http://www.rilab.org/index.htmlR-I Lab reading groupenrossibarra@ucdavis.eduCopyright 2011 Jeffrey Ross-Ibarra2012-01-20T17:45:00-08:00 hourly 1 2000-01-01T12:00+00:00 Fri, 17 Apr 2009 10:28:42 -0700rossibarra@ucdavis.eduR.E.H.A.B.2012-01-20T17:45:00-08:00http://www.rilab.org/rehab/files/d62cc1f79199e9150e5fb52947fef9c2-206.html#unique-entry-id-206http://www.rilab.org/rehab/files/d62cc1f79199e9150e5fb52947fef9c2-206.html#unique-entry-id-206Distinct Genetic Architectures for Male and Female Inflorescence Traits of Maize]]>rossibarra@ucdavis.eduR.E.H.A.B.2012-01-13T00:13:00-08:00http://www.rilab.org/rehab/files/582d9741b2f29dc638898fcd5f062182-205.html#unique-entry-id-205http://www.rilab.org/rehab/files/582d9741b2f29dc638898fcd5f062182-205.html#unique-entry-id-205Reduced efficacy of natural selection on codon usage bias in selfing Arabidopsis and Capsella species
]]>rossibarra@ucdavis.eduR.E.H.A.B.2012-01-27T00:11:00-08:00http://www.rilab.org/rehab/files/8683b9d942f47826f957c7de3b212077-204.html#unique-entry-id-204http://www.rilab.org/rehab/files/8683b9d942f47826f957c7de3b212077-204.html#unique-entry-id-204The landscape of recombination in African Americans
]]>rossibarra@ucdavis.eduR.E.H.A.B.2012-01-06T12:17:00-08:00http://www.rilab.org/rehab/files/3af2a3e9cafdae1ff1e6e7f297a53f22-203.html#unique-entry-id-203http://www.rilab.org/rehab/files/3af2a3e9cafdae1ff1e6e7f297a53f22-203.html#unique-entry-id-203Is diversification history of maize influencing selection of soil bacteria by roots?
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-12-30T14:04:00-08:00http://www.rilab.org/rehab/files/070e8077276b5e659d689eb7a5bb0c4d-202.html#unique-entry-id-202http://www.rilab.org/rehab/files/070e8077276b5e659d689eb7a5bb0c4d-202.html#unique-entry-id-202rossibarra@ucdavis.eduR.E.H.A.B.2011-12-23T12:27:00-08:00http://www.rilab.org/rehab/files/33e51869792a642943d10a0e987960cd-201.html#unique-entry-id-201http://www.rilab.org/rehab/files/33e51869792a642943d10a0e987960cd-201.html#unique-entry-id-201Heritable Epigenetic Variation among Maize Inbreds
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-11-25T22:33:25-08:00http://www.rilab.org/rehab/files/9216470b9cf9d6cbac25e2d73619fac1-200.html#unique-entry-id-200http://www.rilab.org/rehab/files/9216470b9cf9d6cbac25e2d73619fac1-200.html#unique-entry-id-200rossibarra@ucdavis.eduR.E.H.A.B.2011-12-16T22:18:00-08:00http://www.rilab.org/rehab/files/23d0b79449b3318cfe1009dc7dc5fa3f-199.html#unique-entry-id-199http://www.rilab.org/rehab/files/23d0b79449b3318cfe1009dc7dc5fa3f-199.html#unique-entry-id-199Comparative Phylogeography of a Coevolved Community: Concerted Population Expansions in Joshua Trees and Four Yucca Moths]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-12-09T21:29:56-08:00http://www.rilab.org/rehab/files/eec9bf0f78a8cbc7a731a9bb3a1480d1-198.html#unique-entry-id-198http://www.rilab.org/rehab/files/eec9bf0f78a8cbc7a731a9bb3a1480d1-198.html#unique-entry-id-198Genome structural variation discovery and genotyping
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-12-02T21:27:55-08:00http://www.rilab.org/rehab/files/4d18fdab09cd5b2eb0a1bc34302f043a-197.html#unique-entry-id-197http://www.rilab.org/rehab/files/4d18fdab09cd5b2eb0a1bc34302f043a-197.html#unique-entry-id-197Boechera, a model system for ecological genomics]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-11-18T21:25:00-08:00http://www.rilab.org/rehab/files/ae2fde5adbd2274643fe9c47151dc4a2-196.html#unique-entry-id-196http://www.rilab.org/rehab/files/ae2fde5adbd2274643fe9c47151dc4a2-196.html#unique-entry-id-196Drosophila CENH3 Is Sufficient for Centromere Formation
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-11-11T20:48:51-08:00http://www.rilab.org/rehab/files/5110e725ac9fb6a3ed92e8d9a05c3c35-194.html#unique-entry-id-194http://www.rilab.org/rehab/files/5110e725ac9fb6a3ed92e8d9a05c3c35-194.html#unique-entry-id-194A Widespread Chromosomal Inversion Polymorphism Contributes to a Major Life-History Transition, Local Adaptation, and Reproductive Isolation]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-11-04T20:07:20-07:00http://www.rilab.org/rehab/files/7ef617265d9c750d95f2ea10e9dc98b1-193.html#unique-entry-id-193http://www.rilab.org/rehab/files/7ef617265d9c750d95f2ea10e9dc98b1-193.html#unique-entry-id-193Natural Selection Affects Multiple Aspects of Genetic Variation at Putatively Neutral Sites across the Human Genome
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-10-28T05:42:04-07:00http://www.rilab.org/rehab/files/e5a5148f13a6eb560cef9f4aebf64e91-192.html#unique-entry-id-192http://www.rilab.org/rehab/files/e5a5148f13a6eb560cef9f4aebf64e91-192.html#unique-entry-id-192Joint analysis of demography and selection in population genetics: where do we stand and where could we go?
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-10-21T11:16:46-07:00http://www.rilab.org/rehab/files/83d0c3dbbd0e570558a906fd45c08dc7-191.html#unique-entry-id-191http://www.rilab.org/rehab/files/83d0c3dbbd0e570558a906fd45c08dc7-191.html#unique-entry-id-191Factors that contribute to variation in evolutionary rate among Arabidopsis genes
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-10-14T11:39:12-07:00http://www.rilab.org/rehab/files/5c21475c73251fe0a94803b567f438c3-189.html#unique-entry-id-189http://www.rilab.org/rehab/files/5c21475c73251fe0a94803b567f438c3-189.html#unique-entry-id-189Arabdopsis local adaptation double edition]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-10-07T19:54:51-07:00http://www.rilab.org/rehab/files/f0a5db04beeb0dc66add45c749f59569-188.html#unique-entry-id-188http://www.rilab.org/rehab/files/f0a5db04beeb0dc66add45c749f59569-188.html#unique-entry-id-188The genetics of inbreeding depression
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-09-30T10:09:10-07:00http://www.rilab.org/rehab/files/edaadd5c286076c31808d38c56aa5ccc-187.html#unique-entry-id-187http://www.rilab.org/rehab/files/edaadd5c286076c31808d38c56aa5ccc-187.html#unique-entry-id-187Population genomics and local adaptation in wild isolates of a model microbial eukaryote
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-09-23T18:02:49-07:00http://www.rilab.org/rehab/files/2c7338ee12c3172a78bfa7bec1eb20bd-186.html#unique-entry-id-186http://www.rilab.org/rehab/files/2c7338ee12c3172a78bfa7bec1eb20bd-186.html#unique-entry-id-186Arabidopsis genome special double-edition

]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-08-26T15:47:52-07:00http://www.rilab.org/rehab/files/61ec2ddd56a5ce171a725da2168b3ce4-185.html#unique-entry-id-185http://www.rilab.org/rehab/files/61ec2ddd56a5ce171a725da2168b3ce4-185.html#unique-entry-id-185rossibarra@ucdavis.eduR.E.H.A.B.2011-09-16T13:19:31-07:00http://www.rilab.org/rehab/files/369752a6970b01f2c29878e27f1ca754-184.html#unique-entry-id-184http://www.rilab.org/rehab/files/369752a6970b01f2c29878e27f1ca754-184.html#unique-entry-id-184Characterizing the Influence of Effective Population Size on the Rate of Adaptation: Gillespie’s Darwin Domain]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-09-02T17:04:51-07:00http://www.rilab.org/rehab/files/c3daca012448e393c2353efe4e050715-183.html#unique-entry-id-183http://www.rilab.org/rehab/files/c3daca012448e393c2353efe4e050715-183.html#unique-entry-id-183Two Evolutionary Histories in the Genome of Rice: the Roles of Domestication Genes
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-09-09T17:00:35-07:00http://www.rilab.org/rehab/files/c2970abe0e1d3aaa9cb86e540e4a5f16-182.html#unique-entry-id-182http://www.rilab.org/rehab/files/c2970abe0e1d3aaa9cb86e540e4a5f16-182.html#unique-entry-id-182Body-methylated genes in Arabidopsis thaliana are functionally important and evolve slowly
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-08-19T16:34:04-07:00http://www.rilab.org/rehab/files/24dbd74535bdfba906014a6b5aa93945-181.html#unique-entry-id-181http://www.rilab.org/rehab/files/24dbd74535bdfba906014a6b5aa93945-181.html#unique-entry-id-181Genetic basis of pearl millet adaptation along an environmental gradient investigated by a combination of genome scan and association mapping
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-08-12T14:19:58-07:00http://www.rilab.org/rehab/files/48018e257b1db908a08349fd89d3a6ac-180.html#unique-entry-id-180http://www.rilab.org/rehab/files/48018e257b1db908a08349fd89d3a6ac-180.html#unique-entry-id-180Adaptive chromosomal divergence driven by mixed geographic mode of evolution
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-08-05T07:56:30-07:00http://www.rilab.org/rehab/files/4b6c95297af480ae1b001457fde01e05-179.html#unique-entry-id-179http://www.rilab.org/rehab/files/4b6c95297af480ae1b001457fde01e05-179.html#unique-entry-id-179An X-linked haplotype of Neandertal origin is present among all non-African populations
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-07-29T14:21:39-07:00http://www.rilab.org/rehab/files/3bc63689c7238904575ca98b35698df8-178.html#unique-entry-id-178http://www.rilab.org/rehab/files/3bc63689c7238904575ca98b35698df8-178.html#unique-entry-id-178Chromosome Size in Diploid Eukaryotic Species Centers on the Average Length with a Conserved Boundary

