cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5061/dryad.r2170/1
title: High-resolution Plate 1

description: Plate 1: All SEM images. Scale bar represents 1 mm. 1–3 Polycope arcys Joy and Clark 1977. 1, USNM 594082, PS2179, 9–10 cm; RV, lateral view. 2, USNM 594083, PS2186-5, 10–11 cm; LV, lateral view. 3, USNM 594084, PS2202-2, 0–1 cm; LV, lateral view. 4–9 Polycope bispinosa Joy and Clark 1977. 4, USNM 594085, PS2186-5, 10–11 cm; RV, lateral view. 5, USNM 594086, PS2186-5, 10–11 cm; RV, lateral view. 6, USNM 594087, PS2179, 9–10 cm; RV, lateral view. 7, USNM 594088, PS2164-4, 0–1 cm; LV, lateral view. 8, USNM 594089, Geomar 23243-1, 90–91 cm; LV, lateral view. 9, USNM 594090, Geomar 23243-1, 180–181 cm; LV, lateral view.
DOI: 10.5061/dryad.r2170/2
title: High-resolution Plate 2

description: Plate 2: All SEM images. Scale bar represents 500 µm. 1–2	Polycope bireticulata Joy and Clark 1977. 1, USNM 594091, PS2177-1, 0–1 cm; RV, lateral view. 2, USNM 594092, PS2177-1, 0–1 cm; RV, lateral view. 3 Polycope reticulata Müller, 1894, USNM 594093, PS2179, 9–10 cm; RV, lateral view. 4–5	Polycope semipunctata Joy and Clark 1977. 4, USNM 594094, PS2186-5, 10–11 cm; RV, lateral view. 5, USNM 594095, PS2200-5, 183 cm; RV, lateral view. 6–9 Polycope moenia Joy and Clark 1977. 6, USNM 594096, PS2202-2, 0–1 cm; LV, lateral view. 7, USNM 594097, PS2202-2, 0–1 cm; RV, lateral view. 8, USNM 594098, PS2200-5, 123 cm; RV, lateral view. 9, USNM 594099, PS2177-1, 0–1 cm; LV, lateral view.
DOI: 10.5061/dryad.r2170/3
title: High-resolution Plate 3

description: Plate 3: All SEM images. Scale bar represents 1 mm. 1 Polycope punctata Sars 1869 sensu Joy and Clark (1977), USNM 594100, PS2177-1, 0–1 cm; LV, lateral view. 2–5, 8 Polycope inornata Joy and Clark 1977. 2, USNM 594101, PS2177-1, 0–1 cm; RV, lateral view. 3, USNM 594102, PS2164-4, 0–1 cm; LV, lateral view. 4, USNM 594103, PS2177-1, 0–1 cm; LV, lateral view. 5, USNM 594104, PS2177-1, 0–1 cm; LV, lateral view. 8, USNM 594107, PS2179-3, 17–18 cm; LV, lateral view. 6–7	Polycope sp. 1. 6, USNM 594105, Geomar 23243-1, 55 cm; RV, lateral view. 7, USNM 594106, Geomar 23243-1, 60–61 cm; RV, lateral view. 9–10	Polycope horrida Joy and Clark 1977. 9, USNM 594108, NP26 sta 5, 80–82 cm; RV, lateral view. 10, USNM 594109, NP26 sta 5, 77.5–79 cm; RV, lateral view.
DOI: 10.5061/dryad.r2170/4
title: High-resolution Plate 4

description: Plate 4 All SEM images and adult specimens. Scale bar represents 1 mm. 1–7	Argilloecia cf. robinwhatleyi Yasuhara, Okahashi and Cronin 2009. 1, USNM 594110, PS2200-5, 178 cm; LV, lateral view. 2, USNM 594111, PS2200-5, 178 cm; RV, lateral view. 3, USNM 594112, PS2200-5, 183 cm; RV, lateral view. 4, USNM 594113, PS1913-5, 0–2 cm; LV, internal view. 5, USNM 594114, PS1913-5, 0–2 cm; RV, internal view. 6, USNM 594115, 10/2, 24–26 cm; LV, lateral view. 7, USNM 594116, 10/2, 24–26 cm; RV, lateral view. 8–9	Argilloecia cf. conoidea Sars 1923. 8, USNM 594117, 10/2, 24–26 cm; LV, lateral view. 9, USNM 594118, 10/2, 24–26 cm; RV, lateral view.10Australoecia posteroacuta Coles and Whatley, 1989, USNM 594119, 10/2, 24–26 cm; RV, lateral view. 11 Argilloecia sp. 1, USNM 594120, 10/2, 24–26 cm; LV, lateral view.
DOI: 10.5061/dryad.r2170/5
title: High-resolution Plate 5

