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Our long term goal is to genetically dissect complex traits and understand the relationship between naturally occurring genetic and phenotypic variation in forest trees. In this project we will identify relationships between naturally occurring genetic and phenotypic variation in Pinus taeda L.

Loblolly pine, a gymnosperm, is well-positioned phylogenetically to help us understand the evolution of adaptive traits in land plants. To assign biological roles to genes of unknown function and to define gene networks of adaptive significance, a population genomic approach (association genetics) will be used to study how allelic sequence variation among individuals results in phenotypic differences....

Project Overview
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Resequencing and SNP Discovery
Sequence Submission
Genotyping
Phenotyping
Association Mapping
Forestry Careers and Education Resource
Outreach Internship Description


Updates

241,796 reads submitted to Trace Archive
7,310 amplicons to the PopSets repository via tbl2asn program
Illumina Webinar Series: GoldenGate and Infinium SNP Genotyping for Association Studies in Trees

Project Members

Consortium Members
Project Members
Member's Area

Resources

Dendrome
IUFRO Calendar of Events
UCD Department of Plant Sciences
Institute of Forest Genetics
Directory of Forest Geneticists
Forest Tree Genome Websites

Funding

Current Events
University of Florida North Carolina State University Texas A&M University University of California, Davis
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