]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-07-22T14:19:57-07:00http://www.rilab.org/rehab/files/5b0120f50293012e58cd7016a7172525-177.html#unique-entry-id-177http://www.rilab.org/rehab/files/5b0120f50293012e58cd7016a7172525-177.html#unique-entry-id-177Inference of human population history from individual whole-genome sequences
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-07-15T11:13:05-07:00http://www.rilab.org/rehab/files/7c49108b640d028a61b184a63b675522-176.html#unique-entry-id-176http://www.rilab.org/rehab/files/7c49108b640d028a61b184a63b675522-176.html#unique-entry-id-176Interpreting principal component analyses of spatial population genetic variation

AND

Genes mirror geography within Europe
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-07-08T15:11:10-07:00http://www.rilab.org/rehab/files/64169ce94b16159d1672788cdcba971a-175.html#unique-entry-id-175http://www.rilab.org/rehab/files/64169ce94b16159d1672788cdcba971a-175.html#unique-entry-id-175Sensitive Detection of Chromosomal Segments of Distinct Ancestry in Admixed Populations
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-06-24T10:09:00-07:00http://www.rilab.org/rehab/files/1e54d42199230d8aa58385cff1e01cc8-174.html#unique-entry-id-174http://www.rilab.org/rehab/files/1e54d42199230d8aa58385cff1e01cc8-174.html#unique-entry-id-174Population-Based Resequencing of Experimentally Evolved Populations Reveals the Genetic Basis of Body Size Variation in Drosophila melanogaster
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-07-01T10:07:00-07:00http://www.rilab.org/rehab/files/5f8ec5ccb585441a8722485a585a93f0-173.html#unique-entry-id-173http://www.rilab.org/rehab/files/5f8ec5ccb585441a8722485a585a93f0-173.html#unique-entry-id-173Genetic Architecture of Flowering-Time Variation in Arabidopsis thaliana
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-06-17T13:30:10-07:00http://www.rilab.org/rehab/files/60c0cd0fffd64f4a283b49569eb5347d-172.html#unique-entry-id-172http://www.rilab.org/rehab/files/60c0cd0fffd64f4a283b49569eb5347d-172.html#unique-entry-id-172Human population dispersal ''Out of Africa'' estimated from linkage disequilibrium and allele frequencies of SNPs
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-06-10T13:28:56-07:00http://www.rilab.org/rehab/files/9249af67cc80b2b4c01f39058ca10337-171.html#unique-entry-id-171http://www.rilab.org/rehab/files/9249af67cc80b2b4c01f39058ca10337-171.html#unique-entry-id-171PHYLOGEOGRAPHY OF THE WILD SUBSPECIES OF ZEA MAYS
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-06-03T13:32:00-07:00http://www.rilab.org/rehab/files/3feda1a521f58e09a67264b5f1696db9-170.html#unique-entry-id-170http://www.rilab.org/rehab/files/3feda1a521f58e09a67264b5f1696db9-170.html#unique-entry-id-170Arabidopsis HDA6 Regulates Locus-Directed Heterochromatin Silencing in Cooperation with MET1
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-05-27T11:13:00-07:00http://www.rilab.org/rehab/files/6d076350ea9ca7141c9547e9adf3f58f-169.html#unique-entry-id-169http://www.rilab.org/rehab/files/6d076350ea9ca7141c9547e9adf3f58f-169.html#unique-entry-id-169Adaptations to Climate-Mediated Selective Pressures in Humans]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-05-20T11:10:00-07:00http://www.rilab.org/rehab/files/2468b2636782cadf81f3736907c58404-168.html#unique-entry-id-168http://www.rilab.org/rehab/files/2468b2636782cadf81f3736907c58404-168.html#unique-entry-id-168The History of African Gene Flow into Southern Europeans, Levantines, and Jews
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-05-13T10:00:07-07:00http://www.rilab.org/rehab/files/6caa972bc7977960148913b36f5e6f0e-167.html#unique-entry-id-167http://www.rilab.org/rehab/files/6caa972bc7977960148913b36f5e6f0e-167.html#unique-entry-id-167The Arabidopsis lyrata genome sequence and the basis of rapid genome size change
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-05-06T10:42:26-07:00http://www.rilab.org/rehab/files/c4631f670d0db15612b69f10a89cd67a-166.html#unique-entry-id-166http://www.rilab.org/rehab/files/c4631f670d0db15612b69f10a89cd67a-166.html#unique-entry-id-166Pervasive Adaptive Protein Evolution Apparent in Diversity Patterns around Amino Acid Substitutions in Drosophila simulans]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-04-29T19:02:03-07:00http://www.rilab.org/rehab/files/d51f82c6c7a2f62d5e5c615697ebb0ea-165.html#unique-entry-id-165http://www.rilab.org/rehab/files/d51f82c6c7a2f62d5e5c615697ebb0ea-165.html#unique-entry-id-165The accumulation of gene regulation through time
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-04-22T11:41:31-07:00http://www.rilab.org/rehab/files/cba77cdf0142a9c3d846a086107636b0-164.html#unique-entry-id-164http://www.rilab.org/rehab/files/cba77cdf0142a9c3d846a086107636b0-164.html#unique-entry-id-164Scanning the genome for gene SNPs related to climate adaptation and estimating selection at the molecular level in boreal black spruce]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-04-15T11:35:58-07:00http://www.rilab.org/rehab/files/dcce09c97e6cbcc5172d729b7322d4bd-162.html#unique-entry-id-162http://www.rilab.org/rehab/files/dcce09c97e6cbcc5172d729b7322d4bd-162.html#unique-entry-id-162Second-Order Selection for Evolvability in a Large Escherichia coli Population
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-04-01T20:51:04-07:00http://www.rilab.org/rehab/files/9f576aa076be440b0370be221941d8cc-160.html#unique-entry-id-160http://www.rilab.org/rehab/files/9f576aa076be440b0370be221941d8cc-160.html#unique-entry-id-160Inferring Selection on Amino Acid Preference in Protein Domains
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-03-25T20:50:54-07:00http://www.rilab.org/rehab/files/fdaa47373e16e72c7badb5b9fd0f8e4a-159.html#unique-entry-id-159http://www.rilab.org/rehab/files/fdaa47373e16e72c7badb5b9fd0f8e4a-159.html#unique-entry-id-159Classic Selective Sweeps Were Rare in Recent Human Evolution
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-03-11T20:50:35-08:00http://www.rilab.org/rehab/files/62ba9070ba4a4b1187d351e0bae247eb-158.html#unique-entry-id-158http://www.rilab.org/rehab/files/62ba9070ba4a4b1187d351e0bae247eb-158.html#unique-entry-id-158Evolution of MicroRNAs and the Diversification of Species
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-03-18T20:50:34-07:00http://www.rilab.org/rehab/files/2dd77085952fa5d86a08a6c7a9616e13-157.html#unique-entry-id-157http://www.rilab.org/rehab/files/2dd77085952fa5d86a08a6c7a9616e13-157.html#unique-entry-id-157rossibarra@ucdavis.eduR.E.H.A.B.2011-04-08T20:48:24-07:00http://www.rilab.org/rehab/files/c6622f425950e2900344bed1d94011f8-156.html#unique-entry-id-156http://www.rilab.org/rehab/files/c6622f425950e2900344bed1d94011f8-156.html#unique-entry-id-156Multilocus phylogeography and phylogenetics using sequence-based markers
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-02-25T09:53:37-08:00http://www.rilab.org/rehab/files/34e3afd13e8cb3cccc0b58f93cc249ca-155.html#unique-entry-id-155http://www.rilab.org/rehab/files/34e3afd13e8cb3cccc0b58f93cc249ca-155.html#unique-entry-id-155Two papers to prepare for S. Wright’s visit on Feb. 28:

Foxe et al. 2010

Reconstructing origins of loss of self-incompatibility and selfing in north american Arabidopsis lyrata: a population genetic context

