2020Limnology and Freshwater BiologyOpen access

Climate changes at the LGM-Holocene in the south of East Siberia (Russia) inferred from lake diatom records

S. S. Vorobyeva, T. O. Zheleznyakova, Andrey Fedotov

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Abstract

In this study, we analysed a 54 cm long sediment record from small lake located closely to Lake Baikal for subfossil diatom to provide an improved reconstruction of the environmental changes in the area for the past 12.4 ka. Significant changes in diatom records occurred at 10 and 4.8-4.2 ca. ka BP. The pattern of studied diatom records was close to ones from Lakes Baikal and Khubsugul.

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What this paper is about

In this study, we analysed a 54 cm long sediment record from small lake located closely to Lake Baikal for subfossil diatom to provide an improved reconstruction of the environmental changes in the area for the past 12.4 ka. Significant changes in diatom records occurred at 10 and 4.8-4.2 ca. ka BP. The pattern of studied diatom records was close to ones from Lakes Baikal and Khubsugul.

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Available abstract

In this study, we analysed a 54 cm long sediment record from small lake located closely to Lake Baikal for subfossil diatom to provide an improved reconstruction of the environmental changes in the area for the past 12.4 ka. Significant changes in diatom records occurred at 10 and 4.8-4.2 ca. ka BP. The pattern of studied diatom records was close to ones from Lakes Baikal and Khubsugul.

Key concepts: Diatom, Subfossil, Holocene, Geology, Physical geography, Sediment, Before Present, Paleolimnology

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Climate changes at the LGM-Holocene in the south of East Siberia (Russia) inferred from lake diatom records — Research Paper | ScholarLens