Jamal Chioua
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Jamal Chioua Researcher in Physical Oceanography, INRH (National Institute of Fishery Research), Tan • Linking abundance and distribution of small pelagic fishes with satellite-derived oceanographic parameters (SST, CHL, Wind, …) • Coupled physical–biological modelling for future studies of population connectivity in Alboran Sea Main research lines in INRH PhD thesis: Submesoscale processes in Strait of Gibraltar and NW Alboran Sea (Supervisor: Dr. Miguel Bruno, University of Cadiz) 1- Internal waves in the Strait of Gibraltar and their role in the vertical mixing processes within the Bay of Algeciras 2- Atlantic Jet fluctuations and its influence on the exchange between Algeciras Bay and Strait of Gibraltar 3- The importance of submesoscale processes for the exchange of properties through the Strait of Gibraltar - Internal waves arrivals recorded in CTD and ADCP time- series along the submarine canyon - Step-like patterns in density profiles within the Bay, indicative of notable vertical mixing activity both, in neap and spring tide conditions - Mixing processes may be explained by the interaction between the local internal tide dynamics and the large amplitude internal waves entering the Bay - Across-strait transport processes, divergences and convergences in the central zone of the Strait of Gibraltar, and smallscale circulation patterns along the northern coastal margin (cyclonic eddies). - High-resolution (7 m) SST images acquired by air-borne hyper-spectral scanner, rhodamine-release experiments, moored and VM ADCP, … - Characteristics of water masses in Algeciras bay seems to be connected with the inclination of the jet in the eastern section of the Strait of Gibraltar - Tidal and subinertial variability - HF radar surface currents data, SST data, CTD profiles, …
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Jamal Chioua Researcher in Physical Oceanography , INRH ( National Institute of Fishery Research ), Tangier , Morocco. Main research lines in INRH. Linking abundance and distribution of small pelagic fishes with satellite-derived oceanographic parameters (SST, CHL, Wind , …) - PowerPoint PPT Presentation
Transcript of Jamal Chioua
Jamal ChiouaResearcher in Physical Oceanography, INRH (National Institute of Fishery Research), Tangier, Morocco
• Linking abundance and distribution of small pelagic fishes with satellite-derived oceanographic parameters (SST, CHL, Wind, …)• Coupled physical–biological modelling for future studies of population connectivity in Alboran Sea
Main research lines in INRH
PhD thesis: Submesoscale processes in Strait of Gibraltar and NW Alboran Sea (Supervisor: Dr. Miguel Bruno, University of Cadiz)
1- Internal waves in the Strait of Gibraltar and their role in the vertical mixing processes within the Bay of Algeciras
2- Atlantic Jet fluctuations and its influence on the exchange between Algeciras Bay and Strait of Gibraltar
3- The importance of submesoscale processes for the exchange of properties through the Strait of Gibraltar
- Internal waves arrivals recorded in CTD and ADCP time-series along the submarine canyon
- Step-like patterns in density profiles within the Bay, indicative of notable vertical mixing activity both, in neap and spring tide conditions
- Mixing processes may be explained by the interaction between the local internal tide dynamics and the large amplitude internal waves entering the Bay
- Across-strait transport processes, divergences and convergences in the central zone of the Strait of Gibraltar, and smallscale circulation patterns along the northern coastal margin (cyclonic eddies).
- High-resolution (7 m) SST images acquired by air-borne hyper-spectral scanner, rhodamine-release experiments, moored and VM ADCP, …
- Characteristics of water masses in Algeciras bay seems to be connected with the inclination of the jet in the eastern section of the Strait of Gibraltar
- Tidal and subinertial variability
- HF radar surface currents data, SST data, CTD profiles, …