Siol et al. 2010

The population genomics of plant adaptation
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-03-04T14:16:56-08:00http://www.rilab.org/rehab/files/992ff4f6892eb1290a7443834e0bf98d-154.html#unique-entry-id-154http://www.rilab.org/rehab/files/992ff4f6892eb1290a7443834e0bf98d-154.html#unique-entry-id-154DNA Binding of Centromere Protein C (CENPC) Is Stabilized by Single-Stranded RNA
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-02-18T22:35:30-08:00http://www.rilab.org/rehab/files/1ffca27b96264e7d0d4f46cc27e301ad-153.html#unique-entry-id-153http://www.rilab.org/rehab/files/1ffca27b96264e7d0d4f46cc27e301ad-153.html#unique-entry-id-153Genome-Wide Association Study SNPs in the Human Genome Diversity Project Populations: Does Selection Affect Unlinked SNPs with Shared Trait Associations?]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-02-11T12:51:45-08:00http://www.rilab.org/rehab/files/62d49a5b12584fc029cda06d747786c5-152.html#unique-entry-id-152http://www.rilab.org/rehab/files/62d49a5b12584fc029cda06d747786c5-152.html#unique-entry-id-152A unifying theory for general multigenic heterosis: energy efficiency, protein metabolism, and implications for molecular breeding]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-02-04T23:46:31-08:00http://www.rilab.org/rehab/files/615eabac173096655c6576a8494f62f5-151.html#unique-entry-id-151http://www.rilab.org/rehab/files/615eabac173096655c6576a8494f62f5-151.html#unique-entry-id-151Identification of deleterious mutations within three human genomes
]]>rossibarra@ucdavis.eduR.E.H.A.B.2011-01-28T17:10:49-08:00http://www.rilab.org/rehab/files/fe6765c6fbfac2256411a62770d51d13-150.html#unique-entry-id-150http://www.rilab.org/rehab/files/fe6765c6fbfac2256411a62770d51d13-150.html#unique-entry-id-150New Genes in Drosophila Quickly Become Essential
]]>rossibarra@ucdavis.eduevolution2011-01-21T10:35:14-08:00http://www.rilab.org/rehab/files/7602ebd29677950bd19b5b4af31f5c94-148.html#unique-entry-id-148http://www.rilab.org/rehab/files/7602ebd29677950bd19b5b4af31f5c94-148.html#unique-entry-id-148A Pollen Factor Linking Inter- and Intraspecific Pollen Rejection in Tomato]]>rossibarra@ucdavis.edupopulation genetics2011-01-14T12:14:28-08:00http://www.rilab.org/rehab/files/ad809374066d95f977c0b0b3ebe62c90-147.html#unique-entry-id-147http://www.rilab.org/rehab/files/ad809374066d95f977c0b0b3ebe62c90-147.html#unique-entry-id-147Genetic history of an archaic hominin group from Denisova Cave in Siberia
]]>rossibarra@ucdavis.edupopulation genetics2011-01-07T13:45:00-08:00http://www.rilab.org/rehab/files/16c0d6e6904518fc699e715e09cba79f-146.html#unique-entry-id-146http://www.rilab.org/rehab/files/16c0d6e6904518fc699e715e09cba79f-146.html#unique-entry-id-146SNP signatures of selection on standing genetic variation and their association with adaptive phenotypes along gradients of ecological speciation in lake whitefish species pairs (Coregonus spp.)]]>rossibarra@ucdavis.edupopulation geneticsdomestication2010-12-17T14:47:00-08:00http://www.rilab.org/rehab/files/91cff7b79ae274368804555e1b673201-145.html#unique-entry-id-145http://www.rilab.org/rehab/files/91cff7b79ae274368804555e1b673201-145.html#unique-entry-id-145Whole-genome sequencing and intensive analysis of the undomesticated soybean (Glycine soja Sieb.
and Zucc.) genome]]>rossibarra@ucdavis.edupopulation genetics2010-12-10T21:11:22-08:00http://www.rilab.org/rehab/files/628be59cdb1390ad7d1b5e4b8cfd6ea7-144.html#unique-entry-id-144http://www.rilab.org/rehab/files/628be59cdb1390ad7d1b5e4b8cfd6ea7-144.html#unique-entry-id-144Genetic Differentiation, Clinal Variation and Phenotypic Associations With Growth Cessation Across the Populus tremula Photoperiodic Pathway
]]>rossibarra@ucdavis.edudomesticationpopulation genetics2010-12-03T21:11:07-08:00http://www.rilab.org/rehab/files/d4c6ce03fbdbe03835097edc5725d82e-143.html#unique-entry-id-143http://www.rilab.org/rehab/files/d4c6ce03fbdbe03835097edc5725d82e-143.html#unique-entry-id-143rossibarra@ucdavis.edudomestication2010-11-26T21:10:47-08:00http://www.rilab.org/rehab/files/d799d39906579367232d7009241e7891-142.html#unique-entry-id-142http://www.rilab.org/rehab/files/d799d39906579367232d7009241e7891-142.html#unique-entry-id-142NO REHAB on Friday 11/26... But in honor of Turkey Day:

Multi-Platform Next-Generation Sequencing of the Domestic Turkey (Meleagris gallopavo): Genome Assembly and Analysis
]]>rossibarra@ucdavis.edudomesticationquantitative genetics2010-11-19T13:20:40-08:00http://www.rilab.org/rehab/files/75caccb5d2c2aff9599da081f68768cd-141.html#unique-entry-id-141http://www.rilab.org/rehab/files/75caccb5d2c2aff9599da081f68768cd-141.html#unique-entry-id-141The genetic architecture of domestication in the chicken: effects of pleiotropy and linkage
]]>rossibarra@ucdavis.eduquantitative geneticspopulation genetics2010-11-12T15:29:59-08:00http://www.rilab.org/rehab/files/13c271b476af72401655d352c0390e3f-140.html#unique-entry-id-140http://www.rilab.org/rehab/files/13c271b476af72401655d352c0390e3f-140.html#unique-entry-id-140Selection at Linked Sites Shapes Heritable Phenotypic Variation in C. elegans

AND (optionally)

Charlesworth 2009 Effective reading on effective size

Charlesworth 2010 Background reading on background selection]]>rossibarra@ucdavis.edupopulation genetics2010-11-05T11:17:24-07:00http://www.rilab.org/rehab/files/1e475d246e80c63a7541be3ad5791d18-139.html#unique-entry-id-139http://www.rilab.org/rehab/files/1e475d246e80c63a7541be3ad5791d18-139.html#unique-entry-id-139Population Genomic Inferences from Sparse High-Throughput Sequencing
of Two Populations of Drosophila melanogaster]]>rossibarra@ucdavis.edupopulation genetics2010-10-29T17:51:55-07:00http://www.rilab.org/rehab/files/f1e64dc661fa9cf1ee27a380bde1c18b-138.html#unique-entry-id-138http://www.rilab.org/rehab/files/f1e64dc661fa9cf1ee27a380bde1c18b-138.html#unique-entry-id-138Identifying Signatures of Natural Selection in Tibetan and Andean Populations Using Dense Genome Scan Data

AND

Sequencing of 50 Human Exomes Reveals Adaptation to High Altitude
]]>rossibarra@ucdavis.edupopulation genetics2010-10-22T13:23:06-07:00http://www.rilab.org/rehab/files/6f9f1878ef908a846a5dc415ff99018a-137.html#unique-entry-id-137http://www.rilab.org/rehab/files/6f9f1878ef908a846a5dc415ff99018a-137.html#unique-entry-id-137Parallel Adaptation: One or Many Waves of Advance of an Advantageous Allele?


]]>rossibarra@ucdavis.edupopulation genetics2010-10-15T12:50:00-07:00http://www.rilab.org/rehab/files/19cdc376dd4eace910db2ed5d8e30d57-136.html#unique-entry-id-136http://www.rilab.org/rehab/files/19cdc376dd4eace910db2ed5d8e30d57-136.html#unique-entry-id-136Shifts in the intensity of purifying selection: An analysis of genome-wide polymorphism data from two closely related yeast species
]]>rossibarra@ucdavis.edupopulation genetics2010-09-24T20:32:00-07:00http://www.rilab.org/rehab/files/cfa9555af0614d83815ad82c04e77132-135.html#unique-entry-id-135http://www.rilab.org/rehab/files/cfa9555af0614d83815ad82c04e77132-135.html#unique-entry-id-135Adaptation from standing genetic variation

and

Standing variation and new mutations both contribute to a fast response to selection for flowering time in maize inbreds]]>rossibarra@ucdavis.eduevolution2010-10-01T04:52:15-07:00http://www.rilab.org/rehab/files/41aba4fe8202682153bf2378747ee4a6-134.html#unique-entry-id-134http://www.rilab.org/rehab/files/41aba4fe8202682153bf2378747ee4a6-134.html#unique-entry-id-134Speciation genes in plants.
]]>rossibarra@ucdavis.eduquantitative genetics2010-10-08T17:17:00-07:00http://www.rilab.org/rehab/files/6d9610a8695e5ccc8ed2d0c8c7bea1e7-133.html#unique-entry-id-133http://www.rilab.org/rehab/files/6d9610a8695e5ccc8ed2d0c8c7bea1e7-133.html#unique-entry-id-133A Simple Genetic Architecture Underlies Morphological Variation in Dogs
]]>rossibarra@ucdavis.eduquantitative genetics2010-09-17T09:29:11-07:00http://www.rilab.org/rehab/files/235530f30ec8722464bdc15d728f365b-132.html#unique-entry-id-132http://www.rilab.org/rehab/files/235530f30ec8722464bdc15d728f365b-132.html#unique-entry-id-132Cryptic Variation between Species and the Basis of Hybrid Performance
]]>rossibarra@ucdavis.edupopulation genetics2010-09-03T23:13:03-07:00http://www.rilab.org/rehab/files/0585920a0a028884f3da0ec076860c28-131.html#unique-entry-id-131http://www.rilab.org/rehab/files/0585920a0a028884f3da0ec076860c28-131.html#unique-entry-id-131LOCAL ADAPTATION IN A CHANGING WORLD: THE ROLES OF GENE-FLOW, MUTATION, AND SEXUAL REPRODUCTION

]]>rossibarra@ucdavis.eduevolutionpopulation genetics2010-09-10T23:02:35-07:00http://www.rilab.org/rehab/files/186bf0e1e5028abf932da610f36576cc-130.html#unique-entry-id-130http://www.rilab.org/rehab/files/186bf0e1e5028abf932da610f36576cc-130.html#unique-entry-id-130Did Genetic Drift Drive Increases in Genome Complexity?
]]>rossibarra@ucdavis.edudomesticationpopulation genetics2010-08-20T11:59:51-07:00http://www.rilab.org/rehab/files/84f31ea57308525c4238b96b6605c2b1-129.html#unique-entry-id-129http://www.rilab.org/rehab/files/84f31ea57308525c4238b96b6605c2b1-129.html#unique-entry-id-129Molecular evolution of shattering loci in U.S. weedy rice

