The deep ocean absorbs vast amounts of heat and carbon dioxide, providing a critical buffer
to climate change but exposing vulnerable ecosystems to combined stresses of warming …

Submarine canyons are morphological incisions into continental margins that act as major
conduits of sediment from shallow-to deep-sea regions. However, the exact mechanisms …

Our understanding of bottom-currents and associated oceanographic processes (eg,
overflows, barotropic tidal currents) including intermittent processes (eg, vertical eddies …

This study examines how geochemical signals regarding the source and transformation in
suspended particles are transported in the marine portion of the sediment dispersal system …

A coupled ocean-wave model was used to investigate residence times of the water masses
on the Gulf of Lion shelf and their export routes during autumn 2010 and winter 2010–2011 …

During the last 30 years the deep Eastern Mediterranean Sea has been the focus of a
number of oceanographic studies funded either from the EU and/or from various national …

The present-day morphology of the Le Danois Bank region has been investigated based on
bathymetric and high to ultra-high resolution seismic reflection data. The involved bottom …

Here we investigate the sensitivity of deep-water formation in the north-western
Mediterranean Sea to climate variability during the last 2500 yr. With this purpose, the grain …

Cap de Creus Canyon (CCC) is known as a preferential conduit for particulate matter
leaving the Gulf of Lion continental shelf towards the slope and the basin, particularly in …

Abstract The Avilés Canyon in the central Cantabrian margin is one of the largest submarine
canyons in Europe, extending from the shelf edge at 130 m depth to 4765 m depth in the …