http://www.rilab.org/index.htmlR-I Lab reading groupenrossibarra@gmail.comCopyright 2009 Jeffrey Ross-Ibarra2010-10-01T06:52:15-05:00 hourly 1 2000-01-01T12:00+00:00 Wed, 08 Sep 2010 06:54:22 -0500rossibarra@gmail.comevolution2010-10-01T06:52:15-05:00http://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@gmail.comquantitative genetics2010-10-08T19:17:00-05:00http://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@gmail.comquantitative genetics2010-09-17T11:29:11-05:00http://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@gmail.compopulation genetics2010-09-04T01:13:03-05:00http://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@gmail.comevolutionpopulation genetics2010-09-11T01:02:35-05:00http://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@gmail.comdomesticationpopulation genetics2010-08-20T13:59:51-05:00http://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

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Seeing red: the origin of grain pigmentation in US weedy rice]]>rossibarra@gmail.compopulation genetics2010-08-27T13:56:49-05:00http://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@gmail.comevolution2010-08-06T09:19:34-05:00http://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@gmail.compopulation genetics2010-07-23T20:54:22-05:00http://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@gmail.compopulation genetics2010-08-13T21:12:45-05:00http://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@gmail.compopulation genetics2010-07-23T19:41:01-05:00http://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@gmail.comquantitative genetics2010-07-16T19:34:59-05:00http://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@gmail.compopulation genetics2010-07-09T02:19:18-05:00http://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@gmail.compopulation genetics2010-07-02T16:11:31-05:00http://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@gmail.compopulation genetics2010-06-25T16:57:14-05:00http://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@gmail.compopulation geneticsdomestication2010-06-11T14:26:00-05:00http://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@gmail.compopulation genetics2010-06-18T22:00:00-05:00http://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@gmail.compopulation genetics2010-06-04T12:41:00-05:00http://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@gmail.compopulation genetics2010-05-28T14:29:00-05:00http://www.rilab.org/rehab/files/ea57e44d5d4c97ca1c0a2aa5941001fb-115.html#unique-entry-id-115http://www.rilab.org/rehab/files/ea57e44d5d4c97ca1c0a2aa5941001fb-115.html#unique-entry-id-115rossibarra@gmail.compopulation genetics2010-05-07T21:59:00-05:00http://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@gmail.compopulation genetics2010-05-21T12:28:35-05:00http://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@gmail.comdomesticationpopulation genetics2010-04-23T10:43:45-05:00http://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

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Population genetic inference from genomic sequence variation
]]>rossibarra@gmail.compopulation genetics2010-05-14T02:58:47-05:00http://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@gmail.compopulation genetics2010-04-30T12:56:22-05:00http://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@gmail.compopulation genetics2010-04-09T11:37:54-05:00http://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@gmail.compopulation genetics2010-04-02T18:16:32-05:00http://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@gmail.compopulation genetics2010-04-16T19:30:00-05:00http://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@gmail.comevolution2010-03-13T01:25:43-06:00http://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@gmail.compopulation genetics2010-03-06T00:50:44-06:00http://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@gmail.comevolution2010-02-19T23:56:44-06:00http://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@gmail.commolecular genetics2010-02-26T23:44:00-06:00http://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@gmail.compopulation genetics2010-02-12T17:45:00-06:00http://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@gmail.compopulation genetics2010-02-05T23:26:07-06:00http://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@gmail.compopulation genetics2010-01-29T21:49:00-06:00http://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@gmail.compopulation geneticsdomestication2010-01-22T14:46:00-06:00http://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@gmail.comevolution2010-01-15T09:28:34-06:00http://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.

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A distant upstream enhancer at the maize domestication gene tb1 has pleiotropic effects on plant and inflorescent architecture.
]]>rossibarra@gmail.comevolution2009-06-12T21:04:07-05:00http://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@gmail.compopulation genetics2009-12-18T11:55:25-06:00http://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@gmail.comquantitative genetics2009-12-11T18:13:48-06:00http://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@gmail.comquantitative genetics2009-12-04T21:29:31-06:00http://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@gmail.comevolution2009-11-20T21:19:59-06:00http://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@gmail.compopulation genetics2009-11-13T12:31:14-06:00http://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@gmail.compopulation genetics2009-10-30T12:21:07-05:00http://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@gmail.compopulation genetics2009-11-06T12:08:27-06:00http://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@gmail.compopulation genetics2009-10-23T12:02:39-05:00http://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

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ADAPTIONISM—30 YEARS AFTER GOULD AND LEWONTIN]]>rossibarra@gmail.compopulation genetics2009-10-16T12:20:03-05:00http://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@gmail.compopulation genetics2009-10-09T11:48:14-05:00http://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@gmail.compopulation geneticsdomestication2009-09-25T02:41:00-05:00http://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@gmail.comdomestication2009-10-02T12:34:49-05:00http://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