AND

Seeing red: the origin of grain pigmentation in US weedy rice]]>rossibarra@ucdavis.edupopulation genetics2010-08-27T11:56:49-07:00http://www.rilab.org/rehab/files/48980297d1b1f27fdbe7f67efc432a76-128.html#unique-entry-id-128http://www.rilab.org/rehab/files/48980297d1b1f27fdbe7f67efc432a76-128.html#unique-entry-id-128Copy Number Variation and Transposable Elements Feature in Recent, Ongoing Adaptation at the Cyp6g1 Locus
]]>rossibarra@ucdavis.eduevolution2010-08-06T07:19:34-07:00http://www.rilab.org/rehab/files/08386023bb23c5d7fce3dfd8cce19933-127.html#unique-entry-id-127http://www.rilab.org/rehab/files/08386023bb23c5d7fce3dfd8cce19933-127.html#unique-entry-id-127Quantifying Whole Transcriptome Size, a Prerequisite for Understanding Transcriptome Evolution Across Species: An Example from a Plant Allopolyploid
]]>rossibarra@ucdavis.edupopulation genetics2010-07-23T18:54:22-07:00http://www.rilab.org/rehab/files/36585c5ad9bbabb7f45abab6624c259b-125.html#unique-entry-id-125http://www.rilab.org/rehab/files/36585c5ad9bbabb7f45abab6624c259b-125.html#unique-entry-id-125Genome-Wide Evidence for Efficient Positive and Purifying Selection in Capsella grandiflora, a Plant Species with a Large Effective Population Size

and Gossman et al. 2010 (at least read the discussion)]]>rossibarra@ucdavis.edupopulation genetics2010-08-13T19:12:45-07:00http://www.rilab.org/rehab/files/f8f86c9d64e4f90ec4da9049fe33525a-124.html#unique-entry-id-124http://www.rilab.org/rehab/files/f8f86c9d64e4f90ec4da9049fe33525a-124.html#unique-entry-id-124Following Tetraploidy in Maize, a Short Deletion Mechanism Removed Genes Preferentially from One of the Two Homeologs
]]>rossibarra@ucdavis.edupopulation genetics2010-07-23T17:41:01-07:00http://www.rilab.org/rehab/files/acd3afe16d3c560cb01a368c1dc6090c-123.html#unique-entry-id-123http://www.rilab.org/rehab/files/acd3afe16d3c560cb01a368c1dc6090c-123.html#unique-entry-id-123The distinctive footprints of local hitchhiking in a varied environment and global hitchhiking in a subdivided population
]]>rossibarra@ucdavis.eduquantitative genetics2010-07-16T17:34:59-07:00http://www.rilab.org/rehab/files/2b1f34671c31b8f4a78176c9be7757f3-122.html#unique-entry-id-122http://www.rilab.org/rehab/files/2b1f34671c31b8f4a78176c9be7757f3-122.html#unique-entry-id-122Common SNPs explain a large proportion of the heritability for human height
]]>rossibarra@ucdavis.edupopulation genetics2010-07-09T00:19:18-07:00http://www.rilab.org/rehab/files/0713032e8c2841311e69a646f10e1880-121.html#unique-entry-id-121http://www.rilab.org/rehab/files/0713032e8c2841311e69a646f10e1880-121.html#unique-entry-id-121Evidence that Adaptation in Drosophila Is Not Limited by Mutation at Single Sites
]]>rossibarra@ucdavis.edupopulation genetics2010-07-02T14:11:31-07:00http://www.rilab.org/rehab/files/6860bd5c7f1429b27fca2043441aa7ad-120.html#unique-entry-id-120http://www.rilab.org/rehab/files/6860bd5c7f1429b27fca2043441aa7ad-120.html#unique-entry-id-120Ascertainment biases in SNP chips affect measures of population divergence
]]>rossibarra@ucdavis.edupopulation genetics2010-06-25T14:57:14-07:00http://www.rilab.org/rehab/files/e7264c99b7dadbc428ae93742713f0bd-119.html#unique-entry-id-119http://www.rilab.org/rehab/files/e7264c99b7dadbc428ae93742713f0bd-119.html#unique-entry-id-119Ecological divergence in the presence of gene flow in two closely related Oryza species (Oryza rufipogon and O. nivara)
]]>rossibarra@ucdavis.edupopulation geneticsdomestication2010-06-11T12:26:00-07:00http://www.rilab.org/rehab/files/b4dba8c6cc8a916776b7f94c30b0da3d-118.html#unique-entry-id-118http://www.rilab.org/rehab/files/b4dba8c6cc8a916776b7f94c30b0da3d-118.html#unique-entry-id-118FOUR, yes count’em FOUR articles on domestication competing for the title prize. Dog vs. silkworm vs. maize vs. chicken. Now accepting wagers...]]>rossibarra@ucdavis.edupopulation genetics2010-06-18T20:00:00-07:00http://www.rilab.org/rehab/files/d11f1ea1adb418f65ac30ae517f49130-117.html#unique-entry-id-117http://www.rilab.org/rehab/files/d11f1ea1adb418f65ac30ae517f49130-117.html#unique-entry-id-117The Scale of Population Structure in Arabidopsis thaliana

]]>rossibarra@ucdavis.edupopulation genetics2010-06-04T10:41:00-07:00http://www.rilab.org/rehab/files/1ae0445e9f74de4cc467df0865c3ea55-116.html#unique-entry-id-116http://www.rilab.org/rehab/files/1ae0445e9f74de4cc467df0865c3ea55-116.html#unique-entry-id-116Widespread genomic divergence during sympatric speciation
]]>rossibarra@ucdavis.edupopulation genetics2010-05-28T12:29:00-07:00http://www.rilab.org/rehab/files/ea57e44d5d4c97ca1c0a2aa5941001fb-115.html#unique-entry-id-115http://www.rilab.org/rehab/files/ea57e44d5d4c97ca1c0a2aa5941001fb-115.html#unique-entry-id-115rossibarra@ucdavis.edupopulation genetics2010-05-07T19:59:00-07:00http://www.rilab.org/rehab/files/5876722fdfb15d0802b86efc0eecf281-114.html#unique-entry-id-114http://www.rilab.org/rehab/files/5876722fdfb15d0802b86efc0eecf281-114.html#unique-entry-id-114Bayesian Inference of Species Trees from Multilocus Data
]]>rossibarra@ucdavis.edupopulation genetics2010-05-21T10:28:35-07:00http://www.rilab.org/rehab/files/407f202569cfcc2521c3dffa8fb18bdb-113.html#unique-entry-id-113http://www.rilab.org/rehab/files/407f202569cfcc2521c3dffa8fb18bdb-113.html#unique-entry-id-113Genome-Wide Patterns of Adaptation to Temperate Environments Associated with Transposable Elements in Drosophila
]]>rossibarra@ucdavis.edudomesticationpopulation genetics2010-04-23T08:43:45-07:00http://www.rilab.org/rehab/files/51bbfafed5b7d6882ec4e91b6a3dab1d-112.html#unique-entry-id-112http://www.rilab.org/rehab/files/51bbfafed5b7d6882ec4e91b6a3dab1d-112.html#unique-entry-id-112Whole-genome resequencing reveals loci under selection during chicken domestication

