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 …

This study presents a new method, the MYRIAD-Hazard Event Sets Algorithm (MYRIAD-
HESA), that compiles historically-based multi-hazard event sets. MYRIAD-HESA is a fully …

Assessing the vulnerability of coastal systems to storms often rely on an accurate modelling
of extreme events and the identification of their impacts that depend on their physical …

Storm surges are the most important driver of flooding in many coastal areas. Understanding
the spatial extent of storm surge events has important financial and practical implications for …

We model the long-duration storm surges generated by October-November 2023 storm
chain in the English Channel employing a hybrid method including numerical modelling …

Storm surges events are investigated using the ECHAR method, which identifies and
quantifies the different dynamical structures of a typical storm surge event. In the North …

Storm surges caused by tropical cyclones (TCs) have long ranked first among all types of
marine disasters in casualties and economic losses, and can lead to further regional …

Quantifying and attributing the tendency of flood events to demonstrate clustering in time
and space is crucial for flood risk assessments. We analyse the temporal (TC) and spatial …

The extraction of individual events from continuous time series is a common challenge in
many extreme value studies. In the field of environmental science, various methods and …

This study presents a new method, the MYRIAD–Hazard Event Sets Algorithm (MYRIAD-
HESA), that generates historically-based multi-hazard event sets. MYRIAD-HESA is a fully …