The transitional coral ecosystem of Taiwan features tropical and temperate scleractinian
coral species and suboptimal environmental conditions. As the largest continental island in …

Deriving reliable estimates of design water levels and wave conditions resulting from
tropical cyclones is a challenging problem of high relevance for, among others, coastal and …

Climate change can affect different drivers of flooding in low-lying coastal areas of the world,
challenging the design and planning of communities and infrastructure. The concurrent …

Extreme tropical cyclones (TCs) present serious threat to Southeast Asian communities,
causing widespread loss of lives and property damages. This study investigates the …

A recurrent neural network model for predicting the trajectories and intensities of tropical
cyclones (TCs) in the northwestern Pacific Ocean basin is described in the present study. By …

An efficient numerical scheme is developed for coupled hydrodynamic and scalar transport
systems to guarantee the conservation and the positivity-preserving properties for water …

Estimates of current and future population exposure to both coastal and inland flooding do
not exist consistently in all Small Island Developing States (SIDS), despite these being some …

The maximum storm surges caused by Typhoon Jebi (2018) were examined using a storm
surge model and using track ensemble simulations based on a meteorological model and a …

Understanding and mitigating wave overtopping are crucial for hinterland safety, yet
research primarily focuses on designing coastal structures, with limited attention to structural …

Extreme sea level events, resulting from the confluence of tides and storm surges, pose a
significant threat to coastal populations and economies. The escalating risks associated with …