Global sea level provides an important indicator of the state of the warming climate, but
changes in regional sea level are most relevant for coastal communities around the world …

The fact that ocean currents must flow parallel to the coast leads to the dynamics of coastal
sea level being quite different from the dynamics in the open ocean. The coastal influence of …

The vertical coordinates (VC) are one of the most important set of configuration options of an
ocean model. Optimisation is, however, a non-trivial exercise. We compare nine …

Future sea level rise and changes in extreme weather will increase the frequency of flooding
and intensify the risks for the millions of people living in low‐lying coastal areas. Concerns …

The contributions of local and remote forcings to the interannual sea level anomalies (SLAs)
along the US East Coast (USEC) during the satellite altimetry era from 1993 to 2019 are …

Abstract Analysis of 40 years of tide gauge data and reanalysis wind stresses from the
Middle Atlantic Bight (MAB) indicate that along‐shelf wind stresses are a dominant driver of …

This study investigates the propagation of coastal trapped waves (CTWs) along the Brazilian
continental shelf between 34° S and 11° S using in situ data combined with the outputs from …

This study aims to reconstruct sea level at the coast by quantifying relative contributions of
local wind forcing and the penetrated open‐ocean signals, and thus to build a dynamical …

Sea level variations in the coastal zone can differ significantly from those in the open ocean
and can be highly spatiotemporally coherent in the alongshore direction. Yet, where and …

Variability in ocean currents, temperature and salinity drive dynamic sea level (DSL)
variability on the Northwest European Shelf (NWES). It is dominated by mass variations, with …