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The cultural and chronological context of early Holocene maize and squash domestication in the Central Balsas River Valley, Mexico]]>rossibarra@gmail.compopulation genetics2009-10-06T14:08:23-05:00http://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@gmail.compopulation genetics2009-09-11T02:30:00-05:00http://www.rilab.org/rehab/files/55921c741a933d0036cf511fed591fb1-77.html#unique-entry-id-77http://www.rilab.org/rehab/files/55921c741a933d0036cf511fed591fb1-77.html#unique-entry-id-77rossibarra@gmail.compopulation genetics2009-09-29T11:43:01-05:00http://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@gmail.compopulation genetics2009-09-18T11:41:00-05:00http://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@gmail.compopulation genetics2009-09-04T22:22:16-05:00http://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@gmail.compopulation genetics2009-09-22T15:30:00-05:00http://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@gmail.comevolution2009-09-08T15:20:37-05:00http://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@gmail.compopulation genetics2009-09-01T15:16:46-05:00http://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@gmail.compopulation genetics2009-08-25T11:11:12-05:00http://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@gmail.comquantitative genetics2009-08-28T15:49:00-05:00http://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@gmail.comevolutionquantitative genetics2009-08-21T11:48:08-05:00http://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@gmail.compopulation genetics2009-08-19T01:49:00-05:00http://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@gmail.compopulation genetics2009-08-11T11:27:00-05:00http://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@gmail.compopulation genetics2009-08-14T08:29:00-05:00http://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@gmail.compopulation genetics2009-08-07T23:23:26-05:00http://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@gmail.compopulation geneticsdomestication2009-08-04T16:01:19-05:00http://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@gmail.compopulation genetics2009-07-31T16:34:00-05:00http://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@gmail.compopulation genetics2009-07-28T18:51:00-05:00http://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@gmail.compopulation genetics2009-07-17T17:08:00-05:00http://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@gmail.comevolutionmolecular genetics2009-07-24T17:06:21-05:00http://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@gmail.compopulation genetics2009-07-14T10:32:06-05:00http://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@gmail.compopulation genetics2009-07-07T12:05:42-05:00http://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@gmail.compopulation genetics2009-07-10T11:58:00-05:00http://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@gmail.compopulation geneticsdomestication2009-06-30T11:31:00-05:00http://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@gmail.compopulation genetics2009-07-03T11:29:29-05:00http://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@gmail.compopulation genetics2009-06-26T18:23:00-05:00http://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@gmail.compopulation geneticsevolution2009-06-19T18:01:09-05:00http://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@gmail.compopulation genetics2009-06-05T06:38:08-05:00http://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@gmail.compopulation genetics2009-05-29T16:23:00-05:00http://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@gmail.compopulation genetics2009-05-22T17:08:17-05:00http://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@gmail.comquantitative genetics2009-05-15T15:58:16-05:00http://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@gmail.compopulation genetics2009-04-14T11:59:12-05:00http://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@gmail.compopulation genetics2009-04-07T18:01:12-05:00http://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@gmail.compopulation genetics2009-04-02T00:21:59-05:00http://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@gmail.comdomesticationpopulation genetics2009-03-31T18:04:08-05:00http://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@gmail.compopulation geneticsdomestication2009-03-24T18:02:50-05:00http://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@gmail.comevolution2009-03-17T17:30:00-05:00http://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@gmail.compopulation geneticsdomestication2009-03-17T14:08:00-05:00http://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@gmail.compopulation genetics2009-03-09T18:38:08-05:00http://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@gmail.comevolution2009-03-02T22:38:02-06:00http://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@gmail.compopulation genetics2009-02-26T13:36:00-06:00http://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@gmail.comevolution2009-02-23T09:20:00-06:00http://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@gmail.compopulation geneticsquantitative genetics2009-02-19T16:48:13-06:00http://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@gmail.comevolution2009-02-16T09:24:29-06:00http://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@gmail.comquantitative genetics2009-02-10T18:49:55-06:00http://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@gmail.compopulation genetics2009-02-09T23:34:18-06:00http://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@gmail.compopulation genetics2009-02-05T18:45:15-06:00http://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@gmail.comquantitative geneticsdomestication2009-02-03T18:48:45-06:00http://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@gmail.comevolution2009-02-02T23:36:14-06:00http://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@gmail.compopulation genetics2009-01-29T14:07:01-06:00http://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@gmail.comdomestication2009-01-27T16:46:08-06:00http://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@gmail.comevolution2009-01-26T18:53:05-06:00http://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@gmail.compopulation genetics2009-01-22T23:21:00-06:00http://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@gmail.compopulation genetics2009-01-20T16:31:21-06:00http://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@gmail.comevolution2009-01-19T15:18:00-06:00http://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@gmail.compopulation genetics2009-01-12T02:18:00-06:00http://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@gmail.comquantitative genetics2009-01-08T19:20:34-06:00http://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@gmail.comevolution2009-01-06T00:26:12-06:00http://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@gmail.comquantitative geneticsdomestication2008-12-18T14:18:20-06:00http://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@gmail.comevolution2008-12-08T13:02:43-06:00http://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@gmail.compopulation genetics2008-12-01T20:02:00-06:00http://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@gmail.comevolution2008-11-25T19:57:55-06:00http://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@gmail.compopulation genetics2008-11-17T12:05:05-06:00http://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@gmail.comevolution2008-11-10T19:54:01-06:00http://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@gmail.comevolution2008-11-10T13:45:37-06:00http://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@gmail.comevolution2008-11-03T20:00:23-06:00http://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@gmail.comevolution2008-10-27T13:38:39-05:00http://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@gmail.comevolution2008-10-20T02:29:51-05:00http://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@gmail.comevolution2008-10-13T14:47:08-05:00http://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@gmail.compopulation genetics2008-10-06T04:52:07-05:00http://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]]>