Tidal rivers are a vital and little studied nexus between physical oceanography and
hydrology. It is only in the last few decades that substantial research efforts have been …

In low-lying coastal areas, the co-occurrence of high sea level and precipitation resulting in
large runoff may cause compound flooding (CF). When the two hazards interact, the …

Coastal locations around the United States, particularly along the Atlantic coast, are
experiencing recurrent flooding at high tide. Continued sea-level rise (SLR) will exacerbate …

Volcanic eruptions shape Earth's surface and provide a window into deep Earth processes.
How the primary asthenospheric melts form, pond and ascend through the lithosphere is …

It is essential to understand the causes of sea level extremes in order to anticipate and
respond to coastal flooding (inundation), and to adapt to sea level rise. We investigate a …

Full comprehension of the dynamics of hazardous sea levels is indispensable for assessing
and managing coastal flood risk, especially under a changing climate. The 12 November …

A realistic numerical model is used to study the circulation and mixing of the Salish Sea, a
large, complex estuarine system on the United States and Canadian west coast. The Salish …

Many previous modelling studies have considered storm-tide and riverine flooding
independently, even though joint-probability analysis highlighted significant dependence …

Sea level variability increasingly contributes to coastal flooding and erosion as global sea
levels rise, partly due to the thermal expansion of seawater, which accelerates with …

Flooding is of particular concern in low-lying coastal zones that are prone to flooding
impacts from multiple drivers, such as oceanographic (storm surge and wave), fluvial …