description: Plate 5: All SEM images and adult specimens. Scale bars represent 1 mm. 1–2	Bythoceratina lomonosovensis n. sp. 1, USNM 594121, PS2179-3, 11–12 cm; LV, lateral view. 2, USNM 594122, PS2179-3, 15–16 cm; RV, lateral view. 3–4 Bythoceratina scaberrima (Brady 1886). 3, USNM 594123, PS2202-2, 0–1 cm; LV, lateral view. 4, USNM 594124, PS2185-4, 12–13 cm; RV, lateral view. 5–7 Cytheropteron parahamatum n. sp. 5, USNM 594125, Meteor 23454-2; LV, lateral view. 6, USNM 594126, Meteor 23454-2; RV, lateral view. 7, USNM 594127, PS1913-5, 0–2 cm; RV, lateral view. 8–9 Cytheropteron carolinae Whatley and Coles 1987. 8, USNM 594128, PS1704-3; LV, lateral view. 9, USNM 594129, PS1698-2; RV, lateral view.
DOI: 10.5061/dryad.r2170/6
title: High-resolution Plate 6

description: Plate 6: All SEM images and adult specimens. Scale bar represents 1 mm. 1–12	Pseudocythere caudata Sars 1866. 1, USNM 594130, PS2186-5, 10–11 cm; LV, lateral view. 2, USNM 594131, PS2189-1, 0–1 cm; RV, lateral view. 3, USNM 594132, PS2189-1, 0–1 cm; LV, lateral view. 4, USNM 594133, 10/2, 4–6 cm; LV, lateral view. 5, USNM 594134, PS2189-1, 0–1 cm; RV, lateral view. 6, USNM 594135, PS2186-5, 10–11 cm; LV, lateral view.  7, USNM 594136, Geomar 23243-1, 100–101 cm; LV, lateral view. 8, USNM 594137, 10/2, 4–6 cm; RV, lateral view. 9, USNM 594138, 10/2, 4–6 cm; LV, lateral view. 10, USNM 594139, Geomar 23243-1, 100–101 cm; RV, lateral view. 11, USNM 594140, 10/2, 4–6 cm; LV, lateral view. 12, USNM 594141, 10/2, 4–6 cm; RV, lateral view.
DOI: 10.5061/dryad.r2170/7
title: High-resolution Plate 7

description: Plate 7: All SEM images and adult specimens. Scale bar represents 1 mm. 1–3	Cytheropteron higashikawai Ishizaki 1981. 1, USNM 594142, PS1893-1; LV, lateral view. 2, USNM 594143, PS1893-1; RV, lateral view. 3, USNM 594144, Geomar 23243-1, 64 cm; LV, lateral view. 4–7	Cytheropteron sedovi Schneider, 1962. 4, USNM 594145, PS2195-4, 0–1 cm; RV, lateral view. 5, USNM 594146, Pl-91-AR-BC02; LV, lateral view. 6, USNM 594147, PS2179-3, 9–10 cm; RV, lateral view. 7, USNM 594148, PS2179-3, 9–10 cm; LV, lateral view. 8 Cytheropteron lanceae n. sp., USNM 594149, NP-26/32, 2.5–5.0 cm; RV, lateral view.
DOI: 10.5061/dryad.r2170/8
title: High-resolution Plate 8

