The San Jorge Gulf, and the littoral to its north, is one of the most important fishing grounds for Argentina. Nevertheless, phytoplankton production has been scarcely studied. Here we analyzed during spring (2008) and summer (2009) the phytoplankton biomass, production, and the composition of phytoplankton and protozooplankton; their possible trophic relationships, and physical conditioners. At the south coast of the gulf during spring micro-nano-plankton (diatoms and dinoflagellates) were predominant and responsible for the maximum integrated production, comparable to that reported for the rich Argentinian shelf-break. Part of the organic carbon produced there was consumed by heterotrophic dinoflagellates, adding a trophic level to the fo...
Under the contemporary scenario of global climate change and increasing coastal eutrophication, base...
Little is known about the base of the food web that could support the high productivity and marine b...
In this article we review the existing knowledge about phytoplankton primary production (PPP) studi...
On the southern Patagonian shelf (Argentina, 47°–55°S) phyto- and protozooplankton are key structura...
The dynamics of phytoplankton across a seasonal frontal system formed in San José Gulf (SJG, Patagon...
The shelf-break front formed between Argentinean shelf waters and the Malvinas Current (MC) flow sho...
The changes within and between seasons in phytoplankton composition and abundance determine the carb...
The species composition and structure (e.g. abundance and biomass) of protistan plankton (cell size ...
This is the first exploratory study that addresses simultaneously the phytoplankton and mesozooplank...
The shelf-break front formed between Argentinean shelf waters and the Malvinas Current(MC)flow shows...
The aim of this study was to investigate the biotic and abiotic factors controlling the spring phyto...
In the southwestern Atlantic Shelf, in northern Patagonia, the coastal-inner shelf area of El Rincón...
Marine biological productivity depends on phytoplankton and heterotrophic bacterial interactions, in...
Little is known about the base of the food web that could support the high productivity and marine b...
Little is known about the base of the food web that could support the high productivity and marine b...
Under the contemporary scenario of global climate change and increasing coastal eutrophication, base...
Little is known about the base of the food web that could support the high productivity and marine b...
In this article we review the existing knowledge about phytoplankton primary production (PPP) studi...
On the southern Patagonian shelf (Argentina, 47°–55°S) phyto- and protozooplankton are key structura...
The dynamics of phytoplankton across a seasonal frontal system formed in San José Gulf (SJG, Patagon...
The shelf-break front formed between Argentinean shelf waters and the Malvinas Current (MC) flow sho...
The changes within and between seasons in phytoplankton composition and abundance determine the carb...
The species composition and structure (e.g. abundance and biomass) of protistan plankton (cell size ...
This is the first exploratory study that addresses simultaneously the phytoplankton and mesozooplank...
The shelf-break front formed between Argentinean shelf waters and the Malvinas Current(MC)flow shows...
The aim of this study was to investigate the biotic and abiotic factors controlling the spring phyto...
In the southwestern Atlantic Shelf, in northern Patagonia, the coastal-inner shelf area of El Rincón...
Marine biological productivity depends on phytoplankton and heterotrophic bacterial interactions, in...
Little is known about the base of the food web that could support the high productivity and marine b...
Little is known about the base of the food web that could support the high productivity and marine b...
Under the contemporary scenario of global climate change and increasing coastal eutrophication, base...
Little is known about the base of the food web that could support the high productivity and marine b...
In this article we review the existing knowledge about phytoplankton primary production (PPP) studi...