The cooccurrence of coastal and riverine flooding leads to compound events with
substantial impacts on people and property in low‐lying coastal areas. Climate change …

Compound flooding, where the combination or successive occurrence of two or more flood
drivers leads to an extreme impact, can greatly exacerbate the adverse consequences …

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 flood (CF) modeling enables the simulation of nonlinear water level dynamics in
which concurrent or successive flood drivers synergize, producing larger impacts than those …

Low‐gradient coastal watersheds are susceptible to flooding caused by various flows such
as rainfall‐runoff, astronomical tides, storm surges, and riverine flows. Compound flooding …

Currently, more than half of the world's population lives within 100 km of a coastline, and this
number is expected to grow dramatically during the 21st century. Future development will be …

Natural hazards like floods and droughts result from the complex interplay of multiple
physical processes across various spatial and temporal scales. Traditional univariate …

Hazard magnitude scales are widely adopted to facilitate communication regarding hazard
events and the corresponding decision making for emergency management. A hazard …

Multi-mechanism flood (MMF) events are caused by the combined effects of more than one
flooding mechanism. Although floods can result from the occurrence of individual flood …

Multi-mechanism floods (MMFs) are flood events caused by the simultaneous occurrence of
multiple flood mechanisms such as storm surge, precipitation, waves, and tides. The term …