Kings without crowns: Analysis of abundance bacilli in different soil ecosystems

This study describes culture-dependent as well as culture-independent strategies to monitor diversity and abundance of Bacillus benzoevorans-related soil bacteria. These bacteria are wide spread around the world, inhabiting a variety of terrestrial environments. A distinguishing feature of the family Bacillaceae is their ability to form endospores. This capacity makes the genus Bacillus amenable to retrospective and biogeographical studies, as their endospores provide the means for survival under environmental conditions of stress, allowing their detection later on. For the rapid detection of B. benzoevorans-re\aiea populations in soil samples selective cultivation media and group-specific primers and probes were developed. Using these techniques the global distribution of this group was demonstrated and indicated their adaptive capacity to diverse soil ecosystems. A unique soil sample archive provided insight in the microbiological impact of land reclamation and flooding. Using multivariate statistical approaches were used to assess the microbial community dynamics over time and in response to the changing environmental conditions.Found in a variety of soil ecosystems, microorganisms related to B. benzoevorans seem to be able to populate a broad range of niches, which indicates a high degree of metabolic versatility and strong adaptive capability. Moreover, they account for a significant part of the total bacterial community (up to 30 %). Based on our exploratory study the importance of their role is just indicated, but not acknowledged yet. Therefore, it is proposed to regard B. benzoevorans relatives as 'kings without crowns'; as this group of bacteria deserves more scientific attention in future studies aiming to unravel their eco-physiology and functionality as major players of the soil microbiota.

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Bibliographic Details
Main Author: Tzeneva, V.A.
Other Authors: de Vos, Willem
Format: Doctoral thesis biblioteca
Language:English
Subjects:bacillus, biodiversity, ecosystems, genomics, old fields, soil bacteria, terrestrial ecosystems, biodiversiteit, bodembacteriën, ecosystemen, genexpressieanalyse, terrestrische ecosystemen,
Online Access:https://research.wur.nl/en/publications/kings-without-crowns-analysis-of-abundance-bacilli-in-different-s
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spelling dig-wur-nl-wurpubs-3487452024-10-23 Tzeneva, V.A. de Vos, Willem Smidt, Hauke Akkermans, A.D.L. Doctoral thesis Kings without crowns: Analysis of abundance bacilli in different soil ecosystems 2006 This study describes culture-dependent as well as culture-independent strategies to monitor diversity and abundance of Bacillus benzoevorans-related soil bacteria. These bacteria are wide spread around the world, inhabiting a variety of terrestrial environments. A distinguishing feature of the family Bacillaceae is their ability to form endospores. This capacity makes the genus Bacillus amenable to retrospective and biogeographical studies, as their endospores provide the means for survival under environmental conditions of stress, allowing their detection later on. For the rapid detection of B. benzoevorans-re\aiea populations in soil samples selective cultivation media and group-specific primers and probes were developed. Using these techniques the global distribution of this group was demonstrated and indicated their adaptive capacity to diverse soil ecosystems. A unique soil sample archive provided insight in the microbiological impact of land reclamation and flooding. Using multivariate statistical approaches were used to assess the microbial community dynamics over time and in response to the changing environmental conditions.Found in a variety of soil ecosystems, microorganisms related to B. benzoevorans seem to be able to populate a broad range of niches, which indicates a high degree of metabolic versatility and strong adaptive capability. Moreover, they account for a significant part of the total bacterial community (up to 30 %). Based on our exploratory study the importance of their role is just indicated, but not acknowledged yet. Therefore, it is proposed to regard B. benzoevorans relatives as 'kings without crowns'; as this group of bacteria deserves more scientific attention in future studies aiming to unravel their eco-physiology and functionality as major players of the soil microbiota. en application/pdf https://research.wur.nl/en/publications/kings-without-crowns-analysis-of-abundance-bacilli-in-different-s 10.18174/121841 https://edepot.wur.nl/121841 bacillus biodiversity ecosystems genomics old fields soil bacteria terrestrial ecosystems bacillus biodiversiteit bodembacteriën ecosystemen genexpressieanalyse old fields terrestrische ecosystemen Wageningen University & Research
