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Evolution of a paleolake on Russian Island (Sea of Japan) in middle-late Holocene: Record of sea-level oscillations, extreme storms and tsunami. / Grebennikova, T.; Razjigaeva, N.; Ganzey, L.; Ganzei, K.; Arslanov, K.; MAKSIMOV , F.; Petrov, A ; Kharlamov, A .

2020. 012009 Реферат от 5th International Conference "Ecosystem dynamics in the Holocene". 2020, Москва.

Результаты исследований: Материалы конференцийтезисыРецензирование

Harvard

Grebennikova, T, Razjigaeva, N, Ganzey, L, Ganzei, K, Arslanov, K, MAKSIMOV , F, Petrov, A & Kharlamov, A 2020, 'Evolution of a paleolake on Russian Island (Sea of Japan) in middle-late Holocene: Record of sea-level oscillations, extreme storms and tsunami.', 5th International Conference "Ecosystem dynamics in the Holocene". 2020, Москва, 11/12/19 - 15/12/19 стр. 012009. https://doi.org/10.1088/1755-1315/438/1/012009

APA

Grebennikova, T., Razjigaeva, N., Ganzey, L., Ganzei, K., Arslanov, K., MAKSIMOV , F., Petrov, A., & Kharlamov, A. (2020). Evolution of a paleolake on Russian Island (Sea of Japan) in middle-late Holocene: Record of sea-level oscillations, extreme storms and tsunami.. 012009. Реферат от 5th International Conference "Ecosystem dynamics in the Holocene". 2020, Москва. https://doi.org/10.1088/1755-1315/438/1/012009

Vancouver

Grebennikova T, Razjigaeva N, Ganzey L, Ganzei K, Arslanov K, MAKSIMOV F и пр.. Evolution of a paleolake on Russian Island (Sea of Japan) in middle-late Holocene: Record of sea-level oscillations, extreme storms and tsunami.. 2020. Реферат от 5th International Conference "Ecosystem dynamics in the Holocene". 2020, Москва. https://doi.org/10.1088/1755-1315/438/1/012009

Author

Grebennikova, T. ; Razjigaeva, N. ; Ganzey, L. ; Ganzei, K. ; Arslanov, K. ; MAKSIMOV , F. ; Petrov, A ; Kharlamov, A . / Evolution of a paleolake on Russian Island (Sea of Japan) in middle-late Holocene: Record of sea-level oscillations, extreme storms and tsunami. Реферат от 5th International Conference "Ecosystem dynamics in the Holocene". 2020, Москва.

BibTeX

@conference{99103319335f4e8fb7f7d8ac58afb7f1,
title = "Evolution of a paleolake on Russian Island (Sea of Japan) in middle-late Holocene: Record of sea-level oscillations, extreme storms and tsunami.",
abstract = "The diatom algae from sediments of a paleolake serve as records of changes to environments over the last 7500 cal yr. The lagoon lake formed when the sea level approximately corresponded to the present-day position. Evolution of the paleolake was controlled by sea-level oscillations and humidity changes. Eight stages have been distinguished. During a dry episode in 7330-7090 cal yr BP the lake size decreased. The salinity reached maximal values at the Holocene transgression peak. Three stages of a higher salinity are recognized (6750-6500, 6080-5830, 5420-5090 cal yr BP). A severe flood occurred in 6080-6000 cal yr BP. The brackish-water lake existed in ~5090 cal yr BP and the freshwater lake in ~4090 cal yr BP. A prolonged phase of decreasing humidity, associated with a weakening of summer monsoons, led to a drop in sedimentation rates in ~3510 cal yr BP. Peat accumulation started at the Little Ice Age. The lake was transformed into a swamp during drop in precipitations in ~270 cal yr BP. Presence of marine",
author = "T. Grebennikova and N. Razjigaeva and L. Ganzey and K. Ganzei and K. Arslanov and F. MAKSIMOV and A Petrov and A Kharlamov",
year = "2020",
doi = "10.1088/1755-1315/438/1/012009",
language = "English",
pages = "012009",
note = "5th International Conference {"}Ecosystem dynamics in the Holocene{"}. 2020 : IOP CONFERENCE SERIES: EARTH AND ENVIRONMENTAL SCIENCE ; Conference date: 11-12-2019 Through 15-12-2019",

}

RIS

TY - CONF

T1 - Evolution of a paleolake on Russian Island (Sea of Japan) in middle-late Holocene: Record of sea-level oscillations, extreme storms and tsunami.

AU - Grebennikova, T.

AU - Razjigaeva, N.

AU - Ganzey, L.

AU - Ganzei, K.

AU - Arslanov, K.

AU - MAKSIMOV , F.

AU - Petrov, A

AU - Kharlamov, A

PY - 2020

Y1 - 2020

N2 - The diatom algae from sediments of a paleolake serve as records of changes to environments over the last 7500 cal yr. The lagoon lake formed when the sea level approximately corresponded to the present-day position. Evolution of the paleolake was controlled by sea-level oscillations and humidity changes. Eight stages have been distinguished. During a dry episode in 7330-7090 cal yr BP the lake size decreased. The salinity reached maximal values at the Holocene transgression peak. Three stages of a higher salinity are recognized (6750-6500, 6080-5830, 5420-5090 cal yr BP). A severe flood occurred in 6080-6000 cal yr BP. The brackish-water lake existed in ~5090 cal yr BP and the freshwater lake in ~4090 cal yr BP. A prolonged phase of decreasing humidity, associated with a weakening of summer monsoons, led to a drop in sedimentation rates in ~3510 cal yr BP. Peat accumulation started at the Little Ice Age. The lake was transformed into a swamp during drop in precipitations in ~270 cal yr BP. Presence of marine

AB - The diatom algae from sediments of a paleolake serve as records of changes to environments over the last 7500 cal yr. The lagoon lake formed when the sea level approximately corresponded to the present-day position. Evolution of the paleolake was controlled by sea-level oscillations and humidity changes. Eight stages have been distinguished. During a dry episode in 7330-7090 cal yr BP the lake size decreased. The salinity reached maximal values at the Holocene transgression peak. Three stages of a higher salinity are recognized (6750-6500, 6080-5830, 5420-5090 cal yr BP). A severe flood occurred in 6080-6000 cal yr BP. The brackish-water lake existed in ~5090 cal yr BP and the freshwater lake in ~4090 cal yr BP. A prolonged phase of decreasing humidity, associated with a weakening of summer monsoons, led to a drop in sedimentation rates in ~3510 cal yr BP. Peat accumulation started at the Little Ice Age. The lake was transformed into a swamp during drop in precipitations in ~270 cal yr BP. Presence of marine

U2 - 10.1088/1755-1315/438/1/012009

DO - 10.1088/1755-1315/438/1/012009

M3 - Abstract

SP - 012009

T2 - 5th International Conference "Ecosystem dynamics in the Holocene". 2020

Y2 - 11 December 2019 through 15 December 2019

ER -

ID: 78445309