AND

Population genetic inference from genomic sequence variation
]]>rossibarra@ucdavis.edupopulation genetics2010-05-14T00:58:47-07:00http://www.rilab.org/rehab/files/5bb01a04c77692bcb11d48976f557c30-111.html#unique-entry-id-111http://www.rilab.org/rehab/files/5bb01a04c77692bcb11d48976f557c30-111.html#unique-entry-id-111Genome wide analyses reveal little evidence for adaptive evolution in many plant species
]]>rossibarra@ucdavis.edupopulation genetics2010-04-30T10:56:22-07:00http://www.rilab.org/rehab/files/f50cb6a89f187888c542157b4465a1ec-110.html#unique-entry-id-110http://www.rilab.org/rehab/files/f50cb6a89f187888c542157b4465a1ec-110.html#unique-entry-id-110Meiotic Drive of Chromosomal Knobs Reshaped the Maize Genome
]]>rossibarra@ucdavis.edupopulation genetics2010-04-09T09:37:54-07:00http://www.rilab.org/rehab/files/0a8254c20300b67842941e4925662f1e-109.html#unique-entry-id-109http://www.rilab.org/rehab/files/0a8254c20300b67842941e4925662f1e-109.html#unique-entry-id-109Genome-wide evidence for efficient positive and purifying selection in Capsella grandiflora, a plant species with a large effective population size]]>rossibarra@ucdavis.edupopulation genetics2010-04-02T16:16:32-07:00http://www.rilab.org/rehab/files/ae539befe47e8f3dfdaa9a426fa71132-108.html#unique-entry-id-108http://www.rilab.org/rehab/files/ae539befe47e8f3dfdaa9a426fa71132-108.html#unique-entry-id-108Population demography influences climatic niche evolution: evidence from diploid American Hordeum species (Poaceae)
]]>rossibarra@ucdavis.edupopulation genetics2010-04-16T17:30:00-07:00http://www.rilab.org/rehab/files/676174f81f2c7e2831618445cab34043-107.html#unique-entry-id-107http://www.rilab.org/rehab/files/676174f81f2c7e2831618445cab34043-107.html#unique-entry-id-107Mating-System Variation, Demographic History and Patterns of Nucleotide Diversity in the Tristylous Plant Eichhornia paniculata
]]>rossibarra@ucdavis.eduevolution2010-03-12T23:25:43-08:00http://www.rilab.org/rehab/files/fc5f5e2cffb702a78eff360a1b29499e-106.html#unique-entry-id-106http://www.rilab.org/rehab/files/fc5f5e2cffb702a78eff360a1b29499e-106.html#unique-entry-id-106Evolutionary Mirages: Selection on Binding Site Composition Creates the Illusion of Conserved Grammars in Drosophila Enhancers
]]>rossibarra@ucdavis.edupopulation genetics2010-03-05T22:50:44-08:00http://www.rilab.org/rehab/files/23419437c7dbd263a4a33baf08c47f00-105.html#unique-entry-id-105http://www.rilab.org/rehab/files/23419437c7dbd263a4a33baf08c47f00-105.html#unique-entry-id-105Natural Selection on Synonymous and Nonsynonymous Mutations Shapes Patterns of Polymorphism in Populus tremula
]]>rossibarra@ucdavis.eduevolution2010-02-19T21:56:44-08:00http://www.rilab.org/rehab/files/854eaf9160977b12bddbb09a0b4ac2c9-104.html#unique-entry-id-104http://www.rilab.org/rehab/files/854eaf9160977b12bddbb09a0b4ac2c9-104.html#unique-entry-id-104Mitochondrial gene in the nuclear genome induces reproductive barrier in rice
]]>rossibarra@ucdavis.edumolecular genetics2010-02-26T21:44:00-08:00http://www.rilab.org/rehab/files/0029769482de47a20986bf5a81b0b36d-103.html#unique-entry-id-103http://www.rilab.org/rehab/files/0029769482de47a20986bf5a81b0b36d-103.html#unique-entry-id-103Rational association of genes with traits using a genome-scale gene network for Arabidopsis thaliana
]]>rossibarra@ucdavis.edupopulation genetics2010-02-12T15:45:00-08:00http://www.rilab.org/rehab/files/ce37b1e1e6c7310ba3eac321ef403a6b-102.html#unique-entry-id-102http://www.rilab.org/rehab/files/ce37b1e1e6c7310ba3eac321ef403a6b-102.html#unique-entry-id-102Mobile elements reveal small population size in the ancient ancestors of Homo sapiens
]]>rossibarra@ucdavis.edupopulation genetics2010-02-05T21:26:07-08:00http://www.rilab.org/rehab/files/1b5eb81dc134e8155cf76ebb07b168d7-101.html#unique-entry-id-101http://www.rilab.org/rehab/files/1b5eb81dc134e8155cf76ebb07b168d7-101.html#unique-entry-id-101Assigning African elephant DNA to geographic region of origin: Applications to the ivory trade
]]>rossibarra@ucdavis.edupopulation genetics2010-01-29T19:49:00-08:00http://www.rilab.org/rehab/files/19787c741565e3aee69a2a38b8124ce8-98.html#unique-entry-id-98http://www.rilab.org/rehab/files/19787c741565e3aee69a2a38b8124ce8-98.html#unique-entry-id-98Rapid Evolution of Yeast Centromeres in the Absence of Drive
]]>rossibarra@ucdavis.edupopulation geneticsdomestication2010-01-22T12:46:00-08:00http://www.rilab.org/rehab/files/24e1aa1b08e4bb6283ae0e18fc536c13-97.html#unique-entry-id-97http://www.rilab.org/rehab/files/24e1aa1b08e4bb6283ae0e18fc536c13-97.html#unique-entry-id-97Signatures of Recent Directional Selection Under Different Models of Population Expansion During Colonization of New Selective Environments]]>rossibarra@ucdavis.eduevolution2010-01-15T07:28:34-08:00http://www.rilab.org/rehab/files/5ed698de88748b0c66bc33d6bdfaa953-94.html#unique-entry-id-94http://www.rilab.org/rehab/files/5ed698de88748b0c66bc33d6bdfaa953-94.html#unique-entry-id-94The molecular analysis of the shade avoidance syndrome in the grasses has begun.

AND

A distant upstream enhancer at the maize domestication gene tb1 has pleiotropic effects on plant and inflorescent architecture.
]]>rossibarra@ucdavis.eduevolution2009-06-12T19:04:07-07:00http://www.rilab.org/rehab/files/12c0b7db312d42825faf485fb8c06254-93.html#unique-entry-id-93http://www.rilab.org/rehab/files/12c0b7db312d42825faf485fb8c06254-93.html#unique-entry-id-93Maize Centromere Structure and Evolution: Sequence Analysis of Centromeres 2 and 5 Reveals Dynamic Loci Shaped Primarily by Retrotransposons
]]>rossibarra@ucdavis.edupopulation genetics2009-12-18T09:55:25-08:00http://www.rilab.org/rehab/files/7ad99d2b492d16c457d1d2bccda7deab-92.html#unique-entry-id-92http://www.rilab.org/rehab/files/7ad99d2b492d16c457d1d2bccda7deab-92.html#unique-entry-id-92Quantifying Adaptive Evolution in the Drosophila Immune System
]]>rossibarra@ucdavis.eduquantitative genetics2009-12-11T16:13:48-08:00http://www.rilab.org/rehab/files/627087ffdede8a9d827a5cfb665d83cf-91.html#unique-entry-id-91http://www.rilab.org/rehab/files/627087ffdede8a9d827a5cfb665d83cf-91.html#unique-entry-id-91Systems genetics of complex traits in Drosophila melanogaster]]>rossibarra@ucdavis.eduquantitative genetics2009-12-04T19:29:31-08:00http://www.rilab.org/rehab/files/9d89c833822a1e42dc3cbe2b5eee3ec1-90.html#unique-entry-id-90http://www.rilab.org/rehab/files/9d89c833822a1e42dc3cbe2b5eee3ec1-90.html#unique-entry-id-90Testing for local adaptation in Avena barbata: a classic example of ecotypic divergence

]]>rossibarra@ucdavis.eduevolution2009-11-20T19:19:59-08:00http://www.rilab.org/rehab/files/6c2c559c5be1d464b283cbb70fceef78-89.html#unique-entry-id-89http://www.rilab.org/rehab/files/6c2c559c5be1d464b283cbb70fceef78-89.html#unique-entry-id-89The deepest divergences in land plants inferred from phylogenomic evidence
]]>rossibarra@ucdavis.edupopulation genetics2009-11-13T10:31:14-08:00http://www.rilab.org/rehab/files/ff6687285c5076ee2b6bae1d5de6be8c-87.html#unique-entry-id-87http://www.rilab.org/rehab/files/ff6687285c5076ee2b6bae1d5de6be8c-87.html#unique-entry-id-87Nonlinear Dynamics of Nonsynonymous (dN) and Synonymous (dS) Substitution Rates Affects Inference of Selection
]]>rossibarra@ucdavis.edupopulation genetics2009-10-30T10:21:07-07:00http://www.rilab.org/rehab/files/1df460722c9c91b47c51081ae6323e2b-86.html#unique-entry-id-86http://www.rilab.org/rehab/files/1df460722c9c91b47c51081ae6323e2b-86.html#unique-entry-id-86Inferring the Joint Demographic History of Multiple Populations from Multidimensional SNP Frequency Data
]]>rossibarra@ucdavis.edupopulation genetics2009-11-06T10:08:27-08:00http://www.rilab.org/rehab/files/fcc3e88019e76cbe867d7d0e7225341f-85.html#unique-entry-id-85http://www.rilab.org/rehab/files/fcc3e88019e76cbe867d7d0e7225341f-85.html#unique-entry-id-85Genome evolution and adaptation in a long-term experiment with Escherichia coli
]]>rossibarra@ucdavis.edupopulation genetics2009-10-23T10:02:39-07:00http://www.rilab.org/rehab/files/a1b92637dada4a5f1881c10a2c7f9096-84.html#unique-entry-id-84http://www.rilab.org/rehab/files/a1b92637dada4a5f1881c10a2c7f9096-84.html#unique-entry-id-84Climbing Mount Probable: Mutation as a Cause of Nonrandomness in Evolution

AND

ADAPTIONISM—30 YEARS AFTER GOULD AND LEWONTIN]]>rossibarra@ucdavis.edupopulation genetics2009-10-16T10:20:03-07:00http://www.rilab.org/rehab/files/537af942487a6b5ed6e45e1e426e01db-83.html#unique-entry-id-83http://www.rilab.org/rehab/files/537af942487a6b5ed6e45e1e426e01db-83.html#unique-entry-id-83Genomic scans for selective sweeps using SNP data
]]>rossibarra@ucdavis.edupopulation genetics2009-10-09T09:48:14-07:00http://www.rilab.org/rehab/files/820fc5285cb67c4bd5b30b502f7a27e1-81.html#unique-entry-id-81http://www.rilab.org/rehab/files/820fc5285cb67c4bd5b30b502f7a27e1-81.html#unique-entry-id-81Genomic Analysis of Differentiation between Soil Types Reveals Candidate Genes for Local Adaptation in Arabidopsis lyrata]]>rossibarra@ucdavis.edupopulation geneticsdomestication2009-09-25T00:41:00-07:00http://www.rilab.org/rehab/files/f1793994c54e2f00d6d765e01ca620e8-80.html#unique-entry-id-80http://www.rilab.org/rehab/files/f1793994c54e2f00d6d765e01ca620e8-80.html#unique-entry-id-80The origin and evolution of fragrance in rice (Oryza sativa L.)]]>rossibarra@ucdavis.edudomestication2009-10-02T10:34:49-07:00http://www.rilab.org/rehab/files/c629e147d348044ecbf04d52ca71d996-79.html#unique-entry-id-79http://www.rilab.org/rehab/files/c629e147d348044ecbf04d52ca71d996-79.html#unique-entry-id-79Starch grain and phytolith evidence for early ninth millennium B.P. maize from the Central Balsas River Valley, Mexico