institution WUR NL
collection DSpace
country Países bajos
countrycode NL
component Bibliográfico
access En linea
databasecode dig-wur-nl
tag biblioteca
region Europa del Oeste
libraryname WUR Library Netherlands
language English
topic bacillus
biodiversity
ecosystems
genomics
old fields
soil bacteria
terrestrial ecosystems
bacillus
biodiversiteit
bodembacteriën
ecosystemen
genexpressieanalyse
old fields
terrestrische ecosystemen
bacillus
biodiversity
ecosystems
genomics
old fields
soil bacteria
terrestrial ecosystems
bacillus
biodiversiteit
bodembacteriën
ecosystemen
genexpressieanalyse
old fields
terrestrische ecosystemen
spellingShingle bacillus
biodiversity
ecosystems
genomics
old fields
soil bacteria
terrestrial ecosystems
bacillus
biodiversiteit
bodembacteriën
ecosystemen
genexpressieanalyse
old fields
terrestrische ecosystemen
bacillus
biodiversity
ecosystems
genomics
old fields
soil bacteria
terrestrial ecosystems
bacillus
biodiversiteit
bodembacteriën
ecosystemen
genexpressieanalyse
old fields
terrestrische ecosystemen
Tzeneva, V.A.
Kings without crowns: Analysis of abundance bacilli in different soil ecosystems
description This study describes culture-dependent as well as culture-independent strategies to monitor diversity and abundance of Bacillus benzoevorans-related soil bacteria. These bacteria are wide spread around the world, inhabiting a variety of terrestrial environments. A distinguishing feature of the family Bacillaceae is their ability to form endospores. This capacity makes the genus Bacillus amenable to retrospective and biogeographical studies, as their endospores provide the means for survival under environmental conditions of stress, allowing their detection later on. For the rapid detection of B. benzoevorans-re\aiea populations in soil samples selective cultivation media and group-specific primers and probes were developed. Using these techniques the global distribution of this group was demonstrated and indicated their adaptive capacity to diverse soil ecosystems. A unique soil sample archive provided insight in the microbiological impact of land reclamation and flooding. Using multivariate statistical approaches were used to assess the microbial community dynamics over time and in response to the changing environmental conditions.Found in a variety of soil ecosystems, microorganisms related to B. benzoevorans seem to be able to populate a broad range of niches, which indicates a high degree of metabolic versatility and strong adaptive capability. Moreover, they account for a significant part of the total bacterial community (up to 30 %). Based on our exploratory study the importance of their role is just indicated, but not acknowledged yet. Therefore, it is proposed to regard B. benzoevorans relatives as 'kings without crowns'; as this group of bacteria deserves more scientific attention in future studies aiming to unravel their eco-physiology and functionality as major players of the soil microbiota.
author2 de Vos, Willem
author_facet de Vos, Willem
Tzeneva, V.A.
format Doctoral thesis
topic_facet bacillus
biodiversity
ecosystems
genomics
old fields
soil bacteria
terrestrial ecosystems
bacillus
biodiversiteit
bodembacteriën
ecosystemen
genexpressieanalyse
old fields
terrestrische ecosystemen
author Tzeneva, V.A.
author_sort Tzeneva, V.A.
title Kings without crowns: Analysis of abundance bacilli in different soil ecosystems
title_short Kings without crowns: Analysis of abundance bacilli in different soil ecosystems
title_full Kings without crowns: Analysis of abundance bacilli in different soil ecosystems
title_fullStr Kings without crowns: Analysis of abundance bacilli in different soil ecosystems
title_full_unstemmed Kings without crowns: Analysis of abundance bacilli in different soil ecosystems
title_sort kings without crowns: analysis of abundance bacilli in different soil ecosystems
url https://research.wur.nl/en/publications/kings-without-crowns-analysis-of-abundance-bacilli-in-different-s
work_keys_str_mv AT tzenevava kingswithoutcrownsanalysisofabundancebacilliindifferentsoilecosystems
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