Hydro-sedimentary dynamics of the shallow waters in the vicinity of the Guadeloupe harbour (GPM)
Project managers : Franck Dolique (BOREA – Université des Antilles) & Mouncef Sedrati (LGO-UBS)
Project leaders : BOREA MHNN & LGO UMR CNRS 6538 – UBS
Funding : LabEx DRIIHM (Dispositif de Recherche Interdisciplinaire sur les Interactions Hommes-Milieux)
Length of the project :
The implementation of heavy port infrastructures systematically induces a certain number of functional impacts on its immediate environment. This is the case of the hydrodynamics and especially current modifications generated by the construction of piers and docks.
The port of Guadeloupe Guadeloupe is no exception to the rule and its establishment has contributed to significantly modify the marine environment of the northern part of the bay of Petit cul-de-sac Marin.
The Jarry pier, located at the outlet of the Salt River, has certainly contributed to modify the natural hydrodynamic flows. The access channel to the port, fitted out to receive very large tonnage ships (container ships, ore carriers...) has undoubtedly generated a priority channeling of currents and induced effects on the immediate marine and coastal environment (silting zones, erosion zones, sedimentary flows, sedimentary reorganization...).
The study aims to identify the main impacts of the port infrastructures on the immediate coastline and the shallow waters of the northern part of the bay of Petit Cul-de-sac Marin, and to evaluate the effects of the port channel on the nearby submarine sedimentary dynamics, leading to the implementation of a protocol for the observation of these dynamics.
Experimental device of the TI'FOND project
Preparation for the deployment of an Aquadopp Profiler on the edge of the access channel to the port (May 2018)
Shallow water (Caye) at Grand Cul-de-Sac Marin
TI'FOND project partners