Polar Research · 1995 · 21 citations · 43 references
Natural SciencesEarth SciencesMarine SciencesMarine SedimentologyPaleoclimatologySedimentologyCoastal ErosionCoastal GeoarchaeologyContinental ShelfErosionGlacial ErosionQuaternary GlaciationDeglaciation HistoryIce Sheet CalvingIce-sheet Retreat HistoryIce-sheet Sedimentary ProcessesQuaternary Sediment Record
The eastern part of the Svalbard archipelago and the adjacent areas of the Barents Sea were subject to extensive erosion during the Late Weichselian glaciation. Small remnants of older sediment successions have been preserved on Edgeoya, whereas a more complete succession on Kongsoya contains sediments from two different ice-free periods, both probably older than the Early Weichselian. Ice movemeht indicators in th eregion suggest that the Late Weichselian ice radiated from a centre east of Kong Karls Land. On Bj~rnOya, on the edge of the Barents Shelf, the lack of raised shorelines or glacial striae from the east indicates that the western parts of the ice sheet were thin during the Late Weichselian. The deglaciation of Edgeoya and Barentsoya occurred ca 10,300 BP as a response to calving of the marine based portion of the ice sheet. Atlantic water, which does not much influence the coasts of eastern Svalbard today, penetrated the northwestern Barents Sea shortly after the deglaciation. At that time, the coastal environment was characterised by extensive longshore sediment transport and deposition of spits at the mouths of shallow palaeo-fjords.
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Glacimarine environments: Processes and sediments
Kärstin Malmberg Persson · Boreas · 1991 · 282 citations
Glacial Erosion by the Laurentide Ice Sheet
David E. Sugden · Journal of Glaciology · 1978 · 263 citations
The Last Glacial Maximum on Spitsbergen, Svalbard
Jan Mangerud, Magne Bolstad, Anne Elgersma et al. · Quaternary Research · 1992 · 181 citations