METHODS FOR MEASURING BIOMASS OF SOIL MICROORGANISMS

In this review we describe and compare the most common modern methods and approaches for measuring microbial biomass in soil. These methods do not require professional training in microscopy, work with pure cultures of microorganisms and other specific skills within «traditional microbiology». The...

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Main Author: I. V. Evdokimov
Format: Article
Language:English
Published: Penza State University Publishing House 2018-09-01
Series:Russian Journal of Ecosystem Ecology
Subjects:
ATP
DNA
Online Access:http://rjee.ru/rjee-3-3-2018-5/
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spelling doaj-70831ddb247a426fa4352cfb042f164b2020-11-24T21:39:40ZengPenza State University Publishing HouseRussian Journal of Ecosystem Ecology2500-05782018-09-013310.21685/2500-0578-2018-3-5METHODS FOR MEASURING BIOMASS OF SOIL MICROORGANISMSI. V. Evdokimov0RAS Institute of PhysicalIn this review we describe and compare the most common modern methods and approaches for measuring microbial biomass in soil. These methods do not require professional training in microscopy, work with pure cultures of microorganisms and other specific skills within «traditional microbiology». The methods under consideration can be applied by a wide range of researchers interested in getting information on microbial biomass that represents the most active and labile fraction of soil organic substance. The methods are grouped into three broad categories: 1) biocidal methods; 2) methods based on the respiratory response of soil microbial community to the addition of glucose; 3) methods that use various biochemical markers. We specify the application areas and limitations of each method as well as typical errors and miscalculations that arise in practical work.http://rjee.ru/rjee-3-3-2018-5/soil microbial biomassfumigation-extraction (FE)substrate-induced respiration (SIR)microbial growth kineticsphospholipid fatty acids (PLFA)biomarkersATPDNAconversion factors
collection DOAJ
language English
format Article
sources DOAJ
author I. V. Evdokimov
spellingShingle I. V. Evdokimov
METHODS FOR MEASURING BIOMASS OF SOIL MICROORGANISMS
Russian Journal of Ecosystem Ecology
soil microbial biomass
fumigation-extraction (FE)
substrate-induced respiration (SIR)
microbial growth kinetics
phospholipid fatty acids (PLFA)
biomarkers
ATP
DNA
conversion factors
author_facet I. V. Evdokimov
author_sort I. V. Evdokimov
title METHODS FOR MEASURING BIOMASS OF SOIL MICROORGANISMS
title_short METHODS FOR MEASURING BIOMASS OF SOIL MICROORGANISMS
title_full METHODS FOR MEASURING BIOMASS OF SOIL MICROORGANISMS
title_fullStr METHODS FOR MEASURING BIOMASS OF SOIL MICROORGANISMS
title_full_unstemmed METHODS FOR MEASURING BIOMASS OF SOIL MICROORGANISMS
title_sort methods for measuring biomass of soil microorganisms
publisher Penza State University Publishing House
series Russian Journal of Ecosystem Ecology
issn 2500-0578
publishDate 2018-09-01
description In this review we describe and compare the most common modern methods and approaches for measuring microbial biomass in soil. These methods do not require professional training in microscopy, work with pure cultures of microorganisms and other specific skills within «traditional microbiology». The methods under consideration can be applied by a wide range of researchers interested in getting information on microbial biomass that represents the most active and labile fraction of soil organic substance. The methods are grouped into three broad categories: 1) biocidal methods; 2) methods based on the respiratory response of soil microbial community to the addition of glucose; 3) methods that use various biochemical markers. We specify the application areas and limitations of each method as well as typical errors and miscalculations that arise in practical work.
topic soil microbial biomass
fumigation-extraction (FE)
substrate-induced respiration (SIR)
microbial growth kinetics
phospholipid fatty acids (PLFA)
biomarkers
ATP
DNA
conversion factors
url http://rjee.ru/rjee-3-3-2018-5/
work_keys_str_mv AT ivevdokimov methodsformeasuringbiomassofsoilmicroorganisms
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