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Random musings on the nature of species, populations and the ways we study them.
The following lists links to a variety of data sets used in publications coming out of the Eckert lab. When possible they are grouped by publication. Feel free to use the data as needed. We only ask that you acknowledge the source of the data - either the original publication or this site. Saturday, February 16, 2013.
A research interest of the Eckert lab. Even apparently similar adaptations may be built from genetically different components. Identification of the strengths, weaknesses, and limitations to the methodologies I use to make inferences about phylogeographic history and adaptation. Does gene flow destroy phylogenetic signal? Eckert, A.
A research interest of the Eckert lab. Even apparently similar adaptations may be built from genetically different components. What are the genes that facilitate this process? How are these genes organized within the genomes of woody plants? My research addresses all three of these questions using a mixture of experimental and observational approaches. Does the degree of shared architecture correlat.
A research interest of the Eckert lab. Even apparently similar adaptations may be built from genetically different components. Phylogeny, historical biogeography, and patterns of diversification for Pinus.
The following lists publications produced after the establishment of the Eckert lab. Located in the Department of Biology. Prior publications can be located on personal webpages by clicking on the picture of the person shown in the left panel.
A resource for courses taught by Andrew J. This page gives a summary of courses taught by Andrew J. Eckert, as well as courses that involve the Eckert lab. Links to course syllabi and materials are listed when possible. You are free to use these as you see fit, but please give credit where appropriate.
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Computer code from the Eckert lab. Friday, October 28, 2011. Species tree - gene tree discordance for the Balfourianae. The purpose of this script is to perform a two stage bootstrap of loci and sites within loci for a set of 191 nuclear genes being used to infer the species tree for Pinus. The R script is here bootstrap. And 3 pairwise inference. Author Andrew J. Eckert. Thursday, October 27, 2011. DnaSAM - DNA Sequence Analysis and Manipulation. DnaSAM is a Perl program that assists in high-through.CONTENT
This web page eckertcompcode.blogspot.com states the following, "Computer code from the Eckert lab." We saw that the webpage said " Friday, October 28, 2011." It also said " Species tree - gene tree discordance for the Balfourianae. The purpose of this script is to perform a two stage bootstrap of loci and sites within loci for a set of 191 nuclear genes being used to infer the species tree for Pinus. The R script is here bootstrap. Thursday, October 27, 2011. DnaSAM - DNA Sequence Analysis and Manipulation. DnaSAM is a Perl program that assists in high-through."SEEK SIMILAR DOMAINS
The following lists links to a variety of data sets used in publications coming out of the Eckert lab. When possible they are grouped by publication. Feel free to use the data as needed. We only ask that you acknowledge the source of the data - either the original publication or this site. Saturday, February 16, 2013.
A research interest of the Eckert lab. Even apparently similar adaptations may be built from genetically different components. Identification of the strengths, weaknesses, and limitations to the methodologies I use to make inferences about phylogeographic history and adaptation. Does gene flow destroy phylogenetic signal? Eckert, A.
A research interest of the Eckert lab. Even apparently similar adaptations may be built from genetically different components. What are the genes that facilitate this process? How are these genes organized within the genomes of woody plants? My research addresses all three of these questions using a mixture of experimental and observational approaches. Does the degree of shared architecture correlat.
A research interest of the Eckert lab. Even apparently similar adaptations may be built from genetically different components. Phylogeny, historical biogeography, and patterns of diversification for Pinus.
Eckert Lab Meeting and Journal Club. Monday, February 17, 2014. This week we will read a paper that pertains to water-use efficiency in Pinus. Genetic parameters and QTL analysis of delta13C and ring width in maritime pine. Plant, Cell and Environment. Tuesday, November 19, 2013.