AND

The cultural and chronological context of early Holocene maize and squash domestication in the Central Balsas River Valley, Mexico]]>rossibarra@ucdavis.edupopulation genetics2009-10-06T12:08:23-07:00http://www.rilab.org/rehab/files/842b31ff24f75c3b3efd657bf9866ac0-78.html#unique-entry-id-78http://www.rilab.org/rehab/files/842b31ff24f75c3b3efd657bf9866ac0-78.html#unique-entry-id-78Characterizing natural variation using next-generation sequencing technologies.
]]>rossibarra@ucdavis.edupopulation genetics2009-09-11T00:30:00-07:00http://www.rilab.org/rehab/files/55921c741a933d0036cf511fed591fb1-77.html#unique-entry-id-77http://www.rilab.org/rehab/files/55921c741a933d0036cf511fed591fb1-77.html#unique-entry-id-77rossibarra@ucdavis.edupopulation genetics2009-09-29T09:43:01-07:00http://www.rilab.org/rehab/files/8898f788a55c1bd315c99769336e98d1-75.html#unique-entry-id-75http://www.rilab.org/rehab/files/8898f788a55c1bd315c99769336e98d1-75.html#unique-entry-id-75Pervasive Natural Selection in the Drosophila Genome?
]]>rossibarra@ucdavis.edupopulation genetics2009-09-18T09:41:00-07:00http://www.rilab.org/rehab/files/938ef038a87980eb6c2a28bf6afa6fd6-74.html#unique-entry-id-74http://www.rilab.org/rehab/files/938ef038a87980eb6c2a28bf6afa6fd6-74.html#unique-entry-id-74The Origins of Lactase Persistence in Europe
]]>rossibarra@ucdavis.edupopulation genetics2009-09-04T20:22:16-07:00http://www.rilab.org/rehab/files/21cec05f7ff3b4a49f9cdd5ff5293bb6-73.html#unique-entry-id-73http://www.rilab.org/rehab/files/21cec05f7ff3b4a49f9cdd5ff5293bb6-73.html#unique-entry-id-73Estimating the Rate of Adaptive Molecular Evolution in the Presence of Slightly Deleterious Mutations and Population Size Change
]]>rossibarra@ucdavis.edupopulation genetics2009-09-22T13:30:00-07:00http://www.rilab.org/rehab/files/6d92f57b69bf08a9a71f867e9365a51a-71.html#unique-entry-id-71http://www.rilab.org/rehab/files/6d92f57b69bf08a9a71f867e9365a51a-71.html#unique-entry-id-71Linkage disequilibrium — understanding the evolutionary past and mapping the medical future
]]>rossibarra@ucdavis.eduevolution2009-09-08T13:20:37-07:00http://www.rilab.org/rehab/files/8dd257f4259a67d1b201792ec01f14b8-68.html#unique-entry-id-68http://www.rilab.org/rehab/files/8dd257f4259a67d1b201792ec01f14b8-68.html#unique-entry-id-68Fitness and its role in evolutionary genetics
]]>rossibarra@ucdavis.edupopulation genetics2009-09-01T13:16:46-07:00http://www.rilab.org/rehab/files/46faf91ed3840274ffaa9d6daa5da2ef-67.html#unique-entry-id-67http://www.rilab.org/rehab/files/46faf91ed3840274ffaa9d6daa5da2ef-67.html#unique-entry-id-67Effective population size and patterns of molecular evolution and variation
]]>rossibarra@ucdavis.edupopulation genetics2009-08-25T09:11:12-07:00http://www.rilab.org/rehab/files/683c4a9655427e7cea7935eeadedb12b-66.html#unique-entry-id-66http://www.rilab.org/rehab/files/683c4a9655427e7cea7935eeadedb12b-66.html#unique-entry-id-66Genetics in geographically structured populations: defining, estimating and interpreting FST
]]>rossibarra@ucdavis.eduquantitative genetics2009-08-28T13:49:00-07:00http://www.rilab.org/rehab/files/3c4588ac95b86a9fef450c91ee27da12-65.html#unique-entry-id-65http://www.rilab.org/rehab/files/3c4588ac95b86a9fef450c91ee27da12-65.html#unique-entry-id-65The Genetic Architecture of Maize Flowering Time and Genetic Properties of the Maize Nested Association Mapping Population]]>rossibarra@ucdavis.eduevolutionquantitative genetics2009-08-21T09:48:08-07:00http://www.rilab.org/rehab/files/75c8de1ec6fdbd71b8158c8d352ac418-64.html#unique-entry-id-64http://www.rilab.org/rehab/files/75c8de1ec6fdbd71b8158c8d352ac418-64.html#unique-entry-id-64Centromere-Associated Female Meiotic Drive Entails Male Fitness Costs in Monkeyflowers]]>rossibarra@ucdavis.edupopulation genetics2009-08-18T23:49:00-07:00http://www.rilab.org/rehab/files/614e008c3f106bcb146e0702c57a8d05-63.html#unique-entry-id-63http://www.rilab.org/rehab/files/614e008c3f106bcb146e0702c57a8d05-63.html#unique-entry-id-63The Influence of Gene Conversion on Linkage Disequilibrium Around a Selective Sweep]]>rossibarra@ucdavis.edupopulation genetics2009-08-11T09:27:00-07:00http://www.rilab.org/rehab/files/97d859bc46f2bf67b04cc2d8cb0204d6-62.html#unique-entry-id-62http://www.rilab.org/rehab/files/97d859bc46f2bf67b04cc2d8cb0204d6-62.html#unique-entry-id-62Evaluation of next generation sequencing platforms for population targeted sequencing studies
]]>rossibarra@ucdavis.edupopulation genetics2009-08-14T06:29:00-07:00http://www.rilab.org/rehab/files/9cbaa15faf7e6f5e6b8588e330495a23-61.html#unique-entry-id-61http://www.rilab.org/rehab/files/9cbaa15faf7e6f5e6b8588e330495a23-61.html#unique-entry-id-61The Impact of Sampling Schemes on the Site Frequency Spectrum in Nonequilibrium Subdivided Populations
]]>rossibarra@ucdavis.edupopulation genetics2009-08-07T21:23:26-07:00http://www.rilab.org/rehab/files/f96b64b4857ce3706a8cb8c586776eaf-60.html#unique-entry-id-60http://www.rilab.org/rehab/files/f96b64b4857ce3706a8cb8c586776eaf-60.html#unique-entry-id-60TOWARD A SELECTION THEORY OF MOLECULAR EVOLUTION
]]>rossibarra@ucdavis.edupopulation geneticsdomestication2009-08-04T14:01:19-07:00http://www.rilab.org/rehab/files/8dd1a86077e468ff4b2ea92c76a0ec3c-59.html#unique-entry-id-59http://www.rilab.org/rehab/files/8dd1a86077e468ff4b2ea92c76a0ec3c-59.html#unique-entry-id-59Selection on grain shattering genes and rates of rice domestication ]]>rossibarra@ucdavis.edupopulation genetics2009-07-31T14:34:00-07:00http://www.rilab.org/rehab/files/04cfb5ef3b9cc96db32d8b7ee8768568-57.html#unique-entry-id-57http://www.rilab.org/rehab/files/04cfb5ef3b9cc96db32d8b7ee8768568-57.html#unique-entry-id-57Estimates of Positive Darwinian Selection Are Inflated by Errors in Sequencing, Annotation, and Alignment
]]>rossibarra@ucdavis.edupopulation genetics2009-07-28T16:51:00-07:00http://www.rilab.org/rehab/files/1170f4e6a497b6047d3de0279ed9bef9-56.html#unique-entry-id-56http://www.rilab.org/rehab/files/1170f4e6a497b6047d3de0279ed9bef9-56.html#unique-entry-id-56Genomewide SNP variation reveals relationships among landraces and modern varieties of rice]]>rossibarra@ucdavis.edupopulation genetics2009-07-17T15:08:00-07:00http://www.rilab.org/rehab/files/bbbf8de75c4495cddcb1f3da21b31984-55.html#unique-entry-id-55http://www.rilab.org/rehab/files/bbbf8de75c4495cddcb1f3da21b31984-55.html#unique-entry-id-55]]>rossibarra@ucdavis.eduevolutionmolecular genetics2009-07-24T15:06:21-07:00http://www.rilab.org/rehab/files/1a0ea5efcfe53e1be82e058990339209-54.html#unique-entry-id-54http://www.rilab.org/rehab/files/1a0ea5efcfe53e1be82e058990339209-54.html#unique-entry-id-54Major flowering time gene, FLOWERING LOCUS C, regulates seed germination in Arabidopsis thaliana]]>rossibarra@ucdavis.edupopulation genetics2009-07-14T08:32:06-07:00http://www.rilab.org/rehab/files/b414076b2385c2577261dc6b2610170b-53.html#unique-entry-id-53http://www.rilab.org/rehab/files/b414076b2385c2577261dc6b2610170b-53.html#unique-entry-id-53On the inference of spatial structure from population genetics data
]]>rossibarra@ucdavis.edupopulation genetics2009-07-07T10:05:42-07:00http://www.rilab.org/rehab/files/5cf0000cc551b3460ba7ce0e53d6fc2c-52.html#unique-entry-id-52http://www.rilab.org/rehab/files/5cf0000cc551b3460ba7ce0e53d6fc2c-52.html#unique-entry-id-52Sensitive Detection of Chromosomal Segments of Distinct Ancestry in Admixed Populations
]]>rossibarra@ucdavis.edupopulation genetics2009-07-10T09:58:00-07:00http://www.rilab.org/rehab/files/70a65b82be96850bb8c99232edf99122-51.html#unique-entry-id-51http://www.rilab.org/rehab/files/70a65b82be96850bb8c99232edf99122-51.html#unique-entry-id-51Mating system and pollen gene flow in Mediterranean maritime pine ]]>rossibarra@ucdavis.edupopulation geneticsdomestication2009-06-30T09:31:00-07:00http://www.rilab.org/rehab/files/95f28d41f6e8b03a421b3b0d5a0c99ee-50.html#unique-entry-id-50http://www.rilab.org/rehab/files/95f28d41f6e8b03a421b3b0d5a0c99ee-50.html#unique-entry-id-50A first generation haplotype map of maize]]>rossibarra@ucdavis.edupopulation genetics2009-07-03T09:29:29-07:00http://www.rilab.org/rehab/files/5a118b6ea8b8bfb217b0e70b437435d5-49.html#unique-entry-id-49http://www.rilab.org/rehab/files/5a118b6ea8b8bfb217b0e70b437435d5-49.html#unique-entry-id-49The Role of Geography in Human Adaptation
]]>rossibarra@ucdavis.edupopulation genetics2009-06-26T16:23:00-07:00http://www.rilab.org/rehab/files/de063348807d392d136c3fec06e9142a-48.html#unique-entry-id-48http://www.rilab.org/rehab/files/de063348807d392d136c3fec06e9142a-48.html#unique-entry-id-48Statistical hypothesis testing in intraspecific phylogeography: nested clade phylogeographical analysis vs. approximate Bayesian computation

