Land use and land cover changes, population growth, urban sprawl and climate change are
expected to augment the pressure on natural environment and on existing infrastructure. As …

Climate change is perceived to be the main reason in affecting global rainfall patterns. The
estimation of rainfall extremes based on historical data, hence, might undervalue the risk …

Estimating the main hydrodynamic features of real vegetated water bodies is crucial to
assure a balance between their hydraulic conveyance and environmental quality. Riparian …

The paper presents a new hourly high-resolution (ie, at 0.02°,≃ 2.2 km) precipitation dataset,
labelled as ERA5@ 2km, obtained by dynamically downscaling ERA5 reanalysis at …

Urbanization and climate change effects on precipitation are the leading cause of flood risk
increase in urban settlements. Sustainable Drainage Systems (SuDS) are effective …

Flooding is one of the most challenging weather-induced risks in urban areas. However, in a
climate change perspective, significant gaps can still be observed in literature addressing …

Changing climate has altered the trends and variability of precipitation and temperature
globally and thereby increasing the risk of natural and social disasters, especially in coastal …

There is an ongoing debate in the climate community about the benefits of convection-
permitting models that explicitly resolve convection and other thermodynamical processes …

Abstract Study region The Huaihe River Basin is located in China's north-south climate
transition belt, where massive droughts occurred in history. Study focus To comprehensively …

Understanding and modelling pluvial flood patterns is pivotal for the estimation of flood
impacts in urban areas, especially in a climate change perspective. However, urban flood …