The sediment succession at Skilvika, west Svalbard, represents one of the key stratigraphic records of the Late Quaternary palaeoenvironments and glaciation history of the Svalbard/Barents Sea area. A formation of raised marine sediments, interfingering with and capped by glacial deposits of local origin, have previously been assumed to be of an Early Weichselian age, likely marine isotope stage (MIS) 5c. Here we present a new series of optically stimulated luminescence (OSL) ages that suggest the events took place in MIS 5e. This advocates a revision of the correlation with other key stratigraphic sites on Svalbard
The eastern part Svalbard archipelago and the adjacent areas of the Barents Sea were subject to exte...
Sediment cores located along the Eurasian continental margin (Arctic Ocean) have been studied to rec...
Late Quaternary sedimentary units at Kongsfjordhallet, NW Svalbard, represent five cycles of glaciat...
The sediment succession at Skilvika, west Svalbard, represents one of the key stratigraphic records ...
Waxing and waning ice sheets and changing sea levels have been interpreted from the Quaternary strat...
During recent years, many sites with sediments pre-dating the Last Glacial Maximum have been identif...
Establishing a solid chronological framework for Arctic marine sediments is a critical first step to...
The Kapp Ekholm site, in central Spitsbergen, shows alternating units of glaciomarine sandy silt and...
Conventional Optically Stimulated Luminescence (OSL) dating using the equivalent dose distributions ...
Three cores recovered off the northwest of Svalbard were studied with respect to glacial/interglacia...
Site 986 was drilled to 965 meters below seafloor (mbsf) on the western Svalbard margin to record th...
Pilgrimstad in central Sweden is an important locality for reconstructing environmental changes duri...
The history of the Late Weichselian northwestern Barents Shelf, including western Svalbard, has been...
This paper presents the results from stratigraphic and geomorphologic investigations in the Poolepyn...
Recent work has suggested that the Scandinavian ice sheet was much more dynamic than previously beli...
The eastern part Svalbard archipelago and the adjacent areas of the Barents Sea were subject to exte...
Sediment cores located along the Eurasian continental margin (Arctic Ocean) have been studied to rec...
Late Quaternary sedimentary units at Kongsfjordhallet, NW Svalbard, represent five cycles of glaciat...
The sediment succession at Skilvika, west Svalbard, represents one of the key stratigraphic records ...
Waxing and waning ice sheets and changing sea levels have been interpreted from the Quaternary strat...
During recent years, many sites with sediments pre-dating the Last Glacial Maximum have been identif...
Establishing a solid chronological framework for Arctic marine sediments is a critical first step to...
The Kapp Ekholm site, in central Spitsbergen, shows alternating units of glaciomarine sandy silt and...
Conventional Optically Stimulated Luminescence (OSL) dating using the equivalent dose distributions ...
Three cores recovered off the northwest of Svalbard were studied with respect to glacial/interglacia...
Site 986 was drilled to 965 meters below seafloor (mbsf) on the western Svalbard margin to record th...
Pilgrimstad in central Sweden is an important locality for reconstructing environmental changes duri...
The history of the Late Weichselian northwestern Barents Shelf, including western Svalbard, has been...
This paper presents the results from stratigraphic and geomorphologic investigations in the Poolepyn...
Recent work has suggested that the Scandinavian ice sheet was much more dynamic than previously beli...
The eastern part Svalbard archipelago and the adjacent areas of the Barents Sea were subject to exte...
Sediment cores located along the Eurasian continental margin (Arctic Ocean) have been studied to rec...
Late Quaternary sedimentary units at Kongsfjordhallet, NW Svalbard, represent five cycles of glaciat...