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Marine invasion genomics: Revealing ecological and evolutionary consequences of biological invasions

Marine invasion genomics: Revealing ecological and evolutionary consequences of biological invasions
Marine invasion genomics: Revealing ecological and evolutionary consequences of biological invasions
Genomic approaches are increasingly being used to study biological invasions. Here, we first analyse how high-throughput sequencing has aided our understanding of the mechanisms associated with biological invasions. These include the transport of propagules to pre-invaded areas, an exploration of the consequences of hybridisation during range expansions, and the pre- and post- invasion adaptation of colonising populations. We then explore how contemporary genomic methods have been used to probe and monitor the spread of non-indigenous species. More specifically, we focus on the detection of species richness from environmental samples, measures of quantitative traits that may promote invasive- ness, analysis of rapid adaptation, and the study of phenotypic plasticity. Finally, we look to the future, exploring how genomic approaches will assist future biodiversity conservationists in their efforts to mitigate the spread and effects of biological invasions. Ultimately, although the use of genomic tools to study non-indigenous species has so far been rather limited, studies to date indicate that genomic tools offer unparalleled research opportunities to continually improve our understanding of marine biological invasions
1-36
Springer
Bourne, S. D.
7a627258-0c23-491d-9fe9-1182d3ab849d
Hudson, James
13270335-45dc-4760-aec9-38270359389a
Holman, L. E.
3d57aba8-c261-413b-a053-e7bed35adba0
Rius, M.
c4e88345-4b4e-4428-b4b2-37229155f68d
Bourne, S. D.
7a627258-0c23-491d-9fe9-1182d3ab849d
Hudson, James
13270335-45dc-4760-aec9-38270359389a
Holman, L. E.
3d57aba8-c261-413b-a053-e7bed35adba0
Rius, M.
c4e88345-4b4e-4428-b4b2-37229155f68d

Bourne, S. D., Hudson, James, Holman, L. E. and Rius, M. (2018) Marine invasion genomics: Revealing ecological and evolutionary consequences of biological invasions. In, Population Genomics. Cham. Springer, pp. 1-36.

Record type: Book Section

Abstract

Genomic approaches are increasingly being used to study biological invasions. Here, we first analyse how high-throughput sequencing has aided our understanding of the mechanisms associated with biological invasions. These include the transport of propagules to pre-invaded areas, an exploration of the consequences of hybridisation during range expansions, and the pre- and post- invasion adaptation of colonising populations. We then explore how contemporary genomic methods have been used to probe and monitor the spread of non-indigenous species. More specifically, we focus on the detection of species richness from environmental samples, measures of quantitative traits that may promote invasive- ness, analysis of rapid adaptation, and the study of phenotypic plasticity. Finally, we look to the future, exploring how genomic approaches will assist future biodiversity conservationists in their efforts to mitigate the spread and effects of biological invasions. Ultimately, although the use of genomic tools to study non-indigenous species has so far been rather limited, studies to date indicate that genomic tools offer unparalleled research opportunities to continually improve our understanding of marine biological invasions

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e-pub ahead of print date: 16 May 2018
Published date: 2018

Identifiers

Local EPrints ID: 423130
URI: http://eprints.soton.ac.uk/id/eprint/423130
PURE UUID: b33ccb06-cac5-4ae1-85b4-8d47cb008850
ORCID for L. E. Holman: ORCID iD orcid.org/0000-0002-8139-3760

Catalogue record

Date deposited: 19 Sep 2018 11:04
Last modified: 22 Nov 2021 02:32

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Contributors

Author: S. D. Bourne
Author: James Hudson
Author: L. E. Holman ORCID iD
Author: M. Rius

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