …

A tool called WetSpa-Urban was developed to respond to the need for precise runoff
estimations in an increasingly urbanized world. WetSpa-Urban links the catchment model …

Previous studies have examined in-depth the dispersion mechanisms in natural catchments.
In contrast, these dispersion mechanisms have been studied little in urban catchments …