Stable isotopes of carbon in modern plants of tracts of the key terrain of Marre-Sale (Western Yamal)
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Stable isotopes of carbon in modern plants of tracts of the key terrain of Marre-Sale (Western Yamal)
Kuznetsova Anna Olegovna

Junior Scientific Associate, the Institute of Cryosphere of Earth, Tyumen Scientific Center of Siberian Branch of the Russian Academy of Sciences

625000, Russia, Tyumenskaya oblast', g. Tyumen', ul. Malygina, 86, kab. 20

mouse132008@gmail.com
Ivanova Anna Andreevna

Junior Scientific Associate, the Institute of Cryosphere of Earth, Tyumen Scientific Center of Siberian Branch of the Russian Academy of Sciences

625000, Russia, Tyumenskaya oblast', g. Tyumen', ul. Malygina, 86

annaandruhovna@gmail.com
Slagoda Elena Adol'fovna

Doctor of Geology and Mineralogy

Chief Scientific Associate, Tyumen Scientific Center of Siberian Branch of the Russian Academy of Sciences

625000, Russia, Tyumenskaya oblast', g. Tyumen', ul. Malygina, 86

eslagoda@ikz.ru
Tikhonravova Yana Vital'evna

PhD in Geology and Mineralogy

Junior Scientific Associate, Melnikov Permafrost Institute of the Siberian Branch of the Russian Academy of Science

677010, Russia, respublika Sakha (Yakutiya), g. Yakutsk, ul. Merzlotnaya, 36

tikh-jana@yandex.ru

DOI:

10.7256/2453-8922.2020.1.32204

Review date:

10-03-2020


Publish date:

23-03-2020


Abstract.

Studies of the dependence of the accumulation of stable carbon isotopes on the growing conditions in modern plant species of tundra are very relevant. It was discovered that the same plant species accumulate the stable 13C isotope in different ways. The goal of this work is to reveal the relationship between the content of the stable 13C isotope in modern plants and the natural conditions of typical terrains of the tundra of the Western Yamal. At the geocryological station Marre-Sale, modern plant species were selected that grow under conditions of different moisture and remoteness from the sea. Modern plant species were determined using determinant atlases, carbon isotope contents using a DELTA V Advantage isotope mass spectrometer in the laboratory of LBIT (IMCES SB RAS). In different tracts, for identical plants the distribution of carbon isotopes depending on moisture was confirmed: the heavier 13С accumulates in dry ones, and lighter in humid and moist ones. It was determined that near the sea, the same plants of dry and wet tracts accumulate heavier 13С due to the influence of marine aerosols.

Keywords: marine influence, 13С plants, carbon, moisture, tundra, growing conditions, modern plants, bioforms, isotopic composition, analysis of variance
This article written in Russian. You can find full text of article in Russian here .

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