The Indicative Potential of the Forest-Tundra Landscape Component
In order to expand the possibilities of soil-cover remote monitoring and improve prognostic models of active-layer depth dynamics in connection with global climatic changes, the verification of correspondence between plant and soil components of subarctic landscapes is necessary. This is most releva...
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ftneliti:oai:neliti.com:509247 2023-05-15T18:28:24+02:00 The Indicative Potential of the Forest-Tundra Landscape Component Radchenko, T. A. (T) Valdayskikh, V. V. (V) Morozova, L. M. (L) Nekrasova, O. A. (O) 2018-10-29 application/pdf https://www.neliti.com/publications/509247/the-indicative-potential-of-the-forest-tundra-landscape-component id ind Knowledge E https://www.neliti.com/publications/509247/the-indicative-potential-of-the-forest-tundra-landscape-component (c) KnE Life Sciences, 2018 KnE Life Sciences Indonesia Journal:eArticle 2018 ftneliti 2022-09-05T08:14:57Z In order to expand the possibilities of soil-cover remote monitoring and improve prognostic models of active-layer depth dynamics in connection with global climatic changes, the verification of correspondence between plant and soil components of subarctic landscapes is necessary. This is most relevant for the forest-tundra zone,where the variety and mosaicity of soils and vegetation is great due to its ecotonic position. The purpose of this work was to study the relationship of vegetation with the characteristics of cryogenic soils and the dynamics of the active layer in forest-tundra landscapes. Data were obtained during monitoring studies at key sites in diverse landscapes of forest-tundra in the vicinity of Labytnangi. It was revealed that the thickness of the organogenic horizons, as well as the value of the moss phytomass, determine the active-layer thickness. A close connection with relief and soils allows the use of vegetation as an indicator of the soil texture and the depth of active-layer occurrence and features. Keywords: plant communities, cryogenic soils, active layer, landscape, forest-tundra, Western Siberia Other/Unknown Material Subarctic Tundra Siberia neliti (Indonesia's Think Tank Database) Labytnangi ENVELOPE(66.418,66.418,66.657,66.657) |
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Open Polar |
collection |
neliti (Indonesia's Think Tank Database) |
op_collection_id |
ftneliti |
language |
Indonesian |
topic |
Indonesia |
spellingShingle |
Indonesia Radchenko, T. A. (T) Valdayskikh, V. V. (V) Morozova, L. M. (L) Nekrasova, O. A. (O) The Indicative Potential of the Forest-Tundra Landscape Component |
topic_facet |
Indonesia |
description |
In order to expand the possibilities of soil-cover remote monitoring and improve prognostic models of active-layer depth dynamics in connection with global climatic changes, the verification of correspondence between plant and soil components of subarctic landscapes is necessary. This is most relevant for the forest-tundra zone,where the variety and mosaicity of soils and vegetation is great due to its ecotonic position. The purpose of this work was to study the relationship of vegetation with the characteristics of cryogenic soils and the dynamics of the active layer in forest-tundra landscapes. Data were obtained during monitoring studies at key sites in diverse landscapes of forest-tundra in the vicinity of Labytnangi. It was revealed that the thickness of the organogenic horizons, as well as the value of the moss phytomass, determine the active-layer thickness. A close connection with relief and soils allows the use of vegetation as an indicator of the soil texture and the depth of active-layer occurrence and features. Keywords: plant communities, cryogenic soils, active layer, landscape, forest-tundra, Western Siberia |
format |
Other/Unknown Material |
author |
Radchenko, T. A. (T) Valdayskikh, V. V. (V) Morozova, L. M. (L) Nekrasova, O. A. (O) |
author_facet |
Radchenko, T. A. (T) Valdayskikh, V. V. (V) Morozova, L. M. (L) Nekrasova, O. A. (O) |
author_sort |
Radchenko, T. A. (T) |
title |
The Indicative Potential of the Forest-Tundra Landscape Component |
title_short |
The Indicative Potential of the Forest-Tundra Landscape Component |
title_full |
The Indicative Potential of the Forest-Tundra Landscape Component |
title_fullStr |
The Indicative Potential of the Forest-Tundra Landscape Component |
title_full_unstemmed |
The Indicative Potential of the Forest-Tundra Landscape Component |
title_sort |
indicative potential of the forest-tundra landscape component |
publisher |
Knowledge E |
publishDate |
2018 |
url |
https://www.neliti.com/publications/509247/the-indicative-potential-of-the-forest-tundra-landscape-component |
long_lat |
ENVELOPE(66.418,66.418,66.657,66.657) |
geographic |
Labytnangi |
geographic_facet |
Labytnangi |
genre |
Subarctic Tundra Siberia |
genre_facet |
Subarctic Tundra Siberia |
op_source |
KnE Life Sciences |
op_relation |
https://www.neliti.com/publications/509247/the-indicative-potential-of-the-forest-tundra-landscape-component |
op_rights |
(c) KnE Life Sciences, 2018 |
_version_ |
1766210856859729920 |