Monitoring changes in genetic diversity

DNA is the most elemental level of biodiversity, drives the process of speciation, and underpins other levels of biodiversity, including functional traits, species and ecosystems. Until recently biodiversity indicators have largely overlooked data from the molecular tools that are available for meas...

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Main Authors: Bruford, W.M., Davies, N., Dulloo, Mohammad Ehsan, Faith, D.P., Walters, M.
Format: Book Chapter
Language:Inglés
Published: Springer 2017
Subjects:
Online Access:https://hdl.handle.net/10568/78586
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author Bruford, W.M.
Davies, N.
Dulloo, Mohammad Ehsan
Faith, D.P.
Walters, M.
author_browse Bruford, W.M.
Davies, N.
Dulloo, Mohammad Ehsan
Faith, D.P.
Walters, M.
author_facet Bruford, W.M.
Davies, N.
Dulloo, Mohammad Ehsan
Faith, D.P.
Walters, M.
author_sort Bruford, W.M.
collection Repository of Agricultural Research Outputs (CGSpace)
description DNA is the most elemental level of biodiversity, drives the process of speciation, and underpins other levels of biodiversity, including functional traits, species and ecosystems. Until recently biodiversity indicators have largely overlooked data from the molecular tools that are available for measuring variation at the DNA level. More direct analysis of trends in genetic diversity are now feasible and are ready to be incorporated into biodiversity monitoring. This chapter explores the current state-of-the-art in genetic monitoring, with an emphasis on new molecular tools and the richness of data they provide to supplement existing approaches. We also briefly consider proxy approaches that may be useful for many-species, global scale monitoring cases.
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spelling CGSpace785862025-11-05T07:18:06Z Monitoring changes in genetic diversity Bruford, W.M. Davies, N. Dulloo, Mohammad Ehsan Faith, D.P. Walters, M. biodiversity genetic variation monitoring data genomes equipment DNA is the most elemental level of biodiversity, drives the process of speciation, and underpins other levels of biodiversity, including functional traits, species and ecosystems. Until recently biodiversity indicators have largely overlooked data from the molecular tools that are available for measuring variation at the DNA level. More direct analysis of trends in genetic diversity are now feasible and are ready to be incorporated into biodiversity monitoring. This chapter explores the current state-of-the-art in genetic monitoring, with an emphasis on new molecular tools and the richness of data they provide to supplement existing approaches. We also briefly consider proxy approaches that may be useful for many-species, global scale monitoring cases. 2017 2017-01-04T11:22:18Z 2017-01-04T11:22:18Z Book Chapter https://hdl.handle.net/10568/78586 en Open Access application/pdf Springer Bruford, M.W.; Davies, N.; Dulloo, M.E.; Faith, D.P.; Walters, M. (2017) Monitoring changes in genetic diversity. In: The GEO handbook on biodiversity observation networks. (Walters, M. et al. (eds.)) Springer International Publishing. p. 107-128 ISBN: 978-3-319-27286-3
spellingShingle biodiversity
genetic variation
monitoring
data
genomes
equipment
Bruford, W.M.
Davies, N.
Dulloo, Mohammad Ehsan
Faith, D.P.
Walters, M.
Monitoring changes in genetic diversity
title Monitoring changes in genetic diversity
title_full Monitoring changes in genetic diversity
title_fullStr Monitoring changes in genetic diversity
title_full_unstemmed Monitoring changes in genetic diversity
title_short Monitoring changes in genetic diversity
title_sort monitoring changes in genetic diversity
topic biodiversity
genetic variation
monitoring
data
genomes
equipment
url https://hdl.handle.net/10568/78586
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