description: Plate 8: All SEM images and adult specimens. Scale bar represents 1 mm. 1–8	Cytheropteron perlaria Hao 1988. 1, USNM 594150, PS1905-1; LV, lateral view. 2, USNM 594151, PS1698-2; RV, lateral view. 3, USNM 594152, NP-19/18; RV, lateral view. 4, USNM 594153, NP-19/18; RV, lateral view. 5, USNM 594154, NP-19/19; LV, lateral view. 6, USNM 594155, NP-19/19; RV, lateral view. 7, USNM 594156, NP-19/19; LV, lateral view. 8, USNM 594157, NP-19/19; RV, lateral view.
DOI: 10.5061/dryad.r54m2/1
title: Data on evolution of female traits under different levels of intersexual conflict in Drosophila melanogaster

description: Data generated in an Experimental evolution study. Assays done under laboratory conditions.
DOI: 10.5061/dryad.rm5v5/61
title: Supplemental Dataset 7: Descriptions of traits and modeling.

description: Supplemental Dataset 7: Descriptions of traits and modeling. Following the abbreviation for each trait, which is used in the main text and figures, is a description of the trait. Information relating to the statistical modeling of each trait is given, including any transformation that was used, units measured and their conversions, a description of pseudoreplication, and a qualitative interpretation of what the values of the trait represent. Following this description is a list of significant factors that were used in the modeling of the trait and their associated p-values. If a mixed-effect linear model was used, fixed effects are denoted by “[fixed]” and all other factors were treated as random. If there were no significant random effects, ANOVA modeling was used and besides the one factor modeled, “(no other factors significant)” is denoted.
DOI: 10.5061/dryad.rm5v5/62
title: Supplemental Dataset 8: Traits used from other studies.

description: Supplemental Dataset 8: Traits used from other studies. A list of traits meta-analyzed in this study. Traits are assigned to classes: “ENZ,” enzymatic activity measured from the fruit pericarp (Steinhauser et al., 2011); “MET,” metabolite levels from the fruit pericarp (Schauer et al., 2006; Schauer et al., 2008); “MOR,” yield, biomass, and morphological traits (Schauer et al., 2006; Schauer et al., 2008); “SEED,” seed metabolite levels (Toubiana et al., 2012). In addition to the trait abbreviation, for “MOR” traits a brief description is given; for all other traits, the abbreviation roughly corresponds to the metabolite or enzymatic activity measured, and precise definitions for all traits can be found from their publically-available source: phenome-networks.com. The “studies” for which the raw data is derived from phenome-networks.com is also given: A = akko 2001 II, B = akko 2001 met, C = akko 2001 metabolites A, D = akko 2001 metabolites B, M = akko 2003 metabolites A, N = akko 2003 metabolites B, O = akko 2003 enzymes, P = akko 2003, W = akko 2004 enzymes, X = akko 2004 morphology, Y = akko 2004 seed metabolites, Z = akko 2004 metabolites. Only homozygous IL traits were considered. For some traits there was a deficit in the ILs measured, and to not bias inter-trait analyses, only those traits for which &gt; 60 ILs (not including cv. M82) were measured were included (practically, the trait with the fewest ILs measured after this condition has 67 IL values). Whether the trait was “included” or “dropped” from analyses in this study is given in the “Included.Dropped” column.
DOI: 10.5061/dryad.rm5v5/63
title: Supplemental Dataset 9: Matrix of averaged z-scores.

description: Supplemental Dataset 9: Matrix of averaged z-scores. A matrix of the averaged z-score values for each trait across measured ILs. These values represent an averaging of z-score normalized trait values for ILs (mean centered relative to cv. M82) across the replicates available for each trait. Traits are identified by their trait class followed by trait name. NA = “not available.”
DOI: 10.5061/dryad.rm5v5/64
title: Supplemental Dataset 10: Pair-wise Pearson correlation coefficient values between traits.

description: Supplemental Dataset 10: Pair-wise Pearson correlation coefficient values between traits. Pair-wise correlation coefficients between traits of all classes (“DEV,” “MOR,” “MET,” “ENZ,” and “SED”). Given are the classes and names of each trait pair and their correlation coefficient.
DOI: 10.5061/dryad.rm5v5/65
title: Supplemental Dataset 11: Significance values for pair-wise correlations between traits.

