In the context of climate change and urbanization, flood becomes one of the most important
threats to human life, health, and property. Coastal areas gathering large numbers of …

Coastal regions, increasingly threatened by floods due to climate-change-driven extreme
weather, lack a comprehensive study that integrates coastal and riverine flood dynamics. In …

Typhoons and rainstorms (rainfall> 250 mm day− 1) are extreme weather events that
seriously impact coastal oceanography and biogeochemical cycles. However, changes in …

Flood severity in cities along the Yangtze River is vulnerable to multiple influencing factors,
such as intense rainfall, higher river water level, and pump operation. This study evaluates …

Flood disasters in coastal cities are generally caused by the combined effect of typhoon
rainfall, storm surge and other factors. Coastal cities will face more severe compound …

The increase in storm surge events caused by climate change exacerbates adverse effects
on seawater inundation in coastal areas. An accurate description of the water level curve is …

Many coastal cities face the risk of compound floods induced by multiple factors such as
storm surge and rainfall. Flood risk assessment helps mitigate and manage flood disasters …

Compound flood hazard assessment (CFHA) and modeling are prone to various sources of
uncertainty including model structure, model parameters, input/forcing data, and those …

Compound flooding caused by high rainfalls and tides may salinize the soil, deteriorate the
water quality, and damage the ecosystems in coastal areas. Traditionally, compound flood …

The increase in storm surge and compound flood events caused by climate change
exacerbates adverse effects on the estuaries. The ADCIRC+ SWAN coupled model was …