Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed Ecosystems

It was found that among the studied monitoring sites in terms of biological activity, the microbial communities of primitive undeveloped soils on sandstone and ordinary chernozem were the least susceptible to the negative influence of environmental factors. The most significant increase in cellulos...

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Main Authors:	Дмитрий Валерьевич Сыщиков, Ирина Владимировна Агурова, Оксана Сыщикова
Format:	Article
Language:	English
Published:	Klaipeda State University of Applied Sciences 2021-03-01
Series:	Darnios Aplinkos Vystymas
Subjects:	Biological and cellulolytic activity of soils monitoring site edaphotope technogenous ecotope soil respiration
Online Access:	http://ojs.kvk.lt/index.php/DAV/article/view/174

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spelling	doaj-bb23dc1e096d4f5aa22488901dd7f5fc2021-06-29T07:41:22ZengKlaipeda State University of Applied SciencesDarnios Aplinkos Vystymas2538-90172538-90252021-03-0118110.52320/dav.v18i1.174Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed EcosystemsДмитрий Валерьевич Сыщиков0Ирина Владимировна Агурова1Оксана Сыщикова2Donetsk botanical gardenDonetsk botanical gardenM. Gorky Donetsk national medical university It was found that among the studied monitoring sites in terms of biological activity, the microbial communities of primitive undeveloped soils on sandstone and ordinary chernozem were the least susceptible to the negative influence of environmental factors. The most significant increase in cellulosolytic activity is characteristic of primitive sedimentary undeveloped soils and chernozem usual medium-thick loamy, which indicates a more active activity of microorganisms, and hence a greater availability of elements of mineral nutrition for plants. http://ojs.kvk.lt/index.php/DAV/article/view/174Biological and cellulolytic activity of soilsmonitoring siteedaphotopetechnogenous ecotopesoil respiration
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Дмитрий Валерьевич Сыщиков Ирина Владимировна Агурова Оксана Сыщикова
spellingShingle	Дмитрий Валерьевич Сыщиков Ирина Владимировна Агурова Оксана Сыщикова Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed Ecosystems Darnios Aplinkos Vystymas Biological and cellulolytic activity of soils monitoring site edaphotope technogenous ecotope soil respiration
author_facet	Дмитрий Валерьевич Сыщиков Ирина Владимировна Агурова Оксана Сыщикова
author_sort	Дмитрий Валерьевич Сыщиков
title	Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed Ecosystems
title_short	Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed Ecosystems
title_full	Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed Ecosystems
title_fullStr	Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed Ecosystems
title_full_unstemmed	Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed Ecosystems
title_sort	features of the formation of biological and cellulosolytic activity in soils of anthropogenous transformed ecosystems
publisher	Klaipeda State University of Applied Sciences
series	Darnios Aplinkos Vystymas
issn	2538-9017 2538-9025
publishDate	2021-03-01
description	It was found that among the studied monitoring sites in terms of biological activity, the microbial communities of primitive undeveloped soils on sandstone and ordinary chernozem were the least susceptible to the negative influence of environmental factors. The most significant increase in cellulosolytic activity is characteristic of primitive sedimentary undeveloped soils and chernozem usual medium-thick loamy, which indicates a more active activity of microorganisms, and hence a greater availability of elements of mineral nutrition for plants.
topic	Biological and cellulolytic activity of soils monitoring site edaphotope technogenous ecotope soil respiration
url	http://ojs.kvk.lt/index.php/DAV/article/view/174
work_keys_str_mv	AT dmitrijvalerʹevičsyŝikov featuresoftheformationofbiologicalandcellulosolyticactivityinsoilsofanthropogenoustransformedecosystems AT irinavladimirovnaagurova featuresoftheformationofbiologicalandcellulosolyticactivityinsoilsofanthropogenoustransformedecosystems AT oksanasyŝikova featuresoftheformationofbiologicalandcellulosolyticactivityinsoilsofanthropogenoustransformedecosystems
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Features of the Formation of Biological and Cellulosolytic Activity in Soils of Anthropogenous Transformed Ecosystems

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