Relationship between structure and chemical composition of fast sea and lake ice in the Cape Marre-Sale area, Western Yamal

The texture, structure, ionic and trace element composition of samples of fast (coastal-sea) and lake ice collected in 2014 in the area of Cape Marre-Sale (the North-Western Siberia) were analyzed. The following main types of the ice structure were identified in ice sections: firn ice with randomly...

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Main Authors: V. I. Butakov, Ya. V. Tikhonravova, E. A. Slagoda
Format: Article
Language:Russian
Published: Nauka 2022-05-01
Series:Лëд и снег
Subjects:
Online Access:https://ice-snow.igras.ru/jour/article/view/985
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author V. I. Butakov
Ya. V. Tikhonravova
E. A. Slagoda
author_facet V. I. Butakov
Ya. V. Tikhonravova
E. A. Slagoda
author_sort V. I. Butakov
collection DOAJ
description The texture, structure, ionic and trace element composition of samples of fast (coastal-sea) and lake ice collected in 2014 in the area of Cape Marre-Sale (the North-Western Siberia) were analyzed. The following main types of the ice structure were identified in ice sections: firn ice with randomly oriented small crystals; lake large- and small-crystalline bubble ice; layered fast sea ice with small isometric and vertically elongated crystals. The upper part of the lake ice is formed by recrystallized snow containing marine aerosols and lake water. The coefficient of involvement of the main ions from the solution during the ice formation varies for lake ice from 0.02 to 1.51, for sea ice – from 0.10 to 0.23, and for coastal-marine - from 0.03 to 0.04. The difference in the degree of ion involvement into the lake ice is related to the sources of components entering the process of formation of firn and large ice crystals from lake water. Coastal sea ice has high concentrations of trace elements relative to the clarks of sea waters. The income of trace elements into the coastal sea ice is probably determined by continental runoff. It is established that the mineralization of seasonal ice increases with a decrease in the size of crystals. The dependence of the values of the Europium anomaly on the rate of ice formation was revealed. The Europium anomaly in coastal sea ice is inherited from seawater, and the upper part of lake ice is inherited from precipitation.
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spelling doaj.art-590a4696118e46e8a79bc00dda7109262025-03-02T12:52:29ZrusNaukaЛëд и снег2076-67342412-37652022-05-0162226127410.31857/S2076673422020131711Relationship between structure and chemical composition of fast sea and lake ice in the Cape Marre-Sale area, Western YamalV. I. Butakov0Ya. V. Tikhonravova1E. A. Slagoda2Tyumen Industrial UniversityMelnikov Permafrost InstituteEarth Cryosphere Institute, Tyumen Scientific Centre, Siberian Branch, Russian Academy of SciencesThe texture, structure, ionic and trace element composition of samples of fast (coastal-sea) and lake ice collected in 2014 in the area of Cape Marre-Sale (the North-Western Siberia) were analyzed. The following main types of the ice structure were identified in ice sections: firn ice with randomly oriented small crystals; lake large- and small-crystalline bubble ice; layered fast sea ice with small isometric and vertically elongated crystals. The upper part of the lake ice is formed by recrystallized snow containing marine aerosols and lake water. The coefficient of involvement of the main ions from the solution during the ice formation varies for lake ice from 0.02 to 1.51, for sea ice – from 0.10 to 0.23, and for coastal-marine - from 0.03 to 0.04. The difference in the degree of ion involvement into the lake ice is related to the sources of components entering the process of formation of firn and large ice crystals from lake water. Coastal sea ice has high concentrations of trace elements relative to the clarks of sea waters. The income of trace elements into the coastal sea ice is probably determined by continental runoff. It is established that the mineralization of seasonal ice increases with a decrease in the size of crystals. The dependence of the values of the Europium anomaly on the rate of ice formation was revealed. The Europium anomaly in coastal sea ice is inherited from seawater, and the upper part of lake ice is inherited from precipitation.https://ice-snow.igras.ru/jour/article/view/985fast sea icelake iceionic composition of icetrace elements of icetexture and microstructure of icehydrosphere clarkeeuropium and cerium anomalies
spellingShingle V. I. Butakov
Ya. V. Tikhonravova
E. A. Slagoda
Relationship between structure and chemical composition of fast sea and lake ice in the Cape Marre-Sale area, Western Yamal
Лëд и снег
fast sea ice
lake ice
ionic composition of ice
trace elements of ice
texture and microstructure of ice
hydrosphere clarke
europium and cerium anomalies
title Relationship between structure and chemical composition of fast sea and lake ice in the Cape Marre-Sale area, Western Yamal
title_full Relationship between structure and chemical composition of fast sea and lake ice in the Cape Marre-Sale area, Western Yamal
title_fullStr Relationship between structure and chemical composition of fast sea and lake ice in the Cape Marre-Sale area, Western Yamal
title_full_unstemmed Relationship between structure and chemical composition of fast sea and lake ice in the Cape Marre-Sale area, Western Yamal
title_short Relationship between structure and chemical composition of fast sea and lake ice in the Cape Marre-Sale area, Western Yamal
title_sort relationship between structure and chemical composition of fast sea and lake ice in the cape marre sale area western yamal
topic fast sea ice
lake ice
ionic composition of ice
trace elements of ice
texture and microstructure of ice
hydrosphere clarke
europium and cerium anomalies
url https://ice-snow.igras.ru/jour/article/view/985
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AT yavtikhonravova relationshipbetweenstructureandchemicalcompositionoffastseaandlakeiceinthecapemarresaleareawesternyamal
AT easlagoda relationshipbetweenstructureandchemicalcompositionoffastseaandlakeiceinthecapemarresaleareawesternyamal