La Loire, de la Maine à la mer

Observations et suivis environnementaux

Webcam : l’estuaire en direct

Débit de la Loire : 292 m/s source : https://www.vigicrues.gouv.fr/
Coefficients des marées : 70 (PM 4h38) / 70 (PM 16h52) source : https://www.shom.fr/
SHELLFISH AQUACULTURE FROM SPACE: POTENTIAL OF SENTINEL2 TO MONITOR TIDE-DRIVEN CHANGES IN TURBIDITY, CHLOROPHYLL CONCENTRATION AND OYSTER PHYSIOLOGICAL RESPONSE AT THE SCALE OF AN OYSTER FARM

Centre documentaire

SHELLFISH AQUACULTURE FROM SPACE: POTENTIAL OF SENTINEL2 TO MONITOR TIDE-DRIVEN CHANGES IN TURBIDITY, CHLOROPHYLL CONCENTRATION AND OYSTER PHYSIOLOGICAL RESPONSE AT THE SCALE OF AN OYSTER FARM

Année(s) de parution : 2017
Maître(s) d'ouvrage : FRONTIERS IN MARINE SCIENCE
Thème(s) : SEDIMENTOLOGIE
Last Updated on mai 5th, 2026 04:43 pm

Shellfish aquaculture from space: potential of Sentinel2 to monitor tide-driven changes in turbidity, chlorophyll concentration and oyster physiological response at the scale of an oyster farm

Introduction
Material and methods
– Study site
– In situ data
– Bio-optical algorithms
– Satellite and data processing
Results
– In situ reflectance spectra
– In situ calibration of the SPM and Chl a algorithms
– Chl a concentration within the oyster farm
– Influence of SPM and Chl a variation on oyster physiology
Discussion
– Chl a algorithms in turbid coastal waters
– Advantage and limitations of Sentinel for aquaculture applications
– Shellfish ecology from space ?
Conclusion
Author contributions
Funding
Acknowledgments
Supplementary material
References

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