Marine heatwaves (MHWs) are prolonged periods of exceptionally warm temperatures in the
ocean, which have forced profound transformations in marine biodiversity and socio …

The effects of tides on the Mediterranean Sea's general circulation, with a particular focus on
the horizontal and vertical currents, are investigated using twin simulations with and without …

Inversion models, in the context of oceanography, relate the observed ocean color to the
concentrations of the different biogeochemical components present in the water of the …

Processed and analyzed sea surface wave characteristics derived from an up-looking
acoustic Doppler current profiler (ADCP) for the period 2016–2022 are presented as a …

Abstract The Mediterranean Sea, despite its relatively low wave energy resources and high
water depths, presents a potential opportunity for wave energy conversion projects. This …

Abstract Biogeochemical-Argo (BGC-Argo) float profiles provide substantial information on
key vertical biogeochemical dynamics and have been successfully integrated in …

Two types of variability are discernible in the ocean: a response to the atmospheric forcing
and the so-called internal/intrinsic ocean variability, which is associated with internal …

Biogeochemical-Argo (BGC-Argo) float profiles provide substantial information for key
vertical biogeochemical dynamics and successfully integrated in biogeochemical models via …

Advancements in atmospheric data have the potential to improve the accuracy of ocean
modeling, as these models rely heavily on atmospheric parameters as key forcing inputs …

The Mediterranean Sea is a quasi-permanently stratified and oligotrophic basin with intense
latewinter and early-spring phytoplankton blooms typically limited to few regions (ie …