The Laptev Sea is a key region for sea ice formation and export to the inner Arctic. During winter, wind-ice-dynamics repeatedly produce open water areas (polynyas) with extensive heat fluxes, sea ice formation and water mass modification. In summer, the oceanic processes are strongly influenced by the enormous freshwater discharge of Siberian rivers. All this influences the density distribution. We therefore present a comprehensive analysis of the historical temperature and salinity data which is episodically available since around 1910. The variability of the density stratification is important for mixing across the water column
Large gradients and inter annual variations on the Laptev Sea shelf prevent the use of uniform prope...
The winter net sea-ice production (NSIP) over the Laptev Sea shelf is inferred from continuous summe...
[1] Warm salty Atlantic Water is the main source water for the Arctic Ocean and thus plays an import...
In this paper, we investigate the seasonal and spatial variability of stratification on the Siberian...
Polynyas in the Laptev Sea are examined with respect to recurrence and inter-annual wintertime ice p...
A simple polynya flux model driven by standard atmospheric forcing is used to investigate the ice f...
The Arctic sea ice cover is strongly connected to the global climate system and therefore not only s...
Polynyas in the Laptev Sea are examined with respect to recurrence and interannual wintertime ice pr...
Understanding the dynamic of freshwater and sea-ice export from the Arctic is crucial to better comp...
In this paper we present new data from ship-based measurements and two-year observations from moorin...
Regions of Siberia, border upon the Laptev Sea, are the main resource of fresh water for the Arctic ...
The winter net sea-ice production (NSIP) over the Laptev Sea shelf is inferred from continuous summe...
Considerable interannual differences were observed in river water and sea-ice meltwater inventory va...
Here, we provide a high-resolution reconstruction of sea-ice cover variations in the western Laptev ...
Polynyas in the Laptev Sea are examined with respect to recurrence and interannual wintertime ice pr...
Large gradients and inter annual variations on the Laptev Sea shelf prevent the use of uniform prope...
The winter net sea-ice production (NSIP) over the Laptev Sea shelf is inferred from continuous summe...
[1] Warm salty Atlantic Water is the main source water for the Arctic Ocean and thus plays an import...
In this paper, we investigate the seasonal and spatial variability of stratification on the Siberian...
Polynyas in the Laptev Sea are examined with respect to recurrence and inter-annual wintertime ice p...
A simple polynya flux model driven by standard atmospheric forcing is used to investigate the ice f...
The Arctic sea ice cover is strongly connected to the global climate system and therefore not only s...
Polynyas in the Laptev Sea are examined with respect to recurrence and interannual wintertime ice pr...
Understanding the dynamic of freshwater and sea-ice export from the Arctic is crucial to better comp...
In this paper we present new data from ship-based measurements and two-year observations from moorin...
Regions of Siberia, border upon the Laptev Sea, are the main resource of fresh water for the Arctic ...
The winter net sea-ice production (NSIP) over the Laptev Sea shelf is inferred from continuous summe...
Considerable interannual differences were observed in river water and sea-ice meltwater inventory va...
Here, we provide a high-resolution reconstruction of sea-ice cover variations in the western Laptev ...
Polynyas in the Laptev Sea are examined with respect to recurrence and interannual wintertime ice pr...
Large gradients and inter annual variations on the Laptev Sea shelf prevent the use of uniform prope...
The winter net sea-ice production (NSIP) over the Laptev Sea shelf is inferred from continuous summe...
[1] Warm salty Atlantic Water is the main source water for the Arctic Ocean and thus plays an import...