description: Supplemental Dataset 11: Significance values for pair-wise correlations between traits. Significance values given for the pair-wise correlations between traits of all classes (“DEV,” “MOR,” “MET,” “ENZ,” and “SED”). Given is the p-value of the correlation (calculated with n representing the number of correlated data points, adjusting for missing data). Adjusted p-values, using the Benjamini and Hochberg method to control for false discovery rate, are also given (Benjami and Hochberg, 1995). Additionally, the “sig.DEV.interact” column indicates those correlations between a “DEV” trait and a trait of another trait class besides “DEV” that is significant after multiple test adjustment.
DOI: 10.5061/dryad.rm5v5/66
title: Supplemental Dataset 12: Jackknifing results for significant correlations between DEV and traits of other classes.

description: Supplemental Dataset 12: Jackknifing results for significant correlations between DEV and traits of other classes. A table of jackknifing results: only those correlations between a DEV trait and a trait of a different class that was significant after multiple test correction was considered. Given is the class of each trait, name, p-value of the Pearson correlation coefficient, the adjusted p-value, and value of r. For each instance of removing a single data point, the standard error of the resulting jackknifed distribution, the bias, and the jackknifed correlation coefficients used to compute standard error and bias (as a series of columns labeled “jack.result”) is given.
DOI: 10.5061/dryad.rm5v5/67
title: Supplemental Dataset 13: IL expression values for genes residing on chromosomes 1-3 and unassembled genes.

description: Supplemental Dataset 13: IL expression values for genes residing on chromosomes 1-3 and unassembled genes. A table of averaged normalized expression values (in reads per million) in the vegetative apex for genes on chromosomes 1-3 (and unassembled genes). See Materials and Methods for details.
DOI: 10.5061/dryad.rm5v5/68
title: Supplemental Dataset 14: IL expression values for genes residing on chromosomes 4-8.

description: Supplemental Dataset 14: IL expression values for genes residing on chromosomes 4-8. A table of averaged normalized expression values (in reads per million) in the vegetative apex for genes on chromosomes 4-8. See Materials and Methods for details.
DOI: 10.5061/dryad.rm5v5/69
title: Supplemental Dataset 15: IL expression values for genes residing on chromosomes 9-12.

description: Supplemental Dataset 15: IL expression values for genes residing on chromosomes 9-12. A table of averaged normalized expression values (in reads per million) in the vegetative apex for genes on chromosomes 9-12. See Materials and Methods for details.
DOI: 10.5061/dryad.rm5v5/70
title: Supplemental Dataset 16: Gene expression profiles significantly correlated with traits.

description: Supplemental Dataset 16: Gene expression profiles significantly correlated with traits. A table of genes, of which their expression profile across ILs significantly correlates with measured IL trait values (after multiple test adjustment). For each significant correlation, the gene, trait, and slope and p-value resulting from linear modeling are provided. The multiple test adjusted p-value (as determined using the BH method) is also shown. The bin to which each gene belongs and gene annotation information is also given.
DOI: 10.5061/dryad.td28r/5
title: R Code

description: Complete R code for all statistical analyses including Firth penalized likelihood logistic regressions, linear mixed models, and mantel tests.
DOI: 10.5061/dryad.td28r/6
title: Logistic Regression Input File

description: Input file required to run R code. Contains all data needed for Firth logits.
DOI: 10.5061/dryad.v5n09/1
title: Lobelia siphilitica pollen data for Dryad

description: Family mean pollen viability of Lobelia siphilitica sampled from 26 populations.  All estimates of pollen viability are from plants grown in a greenhouse common garden.
DOI: 10.5061/dryad.vc86n/1
title: Pedigree

description: Pedigree, calculated as described in the paper.
DOI: 10.5061/dryad.vc86n/2
title: Female Rut Data

description: Female Rut data from field observations. Please see ReadMe file.
DOI: 10.5061/dryad.vc86n/3
title: Male Rut Data

description: Male rut data, from observations. Please see ReadMe file.
DOI: 10.5061/dryad.vf71t/1
title: Microsatellites in Common whelk

description: Genepop format, five loci: bu67, bu119, bu122, bu145, bu151. Populations: Britain (BR), Faeroe Islnds (FE), Greenland (GR1-4), Canada (CA), Iceland: Faxafloi (FA), Hempill (HE), Hruteyjar (HR), Oddbjarnarsker (OD), Hunafloi (HF)
DOI: 10.5061/dryad.vf71t/2
title: mtDNA_haplfreq

