Coccolithophore seasonality was examined in the southeastern Mediterranean Sea, both at the edge of the coastal shelf and in the open sea offshore Israel during 2018–2019. Oceanographic conditions varied seasonally between markedly stratified and ultra-oligotrophic from April to September and water column-mixing with relatively higher nitrate levels from October to February. Coccolithophores were quantified during the early (April), mid (July) and late (October) stratification period and in the mixing period (January). During stratification, cell densities progressively declined to <1.5 × 104 cells L−1, while both diversity and vertical differentiation of communities markedly increased. Emiliania huxleyi, Umbellosphaera spp., Syracosphaerac...
The analyses of water and sediment samples, collected at 24 marine stations in a coastal area (Gulf ...
Interannual variability of the early summer (May-June) coccolithophore blooms within surface waters ...
Biogenic fluxes from two sediment traps in the Ionian sea (35°13'N, 21°30'E) at 500 and 2800. m wate...
Coccolithophores were collected at 21 stations during summer 2016, from coastal and offshore areas o...
2nd International Ocean Research Conference, One planet one ocean, 17-21 November 2014, Barcelona, S...
This study is the first attempt to understand the coccolith flux and its seasonal variability at the...
The Gulf of Sirte is a largely unexplored area in the southernmost Mediterranean Sea. We are present...
The Mediterranean Sea is considered a "hot spot" for climate change, being characterized by oligotro...
This study aims to presents the species composition of living coccolithophore communities in the NE ...
Coccolithophores are unicellular pelagic algae, capable of calcification. In the Mediterranean Sea, ...
In order to characterize the natural coccolithophore community occurring offshore Azores and to dete...
A systematic investigation of the spatial and temporal variability in coccolithophore abundance and ...
A systematic investigation of the spatial and temporal variability in coccolithophore abundance and ...
The Mediterranean Sea is considered a "hot spot" for climate change, being characterized by oligotro...
Living coccolithophore distributions from the Gulf of Manfredonia (Southern Adriatic Sea) were inves...
The analyses of water and sediment samples, collected at 24 marine stations in a coastal area (Gulf ...
Interannual variability of the early summer (May-June) coccolithophore blooms within surface waters ...
Biogenic fluxes from two sediment traps in the Ionian sea (35°13'N, 21°30'E) at 500 and 2800. m wate...
Coccolithophores were collected at 21 stations during summer 2016, from coastal and offshore areas o...
2nd International Ocean Research Conference, One planet one ocean, 17-21 November 2014, Barcelona, S...
This study is the first attempt to understand the coccolith flux and its seasonal variability at the...
The Gulf of Sirte is a largely unexplored area in the southernmost Mediterranean Sea. We are present...
The Mediterranean Sea is considered a "hot spot" for climate change, being characterized by oligotro...
This study aims to presents the species composition of living coccolithophore communities in the NE ...
Coccolithophores are unicellular pelagic algae, capable of calcification. In the Mediterranean Sea, ...
In order to characterize the natural coccolithophore community occurring offshore Azores and to dete...
A systematic investigation of the spatial and temporal variability in coccolithophore abundance and ...
A systematic investigation of the spatial and temporal variability in coccolithophore abundance and ...
The Mediterranean Sea is considered a "hot spot" for climate change, being characterized by oligotro...
Living coccolithophore distributions from the Gulf of Manfredonia (Southern Adriatic Sea) were inves...
The analyses of water and sediment samples, collected at 24 marine stations in a coastal area (Gulf ...
Interannual variability of the early summer (May-June) coccolithophore blooms within surface waters ...
Biogenic fluxes from two sediment traps in the Ionian sea (35°13'N, 21°30'E) at 500 and 2800. m wate...