The Canary Current upwelling ecosystem (CanC) constitutes one of the four main eastern
boundary upwelling ecosystems (EBUEs) of the world, thus hosting high productivity and …

Basin wide modeling studies have revealed a clear asymmetry of the biogeochemistry
across the subtropical North Atlantic gyre, mainly relating to the magnitude and processes of …

A new methodology to derive an SST-based upwelling index was based on a rigorous
spatial analysis of satellite SST fields and their variability, by referring to previous works …

Offshore wind power generation structures are scheduled for development in the Canary
Islands, potentially resulting in spatial overlap with various maritime activities, particularly …

Ocean acidification, the change in seawater carbonate chemistry due to the uptake of
anthropogenic CO2, affects the physiology of marine organisms in multiple ways. Diverse …

We report, from remote sensing and in situ observations, a new type of permanent structure
in the eastern subtropical Atlantic Ocean, that we call the “Canary Eddy Corridor”. The …

Multiphase pumps for offshore plants must perform at high pressure because they are
installed on deep-sea floors to pressurize and transfer crude oil in oil wells. As the power for …

Abstract The Canary/Iberia region (CIR), part of the Canary Current Upwelling System, is
well-known for its coastal productivity and crucial role in enriching the oligotrophic open …

The rising of cold water from deeper levels characterizes coastal upwelling systems. This
flow makes nutrients available in the euphotic layer, which enhances phytoplankton …

The shallow submarine eruption which took place in October 10th 2011, 1.8 km south of the
island of El Hierro (Canary Islands) allowed the study of the abrupt changes in the physical …