Age and conditions of the formation of the buried soils in the Stajki section by palynological studies

In the article are set forth materials of the palynological researches of the soil sediments in the section et the vil. Stajki (Mogilev Podniepr, Belarus), the age of which is dated Holocene interglacial (isotopic stage 1). Characterized spectra clearing composition 1 (phase SA-1, 2, 3) and 2 (early...

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Main Author: Yadviga K. Yelovicheva
Format: Article
Language:Belarusian
Published: Belarusian State University 2017-10-01
Series: Журнал Белорусского государственного университета: География, геология
Subjects:
Online Access:https://journals.bsu.by/index.php/geography/article/view/813
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spelling doaj-3cad5981fd524a01909cb07e7c2e69882020-11-25T02:15:57ZbelBelarusian State University Журнал Белорусского государственного университета: География, геология2521-67402617-39722017-10-011137145813Age and conditions of the formation of the buried soils in the Stajki section by palynological studiesYadviga K. Yelovicheva0Belarusian State University, Nezavisimosti avenue, 4, 220030, Minsk, Republic of BelarusIn the article are set forth materials of the palynological researches of the soil sediments in the section et the vil. Stajki (Mogilev Podniepr, Belarus), the age of which is dated Holocene interglacial (isotopic stage 1). Characterized spectra clearing composition 1 (phase SA-1, 2, 3) and 2 (early Holocene: PB-1, BO-2; Middle Holocene: AT-1, 2, 3; Late Holocene: SB-1, 2; SA-1, 2, 3), the character of the vegetation of paleolandscapes (pine forests with birch → pine forests with meso- and thermophilic breeds → broad-leaved forest (linden, oak-elm and then hornbeam and hornbeam forests, alder) → spruce and pine forests with meso- and thermophilic breeds → pine with spruce and birch), especially palynoflora (rare-seldom in the Holocene optimum Abies alba, Larix, Nymphaea alba, Salvinia natans), dynamics of palaeolake (the riverbed in the Late Glacial and early Holocene – 13 900–10 000 y. a., overgrown of riverbed in predoptimum time – 8400–8800 y. a., marsh regime in the Holocene optimum – 8000–5300 y. a., renewal of river flow from the end of optimum (AT-3-d) to the beginning SB – 4700–5300 y. a. in the steady slow mode, and in a more dynamic – in SB-1, SB-2 – 1600– 4700 y. a., soil development in the SA-3 (1600 y. a. – present)) and paleoclimate (cool and dry, then moderately-warm and dry in predoptimum time, warm and humid in the Holocene optimum, moderately-warm and humid, the change of moderately-warm and dry in postoptimum time) of the selected stages.https://journals.bsu.by/index.php/geography/article/view/813palynologyholocenevegetationburied soilsclimateholocene interglaciation
collection DOAJ
language Belarusian
format Article
sources DOAJ
author Yadviga K. Yelovicheva
spellingShingle Yadviga K. Yelovicheva
Age and conditions of the formation of the buried soils in the Stajki section by palynological studies
Журнал Белорусского государственного университета: География, геология
palynology
holocene
vegetation
buried soils
climate
holocene interglaciation
author_facet Yadviga K. Yelovicheva
author_sort Yadviga K. Yelovicheva
title Age and conditions of the formation of the buried soils in the Stajki section by palynological studies
title_short Age and conditions of the formation of the buried soils in the Stajki section by palynological studies
title_full Age and conditions of the formation of the buried soils in the Stajki section by palynological studies
title_fullStr Age and conditions of the formation of the buried soils in the Stajki section by palynological studies
title_full_unstemmed Age and conditions of the formation of the buried soils in the Stajki section by palynological studies
title_sort age and conditions of the formation of the buried soils in the stajki section by palynological studies
publisher Belarusian State University
series Журнал Белорусского государственного университета: География, геология
issn 2521-6740
2617-3972
publishDate 2017-10-01
description In the article are set forth materials of the palynological researches of the soil sediments in the section et the vil. Stajki (Mogilev Podniepr, Belarus), the age of which is dated Holocene interglacial (isotopic stage 1). Characterized spectra clearing composition 1 (phase SA-1, 2, 3) and 2 (early Holocene: PB-1, BO-2; Middle Holocene: AT-1, 2, 3; Late Holocene: SB-1, 2; SA-1, 2, 3), the character of the vegetation of paleolandscapes (pine forests with birch → pine forests with meso- and thermophilic breeds → broad-leaved forest (linden, oak-elm and then hornbeam and hornbeam forests, alder) → spruce and pine forests with meso- and thermophilic breeds → pine with spruce and birch), especially palynoflora (rare-seldom in the Holocene optimum Abies alba, Larix, Nymphaea alba, Salvinia natans), dynamics of palaeolake (the riverbed in the Late Glacial and early Holocene – 13 900–10 000 y. a., overgrown of riverbed in predoptimum time – 8400–8800 y. a., marsh regime in the Holocene optimum – 8000–5300 y. a., renewal of river flow from the end of optimum (AT-3-d) to the beginning SB – 4700–5300 y. a. in the steady slow mode, and in a more dynamic – in SB-1, SB-2 – 1600– 4700 y. a., soil development in the SA-3 (1600 y. a. – present)) and paleoclimate (cool and dry, then moderately-warm and dry in predoptimum time, warm and humid in the Holocene optimum, moderately-warm and humid, the change of moderately-warm and dry in postoptimum time) of the selected stages.
topic palynology
holocene
vegetation
buried soils
climate
holocene interglaciation
url https://journals.bsu.by/index.php/geography/article/view/813
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