Narrative History of the Resistance Screening Center: It’s Origins, Leadership and Partial List of Public Benefits and Scientific Contributions
Forty years ago, the US Department of Agriculture (USDA) Forest Service developed and currently operates the Resistance Screening Center near Asheville, North Carolina, as a service to both industry and university-based tree improvement programs and tree-seed exporting companies in the southern US,...
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doaj-1b1054584531493585f1f2796c9e1dde2020-11-24T22:38:56ZengMDPI AGForests1999-49072013-08-014366669210.3390/f4030666Narrative History of the Resistance Screening Center: It’s Origins, Leadership and Partial List of Public Benefits and Scientific ContributionsCarol YoungEllis CowlingForty years ago, the US Department of Agriculture (USDA) Forest Service developed and currently operates the Resistance Screening Center near Asheville, North Carolina, as a service to both industry and university-based tree improvement programs and tree-seed exporting companies in the southern US, Mexico, and Central America. Seed lots from more than 15,000 selections of slash and loblolly pines have been evaluated for genetically-controlled resistance to fusiform rust and other diseases including pitch canker, dogwood anthracnose, and brown spot needle blight. The screening system uses a greenhouse-based artificial inoculation system with controlled density of inoculum from geographically diverse sources of the rust pathogen. Results are completed in 6–9 months and are reasonably well-correlated with field-based progeny tests. Operating costs of the Center are shared by both the USDA Forest Service and its clients. The technologically sophisticated methods and professional skills of the Center staff have been applied to facilitate and accelerate progress in region-wide timber production, scientific understanding of the fusiform rust pathosystem, and graduate education of forest geneticists and pathologists in universities.http://www.mdpi.com/1999-4907/4/3/666tree improvementdisease resistancefusiform rustpitch cankerscreening center |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Carol Young Ellis Cowling |
spellingShingle |
Carol Young Ellis Cowling Narrative History of the Resistance Screening Center: It’s Origins, Leadership and Partial List of Public Benefits and Scientific Contributions Forests tree improvement disease resistance fusiform rust pitch canker screening center |
author_facet |
Carol Young Ellis Cowling |
author_sort |
Carol Young |
title |
Narrative History of the Resistance Screening Center: It’s Origins, Leadership and Partial List of Public Benefits and Scientific Contributions |
title_short |
Narrative History of the Resistance Screening Center: It’s Origins, Leadership and Partial List of Public Benefits and Scientific Contributions |
title_full |
Narrative History of the Resistance Screening Center: It’s Origins, Leadership and Partial List of Public Benefits and Scientific Contributions |
title_fullStr |
Narrative History of the Resistance Screening Center: It’s Origins, Leadership and Partial List of Public Benefits and Scientific Contributions |
title_full_unstemmed |
Narrative History of the Resistance Screening Center: It’s Origins, Leadership and Partial List of Public Benefits and Scientific Contributions |
title_sort |
narrative history of the resistance screening center: it’s origins, leadership and partial list of public benefits and scientific contributions |
publisher |
MDPI AG |
series |
Forests |
issn |
1999-4907 |
publishDate |
2013-08-01 |
description |
Forty years ago, the US Department of Agriculture (USDA) Forest Service developed and currently operates the Resistance Screening Center near Asheville, North Carolina, as a service to both industry and university-based tree improvement programs and tree-seed exporting companies in the southern US, Mexico, and Central America. Seed lots from more than 15,000 selections of slash and loblolly pines have been evaluated for genetically-controlled resistance to fusiform rust and other diseases including pitch canker, dogwood anthracnose, and brown spot needle blight. The screening system uses a greenhouse-based artificial inoculation system with controlled density of inoculum from geographically diverse sources of the rust pathogen. Results are completed in 6–9 months and are reasonably well-correlated with field-based progeny tests. Operating costs of the Center are shared by both the USDA Forest Service and its clients. The technologically sophisticated methods and professional skills of the Center staff have been applied to facilitate and accelerate progress in region-wide timber production, scientific understanding of the fusiform rust pathosystem, and graduate education of forest geneticists and pathologists in universities. |
topic |
tree improvement disease resistance fusiform rust pitch canker screening center |
url |
http://www.mdpi.com/1999-4907/4/3/666 |
work_keys_str_mv |
AT carolyoung narrativehistoryoftheresistancescreeningcenteritsoriginsleadershipandpartiallistofpublicbenefitsandscientificcontributions AT elliscowling narrativehistoryoftheresistancescreeningcenteritsoriginsleadershipandpartiallistofpublicbenefitsandscientificcontributions |
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