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[HTML][HTML] An unstructured numerical model to study wind-driven circulation patterns in a managed coastal Mediterranean wetland: the Vaccarès lagoon system

O Boutron, O Bertrand, A Fiandrino, P Höhener… - Water, 2015 - mdpi.com
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …
被引用次数：16 相关文章

An Unstructured Numerical Model to Study Wind-Driven Circulation Patterns in a Managed Coastal Mediterranean Wetland: The Vaccares Lagoon System

O Boutron, O Bertrand, A Fiandrino, P Höhener… - Water, 2015 - hal.science
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …

An Unstructured Numerical Model to Study Wind-Driven Circulation Patterns in a Managed Coastal Mediterranean Wetland: The Vaccares Lagoon System

O Boutron, O Bertrand, A Fiandrino, P Hoehener… - Water, 2015 - archimer.ifremer.fr
the spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. the …
[PDF] researchgate.net

[PDF][PDF] An Unstructured Numerical Model to Study Wind-Driven Circulation Patterns in a Managed Coastal Mediterranean Wetland: The Vaccarès Lagoon System

O Boutron, O Bertrand, A Fiandrino, P Höhener… - researchgate.net
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …

An Unstructured Numerical Model to Study Wind-Driven Circulation Patterns in a Managed Coastal Mediterranean Wetland: The Vaccares Lagoon System

O Boutron, O Bertrand, A Fiandrino, P Höhener… - Water, 2015 - search.proquest.com
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …

An Unstructured Numerical Model to Study Wind-Driven Circulation Patterns in a Managed Coastal Mediterranean Wetland: The Vaccarès Lagoon System

O Boutron, O Bertrand, A Fiandrino, P Höhener… - Water, 2015 - agris.fao.org
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …

An unstructured numerical model to study wind-driven circulation patterns in a managed coastal Mediterranean wetland: the Vaccarès lagoon system.

O Boutron, O Bertrand, A Fiandrino, P Höhener… - 2015 - cabidigitallibrary.org
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …
[PDF] archive.org

[PDF][PDF] An Unstructured Numerical Model to Study Wind-Driven Circulation Patterns in a Managed Coastal Mediterranean Wetland: The Vaccarès Lagoon System

O Boutron, O Bertrand, A Fiandrino, P Höhener… - scholar.archive.org
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …

An Unstructured Numerical Model to Study Wind-Driven Circulation Patterns in a Managed Coastal Mediterranean Wetland: The Vaccarès Lagoon System.

O Boutron, O Bertrand, A Fiandrino… - Water …, 2015 - search.ebscohost.com
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …
[PDF] hal.science

[PDF][PDF] An Unstructured Numerical Model to Study Wind-Driven Circulation Patterns in a Managed Coastal Mediterranean Wetland: The Vaccarès Lagoon System

O Boutron, O Bertrand, A Fiandrino, P Höhener… - hal.science
The spatiotemporal structure of wind-driven circulation patterns and associated water
exchanges can drive important bio-hydrodynamic interactions in shallow lagoons. The …