]]>rossibarra@ucdavis.edupopulation geneticsevolution2009-06-19T16:01:09-07:00http://www.rilab.org/rehab/files/e2302c7490652deeb24bd32587ce7945-47.html#unique-entry-id-47http://www.rilab.org/rehab/files/e2302c7490652deeb24bd32587ce7945-47.html#unique-entry-id-47Glacial refugia in a maritime temperate climate: Cicada (Kikihia subalpina) mtDNA phylogeography in New Zealand]]>rossibarra@ucdavis.edupopulation genetics2009-06-05T04:38:08-07:00http://www.rilab.org/rehab/files/d06c97df43a16200842164ef691c9609-46.html#unique-entry-id-46http://www.rilab.org/rehab/files/d06c97df43a16200842164ef691c9609-46.html#unique-entry-id-46An Approximate Bayesian Estimator Suggests Strong, Recurrent Selective Sweeps in Drosophila
]]>rossibarra@ucdavis.edupopulation genetics2009-05-29T14:23:00-07:00http://www.rilab.org/rehab/files/c25862696aeaf58e1c254340b9f38b71-45.html#unique-entry-id-45http://www.rilab.org/rehab/files/c25862696aeaf58e1c254340b9f38b71-45.html#unique-entry-id-45The Genetic Structure and History of Africans and African Americans]]>rossibarra@ucdavis.edupopulation genetics2009-05-22T15:08:17-07:00http://www.rilab.org/rehab/files/a76af96aca528b11041fe3be0a1456c4-43.html#unique-entry-id-43http://www.rilab.org/rehab/files/a76af96aca528b11041fe3be0a1456c4-43.html#unique-entry-id-43Approximately sufficient statistics and bayesian computation.
]]>rossibarra@ucdavis.eduquantitative genetics2009-05-15T13:58:16-07:00http://www.rilab.org/rehab/files/17a77fb8c3125a414b5436c51a3d05c3-42.html#unique-entry-id-42http://www.rilab.org/rehab/files/17a77fb8c3125a414b5436c51a3d05c3-42.html#unique-entry-id-42Genetic architecture of quantitative traits in mice, flies, and humans
]]>rossibarra@ucdavis.edupopulation genetics2009-04-14T09:59:12-07:00http://www.rilab.org/rehab/files/d5cb32a26667e1d780a2661e063bde08-1.html#unique-entry-id-1http://www.rilab.org/rehab/files/d5cb32a26667e1d780a2661e063bde08-1.html#unique-entry-id-1ADAPTIVE POPULATION DIVERGENCE IN CRYPTIC COLOR-PATTERN FOLLOWING A REDUCTION IN GENE FLOW
]]>rossibarra@ucdavis.edupopulation genetics2009-04-07T16:01:12-07:00http://www.rilab.org/rehab/files/137d15be59a8b5e541d6287ecb07c671-2.html#unique-entry-id-2http://www.rilab.org/rehab/files/137d15be59a8b5e541d6287ecb07c671-2.html#unique-entry-id-2Complete mitochondrial genome suggests diapsid affinities of turtles]]>rossibarra@ucdavis.edupopulation genetics2009-04-01T22:21:59-07:00http://www.rilab.org/rehab/files/724304eaf7343aa3dcb6e495c09eb9d9-3.html#unique-entry-id-3http://www.rilab.org/rehab/files/724304eaf7343aa3dcb6e495c09eb9d9-3.html#unique-entry-id-3Clinical Outcome and Phenotypic Expression in LAMP2 Cardiomyopath]]>rossibarra@ucdavis.edudomesticationpopulation genetics2009-03-31T16:04:08-07:00http://www.rilab.org/rehab/files/dfa92ef1a91a85abbd1228c0a523d12e-4.html#unique-entry-id-4http://www.rilab.org/rehab/files/dfa92ef1a91a85abbd1228c0a523d12e-4.html#unique-entry-id-4Impacts of genetic bottlenecks on soybean genome diversity
]]>rossibarra@ucdavis.edupopulation geneticsdomestication2009-03-24T16:02:50-07:00http://www.rilab.org/rehab/files/0a59615bff8204a52b7ae4b9d135aeb5-5.html#unique-entry-id-5http://www.rilab.org/rehab/files/0a59615bff8204a52b7ae4b9d135aeb5-5.html#unique-entry-id-5SNP deserts of Asian cultivated rice: genomic regions under domestication]]>rossibarra@ucdavis.eduevolution2009-03-17T15:30:00-07:00http://www.rilab.org/rehab/files/b5b448606258e53a386a5b0f1b4dc1f4-6.html#unique-entry-id-6http://www.rilab.org/rehab/files/b5b448606258e53a386a5b0f1b4dc1f4-6.html#unique-entry-id-6An ancestral turtle from the Late Triassic of southwestern China
]]>rossibarra@ucdavis.edupopulation geneticsdomestication2009-03-17T12:08:00-07:00http://www.rilab.org/rehab/files/93b6e5ef536eff908577184d61aa685a-7.html#unique-entry-id-7http://www.rilab.org/rehab/files/93b6e5ef536eff908577184d61aa685a-7.html#unique-entry-id-7Sorghum bicolor genome and the diversification of grasses ]]>rossibarra@ucdavis.edupopulation genetics2009-03-09T16:38:08-07:00http://www.rilab.org/rehab/files/55871c4fa52ae77b02684655bf49f5b4-8.html#unique-entry-id-8http://www.rilab.org/rehab/files/55871c4fa52ae77b02684655bf49f5b4-8.html#unique-entry-id-8Regulatory Genes Control a Key Morphological and Ecological Trait Transferred Between Species
]]>rossibarra@ucdavis.eduevolution2009-03-02T20:38:02-08:00http://www.rilab.org/rehab/files/e5ee352d98e120c5805093d57d4a8b4e-9.html#unique-entry-id-9http://www.rilab.org/rehab/files/e5ee352d98e120c5805093d57d4a8b4e-9.html#unique-entry-id-9The Logic of Animal Conflict
]]>rossibarra@ucdavis.edupopulation genetics2009-02-26T11:36:00-08:00http://www.rilab.org/rehab/files/fc0d4db2850133123b2bbadcc729e2d5-10.html#unique-entry-id-10http://www.rilab.org/rehab/files/fc0d4db2850133123b2bbadcc729e2d5-10.html#unique-entry-id-10Detecting Selective Sweeps: A New Approach Based on Hidden Markov Models]]>rossibarra@ucdavis.eduevolution2009-02-23T07:20:00-08:00http://www.rilab.org/rehab/files/63e0627f4f374c74e26d84f1b3fe7b20-11.html#unique-entry-id-11http://www.rilab.org/rehab/files/63e0627f4f374c74e26d84f1b3fe7b20-11.html#unique-entry-id-11Explosive Pleistocene diversification and hemispheric expansion of a “great speciator”

]]>rossibarra@ucdavis.edupopulation geneticsquantitative genetics2009-02-19T14:48:13-08:00http://www.rilab.org/rehab/files/520df611019f6685db4cc3d21c8e0db4-12.html#unique-entry-id-12http://www.rilab.org/rehab/files/520df611019f6685db4cc3d21c8e0db4-12.html#unique-entry-id-12Population Structure and Eigenanalysis]]>rossibarra@ucdavis.eduevolution2009-02-16T07:24:29-08:00http://www.rilab.org/rehab/files/c44d39f8dde0b8b8f8935e6b3c039f97-13.html#unique-entry-id-13http://www.rilab.org/rehab/files/c44d39f8dde0b8b8f8935e6b3c039f97-13.html#unique-entry-id-13Large Perturbations of the Carbon Cycle During Recovery from the End-Permian Extinction]]>rossibarra@ucdavis.eduquantitative genetics2009-02-10T16:49:55-08:00http://www.rilab.org/rehab/files/2207f8bfa1a3992ea873b739c5c510e9-14.html#unique-entry-id-14http://www.rilab.org/rehab/files/2207f8bfa1a3992ea873b739c5c510e9-14.html#unique-entry-id-14Marker-Assisted Introgression of Favorable Alleles at Quantitative Trait Loci Between Maize Elite Lines]]>rossibarra@ucdavis.edupopulation genetics2009-02-09T21:34:18-08:00http://www.rilab.org/rehab/files/6fdbb0df186e50b36663e34770780f51-15.html#unique-entry-id-15http://www.rilab.org/rehab/files/6fdbb0df186e50b36663e34770780f51-15.html#unique-entry-id-15Divergent Evolution of Duplicate Genes Leads to Genetic Incompatibilities Within A. thaliana ]]>rossibarra@ucdavis.edupopulation genetics2009-02-05T16:45:15-08:00http://www.rilab.org/rehab/files/fd1ef6e60114fdc7d4e5a2948e94609f-16.html#unique-entry-id-16http://www.rilab.org/rehab/files/fd1ef6e60114fdc7d4e5a2948e94609f-16.html#unique-entry-id-16Antagonism between local dispersal and self-incompatibility systems in a continuous plant population

