This thesis investigates the response of copepods to increased phytoplankton abundance during two mesoscale iron-fertilisation experiments in the Southern Ocean (EisenEx in austral spring 2001 and EIFEX in austral autumn 2004), focussing on the copepods vertical migration behaviour. Their migratory behaviour can be considered as a food finding strategy to cope with the patchy, mostly poor food environment of the Southern Ocean. A large abundance increase of copepods was observed inside the bloom area. Their grazing can significantly alter carbon and nutrient fluxes after iron fertilisation in Southern Ocean
Marine ecosystems regulate atmospheric carbon dioxide levels by transporting andstoring photosynthet...
This review examines the links between pelagic ecology and ocean biogeochemistry with emphasis on th...
The responses of larger (>50 µm in diameter) protozooplankton groups to a phytoplankton bloom induce...
This thesis investigates the response of copepods to increased phytoplankton abundance during two me...
This thesis investigates the response of copepods to increased phytoplankton abundance during two me...
[eng] The LOHAFEX iron fertilization experiment was conducted for 39 days in the closed core of a cy...
International audienceThe impact of copepod grazing on Fe regeneration was investigated in a natural...
The LOHAFEX iron fertilization experiment was conducted for 39 days in the closed core of a cyclonic...
During the EisenEx experiment, conducted in HNLC (High Nutrients Low Chlorophyll) waters of the Sout...
This thesis provides a comprehensive assessment of the response and vertical distribution of major c...
During Austral spring 1992, R.R.S. James Clark Ross worked a five station transect in the Bellingsha...
International audienceFeeding activity, selective grazing and the potential grazing impact of two do...
The dynamics, composition and grazing impact of microzooplankton were studied during the in situ iro...
To improve the understanding of population dynamics of organisms, it is necessary to examine organis...
To improve the understanding of population dynamics of organisms, it is necessary to examine organis...
Marine ecosystems regulate atmospheric carbon dioxide levels by transporting andstoring photosynthet...
This review examines the links between pelagic ecology and ocean biogeochemistry with emphasis on th...
The responses of larger (>50 µm in diameter) protozooplankton groups to a phytoplankton bloom induce...
This thesis investigates the response of copepods to increased phytoplankton abundance during two me...
This thesis investigates the response of copepods to increased phytoplankton abundance during two me...
[eng] The LOHAFEX iron fertilization experiment was conducted for 39 days in the closed core of a cy...
International audienceThe impact of copepod grazing on Fe regeneration was investigated in a natural...
The LOHAFEX iron fertilization experiment was conducted for 39 days in the closed core of a cyclonic...
During the EisenEx experiment, conducted in HNLC (High Nutrients Low Chlorophyll) waters of the Sout...
This thesis provides a comprehensive assessment of the response and vertical distribution of major c...
During Austral spring 1992, R.R.S. James Clark Ross worked a five station transect in the Bellingsha...
International audienceFeeding activity, selective grazing and the potential grazing impact of two do...
The dynamics, composition and grazing impact of microzooplankton were studied during the in situ iro...
To improve the understanding of population dynamics of organisms, it is necessary to examine organis...
To improve the understanding of population dynamics of organisms, it is necessary to examine organis...
Marine ecosystems regulate atmospheric carbon dioxide levels by transporting andstoring photosynthet...
This review examines the links between pelagic ecology and ocean biogeochemistry with emphasis on th...
The responses of larger (>50 µm in diameter) protozooplankton groups to a phytoplankton bloom induce...