Hydrological modeling has provided key insights into the mechanisms of land-use change
impacts on runoff. However, the uncertainty of this impact is poorly understood. This paper …

Flooding risk in cities has been recently exacerbated by increased urbanization and climate
change, often with catastrophic consequences in terms of casualties and economic losses …

Interactions between spatial and temporal variability of rainfall and catchment characteristics
strongly influence hydrological response. In urban areas, where runoff generation is fast due …

The role of rainfall space–time structure, as well as its complex interactions with land surface
properties, in flood response remains an open research issue. This study contributes to this …

Abstract Study region Oued Fez, Morocco. Study focus Urban catchments are
heterogeneous in terms of land use and have both natural and artificial drainage networks …

The lack and inefficiency of urban drainage systems, as well as extreme precipitation, can
lead to system overloading and, therefore, an urban pluvial flood. The study brings insights …

We investigated the depth–duration relationship of maximum rainfall over all of Germany
based on 16 years of radar-derived quantitative precipitation estimates (namely, RADKLIM …

The increase in the societal and economic impacts of flooding across the eastern United
States has brought attention to the potential link between long‐term increases in urban …

We studied how rainfall spatial distribution affects the relationship between rainfall
spatiotemporal resolution and runoff prediction accuracy under real field conditions. We …

In this research, a modeling approach of rainfall generator coupled with high resolution
rainfall products were proposed to generate designed rainfall events under multiple spatial …