-
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core MD99-2254 using two different approaches: modern analogue technique (MAT) and... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core MD99-2227 using two different approaches: modern analogue technique (MAT) and... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core M23352 using two different approaches: modern analogue technique (MAT) and... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core HM03-133-25 using two different approaches: modern analogue technique (MAT)... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core GIK23323-1 using two different approaches: modern analogue technique (MAT)... -
Mixed layer depth reconstructions based on dinocyst assemblage data of sedime...
Winter mixed layer depth (MLD) was reconstructed from the dinocyst assemblage data of sediment core DA12-11/2-GC01 using two different approaches: modern analogue technique... -
Mixed layer depth values for the n = 1968 modern dinocyst database extracted ...
Monthly, seasonal and annual mixed layer depth (MLD) values at the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). The MLD values were extracted from the... -
Mixed layer depth values for the n = 1968 modern dinocyst database extracted ...
Monthly, seasonal and annual mixed layer depth (MLD) values at the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). The MLD values were extracted from the... -
Mixed layer depth values for the n = 1968 modern dinocyst database extracted ...
Monthly, seasonal and annual mixed layer depth (MLD) values at the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). The MLD values were extracted from the... -
Mixed layer depth values for the n = 1968 modern dinocyst database extracted ...
Monthly, seasonal and annual mixed layer depth (MLD) values at the 1968 sites of the modern dinocyst database by de Vernal et al. (2020). The MLD values were extracted from the... -
Surface sediment Florisphaera profunda and modern environmental variables dat...
This dataset has no description
-
Mixed layer depth in the global ocean
This dataset has no description
-
(Supplement table S1) Physical oceanography of summer transect stations sampl...
This dataset has no description
-
(Supplement table S1) Physical oceanography of spring transect stations sampl...
This dataset has no description
-
(Table 1) Concentration of iron, DIP and silicic acid in water samples taken ...
The Ross Sea polynya is among the most productive regions in the Southern Ocean and may constitute a significant oceanic CO2 sink. Based on results from several field studies,... -
Mixed layer depths in the Ross Sea
This dataset has no description
-
Distribution of algal aggregates and characteristics of sea ice stations inve...
Nutrients were analyzed in an air-conditioned lab container with a Technicon TRAACS 800, continuous flow auto analyzer. Measurements were made simultaneously on four channels:... -
Mixed layer depth at trap site TTRAP_001
This dataset has no description
-
Spring phytoplankton communities of the Labrador Sea (2005-2014): pigment sig...
The Labrador Sea is an ideal region to study the biogeographical, physiological and biogeochemical implications of phytoplankton communities due to sharp transitions of distinct... -
(Table 2) Trichodesmium abundance and productivity in the tropical Atlantic i...
This dataset has no description
