Robin Rolland
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View article: Ocean Circulation Modulating the Nutricline at Regional and Fine scales: A Case Study in The Northwestern Mediterranean Sea
Ocean Circulation Modulating the Nutricline at Regional and Fine scales: A Case Study in The Northwestern Mediterranean Sea Open
In oligotrophic regions like the Mediterranean Sea, vertical nutrient distribution plays a key role in controlling primary production via upward fluxes. In spring 2023, the BioSWOT-Med campaign explored how fine-scale ocean dynamics modula…
View article: Near-inertial wave trapping inside a fine-scale anticyclonic eddy during the BioSWOT-Med 2023 cruise: turbulence and energy flux
Near-inertial wave trapping inside a fine-scale anticyclonic eddy during the BioSWOT-Med 2023 cruise: turbulence and energy flux Open
Near-inertial waves (NIWs) are an important source of turbulence for the ocean interior. Mesoscale anticyclonic eddies are known to facilitate their propagation at depth while trapping them. However, in-situ observations have so far focuse…
View article: Are we underestimating eddy-wave interactions in the Mediterranean Sea? Insights from the BioSWOT-Med 2023 cruise
Are we underestimating eddy-wave interactions in the Mediterranean Sea? Insights from the BioSWOT-Med 2023 cruise Open
The breaking of near-inertial wave (NIW) trapped in anticyclones after strong wind events is a well-known pathway for kinetic energy dissipation below the mixed layer in the ocean and one of the mechanisms by which the ocean responds to mo…
View article: Internal wave–eddy interactions, turbulence and mixing during the 2023 BioSWOT-MED cruise
Internal wave–eddy interactions, turbulence and mixing during the 2023 BioSWOT-MED cruise Open
The BioSWOT-MED cruise (https://doi.org/10.17600/18002392) was designed to study the bio-physical coupling in the region of the North Balearic Front in the Western Mediterranean Sea, an area of moderate fine scale energy level. The cruise …
View article: Complex 3-D oceanic velocities at SWOT scales exhibited during the spring 2023 BioSWOTMed cruise
Complex 3-D oceanic velocities at SWOT scales exhibited during the spring 2023 BioSWOTMed cruise Open
During the SWOT fast sampling phase in spring 2023, the BioSWOTMed cruise (https://doi.org/10.17600/18002392) sampled for four weeks a front located on both the western and eastern swaths of the 003 SWOT pass, about 100 km northeast of Men…
View article: Integrating SWOT with autonomous platforms: the case of the BioSWOT-Med biogeochemical front
Integrating SWOT with autonomous platforms: the case of the BioSWOT-Med biogeochemical front Open
The BioSWOT-Med cruise was carried out in the northwestern Mediterranean Sea during the fast-sampling phase of the satellite SWOT mission (fixed tracks were revisited every 24h), contributing to the international efforts of studying the oc…
View article: Adapting in situ sampling strategies to SWOT-scale studies: The BioSWOT-Med campaign example as part of the SWOTAdopt-a-Crossover Consortium
Adapting in situ sampling strategies to SWOT-scale studies: The BioSWOT-Med campaign example as part of the SWOTAdopt-a-Crossover Consortium Open
The SWOT satellite measures sea surface height at an unprecedented resolution about ten times better than conventional altimetry products. SWOT data offer a unique opportunity of observing very fine-scale (~few km) surface dynamics from sp…