The history of the Late Weichselian northwestern Barents Shelf, including western Svalbard, has been investigated by provenance/sedimentologist studies of five cores from the continental shelf and slope west of Svalbard. The chronostratigraphy of the cores is based on AMS 14C dates and oxygen isotope analyses. Interpretations of the cores suggest that the ice sheets of western Svalbard and northwestern Barents Sea experienced advances and retreats in two steps. The first significant ice advance beyond the present coastline occurred ca. 22,000 14C yr B.P. and was followed by an ice advance to the shelf edge ca. 18,000 14C yr B.P. Ice recession from the outer shelf and the southwestern Barents Sea began 14,800 14C yr B.P. and was followed by ...
The Arctic Ocean is one of the most climatically vulnerable areas on the planet, being a crossway of...
Large icebergs leave evidence of their drift via ploughing of the seabed, thereby providing a geolog...
Timing and structure of the Late and post-glacial development of the northern Svalbard margin, toget...
The deglaciation of the continental shelf to the west of Spitsbergen and the main fjord, Isfjorden, ...
The eastern part Svalbard archipelago and the adjacent areas of the Barents Sea were subject to exte...
Sediment sampling and shallow seismic profiling in the western and northern Barents Sea show that th...
The Late Weichselian glacial history of the continental shelf off western Spitsbergen is discussed, ...
This thesis presents new results from marine geological and geophysical studies based on sediment gr...
Three cores recovered off the northwest of Svalbard were studied with respect to glacial/interglacia...
High-resolution sediment echosounder data combined with radiocarbon-dated sediment cores allowed us ...
Sediment cores located along the Eurasian continental margin (Arctic Ocean) have been studied to rec...
We investigated gravity core HH11‐09GC from 488 m water depth at the northern Svalbard margin in ord...
Sedimentary processes along the Svalbard continental margin are strongly coupled with climate and oc...
The glacial history of Svalbard and the Barents Sea during the Late Weichselian has been much debate...
The last deglaciation, 20,000–10,000 years ago, was a period of global warming and rapidly shrinking...
The Arctic Ocean is one of the most climatically vulnerable areas on the planet, being a crossway of...
Large icebergs leave evidence of their drift via ploughing of the seabed, thereby providing a geolog...
Timing and structure of the Late and post-glacial development of the northern Svalbard margin, toget...
The deglaciation of the continental shelf to the west of Spitsbergen and the main fjord, Isfjorden, ...
The eastern part Svalbard archipelago and the adjacent areas of the Barents Sea were subject to exte...
Sediment sampling and shallow seismic profiling in the western and northern Barents Sea show that th...
The Late Weichselian glacial history of the continental shelf off western Spitsbergen is discussed, ...
This thesis presents new results from marine geological and geophysical studies based on sediment gr...
Three cores recovered off the northwest of Svalbard were studied with respect to glacial/interglacia...
High-resolution sediment echosounder data combined with radiocarbon-dated sediment cores allowed us ...
Sediment cores located along the Eurasian continental margin (Arctic Ocean) have been studied to rec...
We investigated gravity core HH11‐09GC from 488 m water depth at the northern Svalbard margin in ord...
Sedimentary processes along the Svalbard continental margin are strongly coupled with climate and oc...
The glacial history of Svalbard and the Barents Sea during the Late Weichselian has been much debate...
The last deglaciation, 20,000–10,000 years ago, was a period of global warming and rapidly shrinking...
The Arctic Ocean is one of the most climatically vulnerable areas on the planet, being a crossway of...
Large icebergs leave evidence of their drift via ploughing of the seabed, thereby providing a geolog...
Timing and structure of the Late and post-glacial development of the northern Svalbard margin, toget...