Zooplankton biomass was measured at 20 stations located along five coastal-offshore transects in the Gulf of Lions (NW Mediterranean) during spring 1998 and winter 1999, using two nets equipped with 200 and 80 Pm mesh. Biomass was twice as abundant in spring. It increased toward the coast and the west of the gulf and was positively correlated to chlorophyll, primary production and organic particulate matter and negatively to temperature and salinity. The enrichment effect of Rhone river input and the oligotrophic influence of the north Mediterranean current (NMC) were the main distribution factors of zooplankton biomass. Higher biomass was obtained in coastal stations with the 80 mum net, which sampled more efficiently young larval stages a...
A coupled hydrodynamic-biogeochemical modelling is developed to address main mechanisms that drive t...
The influence of hydrochemistry and trophic conditions on the coastal zooplankton community metaboli...
International audienceZooplankton plays a prominent role in marine pelagic food webs, but its contri...
Respiration, excretion (NH4 and PO4) and feeding of zooplankton from the upper 200 m of the Almeria-...
The size structure of zooplankton communities in the Gulf of Lion, NW Mediterranean Sea, was studied...
Zooplankton from the upper 200 m of the Almeria-Oran frontal region, (east of the Alboran sea, weste...
The mesozooplankton distribution in the upper water layer (up to 200 m) off Marseilles (NW Mediterra...
International audienceThe Gulf of Lion in northwestern Mediterranean Sea is characterized by a large...
Oxygen consumption and excretion rates for ammonia and soluble reactive phosphorus (SRP) by mesozoop...
International audienceDuring three cruises (2 to 17 October 2009, 26 April to 7 May 2010, 23 January...
In this study, annual variations in biochemical composition of seston and zooplankton community were...
The pelagic planktonic ecosystem dynamics of the north-western Mediterranean Sea has been studied by...
The influence of hydrochemistry and trophic conditions on the coastal zooplankton community’s biomas...
International audienceA coupled hydrodynamic-biogeochemical modelling is developed to address main m...
A coupled hydrodynamic-biogeochemical modelling is developed to address main mechanisms that drive t...
The influence of hydrochemistry and trophic conditions on the coastal zooplankton community metaboli...
International audienceZooplankton plays a prominent role in marine pelagic food webs, but its contri...
Respiration, excretion (NH4 and PO4) and feeding of zooplankton from the upper 200 m of the Almeria-...
The size structure of zooplankton communities in the Gulf of Lion, NW Mediterranean Sea, was studied...
Zooplankton from the upper 200 m of the Almeria-Oran frontal region, (east of the Alboran sea, weste...
The mesozooplankton distribution in the upper water layer (up to 200 m) off Marseilles (NW Mediterra...
International audienceThe Gulf of Lion in northwestern Mediterranean Sea is characterized by a large...
Oxygen consumption and excretion rates for ammonia and soluble reactive phosphorus (SRP) by mesozoop...
International audienceDuring three cruises (2 to 17 October 2009, 26 April to 7 May 2010, 23 January...
In this study, annual variations in biochemical composition of seston and zooplankton community were...
The pelagic planktonic ecosystem dynamics of the north-western Mediterranean Sea has been studied by...
The influence of hydrochemistry and trophic conditions on the coastal zooplankton community’s biomas...
International audienceA coupled hydrodynamic-biogeochemical modelling is developed to address main m...
A coupled hydrodynamic-biogeochemical modelling is developed to address main mechanisms that drive t...
The influence of hydrochemistry and trophic conditions on the coastal zooplankton community metaboli...
International audienceZooplankton plays a prominent role in marine pelagic food webs, but its contri...