2019
DOI: 10.1111/bor.12379
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Deglaciation history of Lake Ladoga (northwestern Russia) based on varved sediments

Abstract: Lake Ladoga in northwestern Russia is Europe's largest lake. The postglacial historyof the Ladogabasin is for the first time documented continuously with high temporal resolution in the upper 13.3 m of a sediment core (Co1309) from the northwestern part of the lake. We applied a multiproxy approach including radiographic imaging, (bio-) geochemical and granulometric analyses. Age control was established combining radiocarbon dating with varve chronology, the latter anchored to a correlated radiocarbon age from… Show more

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Cited by 41 publications
(43 citation statements)
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“…In the framework of the joint Russian-German project PLOT (Paleolimnological Transect), extensive fieldwork, including seismic surveys, coring, and hydrological investigations, was carried out, between 2013 and 2017, at lakes Ladoga (NW Russia, Andreev et al 2019;Gromig et al 2019), Bolshoye-Shuchye (Polar Urals), Emanda (Verkhoyansk Range), and Levinson-Lessing (this paper) and Taymyr (both Taymyr Peninsula). The project aims at recovering lacustrine sediment successions along a >6000km-long longitudinal transect across the Russian Arctic to investigate the late Quaternary climatic and environmental history, with a special emphasis on recovering preglacial sediments.…”
mentioning
confidence: 99%
“…In the framework of the joint Russian-German project PLOT (Paleolimnological Transect), extensive fieldwork, including seismic surveys, coring, and hydrological investigations, was carried out, between 2013 and 2017, at lakes Ladoga (NW Russia, Andreev et al 2019;Gromig et al 2019), Bolshoye-Shuchye (Polar Urals), Emanda (Verkhoyansk Range), and Levinson-Lessing (this paper) and Taymyr (both Taymyr Peninsula). The project aims at recovering lacustrine sediment successions along a >6000km-long longitudinal transect across the Russian Arctic to investigate the late Quaternary climatic and environmental history, with a special emphasis on recovering preglacial sediments.…”
mentioning
confidence: 99%
“…Four OSL dates and two 14 C dates were excluded from the interpretation, as they are much older than suggested by the varve and pollen stratigraphy. We confidently conclude that these dates are incorrect and assume that they overestimate the real ages due to insufficient bleaching of the quartz grains and redeposition of older organic matter, respectively (for details see Gromig et al 2019). In the Holocene part of the record, one OSL date (7.0AE0.3 ka BP) and two 14 C dates (7559AE70 and 2547AE171 cal.…”
Section: Lithology and Chronologymentioning
confidence: 90%
“…a BP). For more details concerning the dating techniques and for the age-depth model see Gromig et al (2019).…”
Section: Methodsmentioning
confidence: 99%
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