The physiological, transcriptional and genetic responses of an ozone-sensitive and an ozone tolerant poplar and selected extremes of their F2 progeny
The physiological, transcriptional and genetic responses of an ozone-sensitive and an ozone tolerant poplar and selected extremes of their F2 progeny
Relatively little is known about the transcriptional response or genetic control of response and adaptation of trees to tropospheric ozone exposure. Such understanding is needed as up to 50% of forests, globally, may be subjected to phytotoxic concentrations of ozone. The physiological, transcriptional and genetic response to ozone was examined in Populus trichocarpa and P. deltoides, which show extreme sensitivity and tolerance to ozone, respectively. Using an inbred F(2) mapping population derived from these two species, we mapped quantitative trait loci (QTL) for traits associated with ozone response, examined segregation of the transcriptional response to ozone and co-located genes showing divergent responses between tolerant and sensitive genotypes with QTL. QTL were identified linking detrimental effects of ozone with leaf and biomass traits and differential responses were found for key genes involved in ethylene production and response.
45-54
Street, Nathaniel R.
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Tallis, M.J.
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Tucker, J.
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Mikael, Brosche
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Jaakko, Kangasjarvi
5fd2e2b3-6bd8-49ff-b11f-b356f894063f
Broadmeadow, Mark
eac7a609-19db-46af-8d11-329b28347ec8
2011
Street, Nathaniel R.
059730be-153a-4108-a5b1-7fb747bd75f9
Tallis, M.J.
25cbd143-1f8c-491b-9eac-f1c632dfcfda
Tucker, J.
124febb6-dc7f-4dab-b425-ff3e85c81593
Mikael, Brosche
bf8722f3-3b95-46f9-9076-6b7dfec614f9
Jaakko, Kangasjarvi
5fd2e2b3-6bd8-49ff-b11f-b356f894063f
Broadmeadow, Mark
eac7a609-19db-46af-8d11-329b28347ec8
Street, Nathaniel R., Tallis, M.J., Tucker, J., Mikael, Brosche, Jaakko, Kangasjarvi, Broadmeadow, Mark and Taylor, Gail
(2011)
The physiological, transcriptional and genetic responses of an ozone-sensitive and an ozone tolerant poplar and selected extremes of their F2 progeny.
Environmental Pollution, 159, .
(doi:10.1016/j.envpol.2010.09.027).
Abstract
Relatively little is known about the transcriptional response or genetic control of response and adaptation of trees to tropospheric ozone exposure. Such understanding is needed as up to 50% of forests, globally, may be subjected to phytotoxic concentrations of ozone. The physiological, transcriptional and genetic response to ozone was examined in Populus trichocarpa and P. deltoides, which show extreme sensitivity and tolerance to ozone, respectively. Using an inbred F(2) mapping population derived from these two species, we mapped quantitative trait loci (QTL) for traits associated with ozone response, examined segregation of the transcriptional response to ozone and co-located genes showing divergent responses between tolerant and sensitive genotypes with QTL. QTL were identified linking detrimental effects of ozone with leaf and biomass traits and differential responses were found for key genes involved in ethylene production and response.
Text
The_physiological,_transcriptional_and_genetic_responses_of_an_ozone-_sensitive_and_an_ozone_tolerant_poplar_and_selected_extremes_of_their_F2_progeny.pdf
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Published date: 2011
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Local EPrints ID: 167721
URI: http://eprints.soton.ac.uk/id/eprint/167721
ISSN: 0269-7491
PURE UUID: 911da630-8a7b-4c7b-aef8-96ba56a9d5e0
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Date deposited: 17 Nov 2010 12:57
Last modified: 14 Mar 2024 02:16
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Contributors
Author:
Nathaniel R. Street
Author:
M.J. Tallis
Author:
J. Tucker
Author:
Brosche Mikael
Author:
Kangasjarvi Jaakko
Author:
Mark Broadmeadow
Author:
Gail Taylor
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