River plumes are generated by the flow of buoyant river water into the coastal ocean, where
they significantly influence water properties and circulation. They comprise dynamically …

The challenges of supplying accurate tide corrections for satellite altimetry in shelf and near-
coastal environments are reviewed. Relative to the deep ocean, tides in shallow water are …

In this exciting and innovative textbook, two leading oceanographers bring together the
fundamental physics and biology of the coastal ocean in a quantitative but accessible way …

The distinctive feature of all ROFI (Regions Of Freshwater Influence) systems is the input of
significant amounts of buoyancy as freshwater from river sources. If the spatial scale is …

Understanding secular tidal variability is fundamental for many practical purposes such as
navigation, coastal engineering and flood warning. Observational tidal evolution is primarily …

A physical–biological 1D numerical model, forced by tidal currents and observed
meteorology, has been used to simulate the inter-annual changes in the timing of spring …

Ocean tides are changing on secular and seasonal time scales with much larger
magnitudes than we would expect from changes in the gravitational forcing. In order to …

Shelf seas comprise approximately 7% of the world's oceans and host enormous economic
activity. Development of energy installations (eg Offshore Wind Farms (OWFs), tidal turbines) …

This paper presents a study on the tidal‐fluvial interaction in the highly regulated
Guadalquivir River Estuary (SW Spain), which is occasionally subjected to high discharge …

Underway current velocity profiles were combined with temperature and salinity profiles at
fixed stations to describe tidal and subtidal flow patterns in the middle of the northernmost …