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Welcome to the Physical, Littoral and Coastal Oceanography Group collection

 

 

Improving our knowledge of the ocean state and its predictability requires a thorough description of the physical processes that are involved in ocean dynamics through a large continuum of scales.

Investigating these processes at different scales in the ocean and at its upper and lower boundaries is the main objective of the OPLC research team at the MIO laboratory. Documenting the interactions between scales is a major focus of the team because such interactions are generally poorly understood and, thus, neglected or empirically represented in ocean models.

The perspective of scale interactions dictates the activities of our team, the members of which have skills that cover a wide range of fields in the areas of physical modelling and experimentation. In the context of global change, the environmental and societal applications of the aforementioned fundamental research take a growing role in the activities of the team, with a specific transverse thematic approach now devoted to this research at the MIO laboratory.

Number of resources

265

 

Number of fulltexts

194

 

 

 

 

 

 

Latest submissions in HAL !

[hal-01629104] Regionalisation of the Mediterranean basin, a MERMEX synthesis

(5/6/21)  
Regionalisation aims at delimiting provinces within which physical conditions, chemical properties, and biological communities are reasonably homogeneous. This article proposes a synthesis of the many recent regionalisations of the open-sea regions of the Mediterranean Sea. The nine studies considered here defined regions based on different, and sometimes complementary, criteria: dynamics of surface chlorophyll concentration, ocean currents, three-dimensional hydrological and biogeochemical properties, or the distribution of organisms. Although they identified different numbers and patterns of homogeneous regions, their compilation in the epipelagic zone identifies nine consensus frontiers, eleven consensus regions with relatively homogeneous conditions, and four heterogeneous regions with highly dynamical conditions. The consensus frontiers and regions are in agreement with well-known hydrodynamical features of the Mediterranean Sea, which constrain the distribution of hydrological and ecological variables. The heterogeneous regions are rather defined by intense mesoscale activity. The synthesis proposed here could constitute a reference step for management actions and spatial planning, such as the application of the European Marine Strategy Framework Directive, and for future biogeochemical and ecological studies in the Mediterranean Sea.

[insu-03195572] Synergy between Low Earth Orbit (LEO)—MODIS and Geostationary Earth Orbit (GEO)—GOES Sensors for Sargassum Monitoring in the Atlantic Ocean

(4/14/21)  

[hal-02962520] Combining remote sensing and in situ observations to study the physical-biological coupling at fine scale: recent Mediterranean campaigns and outlook.

(4/15/21)  

 

Contact

Catherine Beaussier
Tél. (+33) 4 95 04 41 43
catherine.beaussier@osupytheas.fr

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