]]>rossibarra@ucdavis.eduquantitative geneticsdomestication2009-02-03T16:48:45-08:00http://www.rilab.org/rehab/files/84cf363dec1da9d3a19eeafd87da5bf8-17.html#unique-entry-id-17http://www.rilab.org/rehab/files/84cf363dec1da9d3a19eeafd87da5bf8-17.html#unique-entry-id-17Linkage Mapping of Domestication Loci in a Large Maize–Teosinte Backcross Resource
]]>rossibarra@ucdavis.eduevolution2009-02-02T21:36:14-08:00http://www.rilab.org/rehab/files/33b2f99499da0ce2d04d97c4e00e8c91-18.html#unique-entry-id-18http://www.rilab.org/rehab/files/33b2f99499da0ce2d04d97c4e00e8c91-18.html#unique-entry-id-18Abrupt and Gradual Extinction Among Late Permian Land Vertebrates in the Karoo Basin, South Africa]]>rossibarra@ucdavis.edupopulation genetics2009-01-29T12:07:01-08:00http://www.rilab.org/rehab/files/444f203ab95427db5b700215567e0bb8-19.html#unique-entry-id-19http://www.rilab.org/rehab/files/444f203ab95427db5b700215567e0bb8-19.html#unique-entry-id-19Population structure and genetic diversity of New World maize races assessed by DNA microsatellites
]]>rossibarra@ucdavis.edudomestication2009-01-27T14:46:08-08:00http://www.rilab.org/rehab/files/cf49bbe31ff73d80564747a3f23da122-20.html#unique-entry-id-20http://www.rilab.org/rehab/files/cf49bbe31ff73d80564747a3f23da122-20.html#unique-entry-id-20Molecular Phylogeography of Domesticated Barley Traces Expansion of Agriculture in the Old World]]>rossibarra@ucdavis.eduevolution2009-01-26T16:53:05-08:00http://www.rilab.org/rehab/files/1859ca20037b9c70644cefb0baf6277a-21.html#unique-entry-id-21http://www.rilab.org/rehab/files/1859ca20037b9c70644cefb0baf6277a-21.html#unique-entry-id-21Phylogenies and the Comparative Method
]]>rossibarra@ucdavis.edupopulation genetics2009-01-22T21:21:00-08:00http://www.rilab.org/rehab/files/d1bdd95a676cee4e87267042c3b7d57d-22.html#unique-entry-id-22http://www.rilab.org/rehab/files/d1bdd95a676cee4e87267042c3b7d57d-22.html#unique-entry-id-22A Genome-Scan Method to Identify Selected Loci Appropriate for Both Dominant and Codominant Markers: A Bayesian Perspective
]]>rossibarra@ucdavis.edupopulation genetics2009-01-20T14:31:21-08:00http://www.rilab.org/rehab/files/efffa7d0bc0762290c39608b92ce981f-23.html#unique-entry-id-23http://www.rilab.org/rehab/files/efffa7d0bc0762290c39608b92ce981f-23.html#unique-entry-id-23Scanning the genome for gene single nucleotide polymorphisms involved in adaptive population differentiation in white spruce
]]>rossibarra@ucdavis.eduevolution2009-01-19T13:18:00-08:00http://www.rilab.org/rehab/files/fd602222e9af8e73587923829e0f6dd2-24.html#unique-entry-id-24http://www.rilab.org/rehab/files/fd602222e9af8e73587923829e0f6dd2-24.html#unique-entry-id-24Two-phase increase in the maximum size of life over 3.5 billion years reflects biological innovation and environmental opportunity
]]>rossibarra@ucdavis.edupopulation genetics2009-01-12T00:18:00-08:00http://www.rilab.org/rehab/files/4d5c6f982e4be55a58b39f8970db3ad3-25.html#unique-entry-id-25http://www.rilab.org/rehab/files/4d5c6f982e4be55a58b39f8970db3ad3-25.html#unique-entry-id-25Sequencing the nuclear genome of the extinct woolly mammoth]]>rossibarra@ucdavis.eduquantitative genetics2009-01-08T17:20:34-08:00http://www.rilab.org/rehab/files/fe5ede59ee1ec14ce38d02fb0767a750-26.html#unique-entry-id-26http://www.rilab.org/rehab/files/fe5ede59ee1ec14ce38d02fb0767a750-26.html#unique-entry-id-26The Genetic Architecture of Complex Traits in Teosinte (Zea mays ssp. parviglumis): New Evidence From Association Mapping
]]>rossibarra@ucdavis.eduevolution2009-01-05T22:26:12-08:00http://www.rilab.org/rehab/files/f3169d3da779b90c4290b9fe957053f7-27.html#unique-entry-id-27http://www.rilab.org/rehab/files/f3169d3da779b90c4290b9fe957053f7-27.html#unique-entry-id-27Rates of speciation in the fossil record
]]>rossibarra@ucdavis.eduquantitative geneticsdomestication2008-12-18T12:18:20-08:00http://www.rilab.org/rehab/files/e5aee06c857de0f8c029156225e33f78-30.html#unique-entry-id-30http://www.rilab.org/rehab/files/e5aee06c857de0f8c029156225e33f78-30.html#unique-entry-id-30Plant domestication: a model for studying the evolution of linkage]]>rossibarra@ucdavis.eduevolution2008-12-08T11:02:43-08:00http://www.rilab.org/rehab/files/cdb4d39a9ba60fb68f29971dd2b0445e-31.html#unique-entry-id-31http://www.rilab.org/rehab/files/cdb4d39a9ba60fb68f29971dd2b0445e-31.html#unique-entry-id-31The effect of geographic range on extinction risk during background and mass extinction
]]>rossibarra@ucdavis.edupopulation genetics2008-12-01T18:02:00-08:00http://www.rilab.org/rehab/files/4c8adb3d99b93f7ac44604c1463f20fe-32.html#unique-entry-id-32http://www.rilab.org/rehab/files/4c8adb3d99b93f7ac44604c1463f20fe-32.html#unique-entry-id-32Genetic Structure and Evolutionary History of a Diploid Hybrid Pine Pinus densata Inferred from the Nucleotide Variation at Seven Gene Loci ]]>rossibarra@ucdavis.eduevolution2008-11-25T17:57:55-08:00http://www.rilab.org/rehab/files/8181d76555634b4d77dd84d8d622ed5a-33.html#unique-entry-id-33http://www.rilab.org/rehab/files/8181d76555634b4d77dd84d8d622ed5a-33.html#unique-entry-id-33Sampling bias, gradual extinction patterns ad catastrophes in the fossil record.
]]>rossibarra@ucdavis.edupopulation genetics2008-11-17T10:05:05-08:00http://www.rilab.org/rehab/files/d37173816f86c49f4dd5bc967b7f2811-34.html#unique-entry-id-34http://www.rilab.org/rehab/files/d37173816f86c49f4dd5bc967b7f2811-34.html#unique-entry-id-34On the meaning and existence of an effective population size
]]>rossibarra@ucdavis.eduevolution2008-11-10T17:54:01-08:00http://www.rilab.org/rehab/files/d0aa211fc29da9cd9d25c88c35e1abc3-35.html#unique-entry-id-35http://www.rilab.org/rehab/files/d0aa211fc29da9cd9d25c88c35e1abc3-35.html#unique-entry-id-35Environmental determinants of extinction selectivity in the fossil record
]]>rossibarra@ucdavis.eduevolution2008-11-10T11:45:37-08:00http://www.rilab.org/rehab/files/7942e2e405d84942b0bc5f8baa140d60-36.html#unique-entry-id-36http://www.rilab.org/rehab/files/7942e2e405d84942b0bc5f8baa140d60-36.html#unique-entry-id-36Determinants of extinction in the fossil record
]]>rossibarra@ucdavis.eduevolution2008-11-03T18:00:23-08:00http://www.rilab.org/rehab/files/515e660bb796d7d1c953dcf65a68f295-37.html#unique-entry-id-37http://www.rilab.org/rehab/files/515e660bb796d7d1c953dcf65a68f295-37.html#unique-entry-id-37Origin of avian genome size and structure in non-avian dinosaurs
]]>rossibarra@ucdavis.eduevolution2008-10-27T11:38:39-07:00http://www.rilab.org/rehab/files/a48a2b743acbe390d94b7cb8478015a6-38.html#unique-entry-id-38http://www.rilab.org/rehab/files/a48a2b743acbe390d94b7cb8478015a6-38.html#unique-entry-id-38Palaeogenomics of pterosaurs and the evolution of small genome size in flying vertebrates
]]>rossibarra@ucdavis.eduevolution2008-10-20T00:29:51-07:00http://www.rilab.org/rehab/files/236b2575a1344fed2c243f09a429ee93-39.html#unique-entry-id-39http://www.rilab.org/rehab/files/236b2575a1344fed2c243f09a429ee93-39.html#unique-entry-id-39Written in stone: fossils, genes and evo–devo
]]>rossibarra@ucdavis.eduevolution2008-10-13T12:47:08-07:00http://www.rilab.org/rehab/files/aa638fc2c150d3c242d3d704baf00ac5-40.html#unique-entry-id-40http://www.rilab.org/rehab/files/aa638fc2c150d3c242d3d704baf00ac5-40.html#unique-entry-id-40 Recovery from the most profound mass extinction of all time
]]>rossibarra@ucdavis.edupopulation genetics2008-10-06T02:52:07-07:00http://www.rilab.org/rehab/files/7e390c65a26a44a4fadd23936857f41d-41.html#unique-entry-id-41http://www.rilab.org/rehab/files/7e390c65a26a44a4fadd23936857f41d-41.html#unique-entry-id-41The Effect of Ancient DNA Damage on Inferences of Demographic Histories]]>