description: frequencies of mtDNA (COI and 16S) haplotypes with genbank accession numbers
DOI: 10.5061/dryad.0179t/27
title: BLAST assignment data for ancient-2

description: Unfiltered BLAST assignment file of contigs identified during the metagenomic analysis of sample ancient-2. Use with 'Contig data for ancient-2' in MEGAN v4.70. See attached readme file for column headers.
DOI: 10.5061/dryad.092fc/1
title: Master_GenePop

description: The unabridged data in GenePop format as was generated by GenAlEx. For information regarding identification codes of individual aphids or reducing the data to a working set as was referenced in the published manuscript please consult the read me file: "ReadMe_AGlycines.txt"
DOI: 10.5061/dryad.092fc/2
title: Master_GenAlEx

description: The unabridged data in GenAlEx format. For information regarding identification codes of individual aphids or reducing the data to a working set as was referenced in the published manuscript please consult the read me file: "ReadMe_AGlycines.txt"
DOI: 10.5061/dryad.0ck3q/1
title: Detection of Procambarus clarkii by funnel traps and environmental DNA depends on pond characteristics and crayfish abundances

description: The presence of Procambarus clarkii was surveyed in a network of 158 ponds in France by using funnel traps and eDNA analyses concomitantly. Ponds were described using 6 habitat variables: perimeter, surface, maximum depth (sometimes estimated), estimated volume, mean shoreline slope and occurrence of litter. Additionally, 5 water quality variables (temperature, turbidity, conductivity, pH and dissolved oxygen) were measured on a subsample of 82 ponds. For the 51 ponds where crayfish were trapped, CPUE (catch per unit effort - number of crayfish per trap per 24h) and the proportion of juveniles were calculated.
DOI: 10.5061/dryad.101tb/1
title: Recurrent evolution of dioecy in bryophytes

description: This file includes species of mosses used in the phylogenetic analysis of Shaw et al. 2005 Taxon; the sexuality of each species (dioicous = separate gametophyte sexes; autoicious = hermaphroditic; for a description of moss sexuality terms, see http://en.wikipedia.org/wiki/Dioicous); the sexuality of each genus; and the number of recognized species in each genus.
DOI: 10.5061/dryad.104t1/1
title: Nesting parasites, laying sequences

description: Egg-laying sequence of 14 females that laid eggs in one or more other nests before laying and starting incubation in her own nest. Eggs that she laid in other nests are represented by numbers; ® represents eggs that she laid in her own nest. For instance, female 2 started on 28 April by laying an egg in another nest (1), 3 days later laying another egg in the same nest (1). Two days later she laid an egg in a second nest (2) etc., until she on 18 May laid an egg in her own nest, then continuing with 7 more eggs in her own nest, the last of which she laid 30 May. Figure 4 is a simplified summary of these results, omitting non-laying days.
DOI: 10.5061/dryad.11j35/1
title: Sgro et al Mol Ecol
DOI: 10.5061/dryad.11j35/2
title: RTPCR raw Cp values
DOI: 10.5061/dryad.11j35/3
title: mth_haplotype_2005_raw

description: The spreadsheet contains raw genotyping data of mth haplotypes from the 2005 clinal populations.
DOI: 10.5061/dryad.11j35/4
title: mean lifespan

description: Mean lifespan for each clinal population
DOI: 10.5061/dryad.12734/2
title: Population Proximity Layers

description: This data package includes nine population proximity index layers for 2005, 2030 and 2050, for rural, urban and total populations.  The layers are distributed as 1km GeoTIFFs and GeoJPGss at 1km.
DOI: 10.5061/dryad.12kh6/1
title: R code for single-locus and multivariate regression analyses used for "Admixture mapping in Populus"

description: R code to obtain candidate QTL and parameter estimates. Runs with example input files 'linkage_Ita_f.edited', 'linkage_Ita_ss.edited', 'Marker.csv', and 'phenotypes_Ita.txt'.
DOI: 10.5061/dryad.12kh6/2
title: Microsatellite genotype data for all individuals from four Populus hybrid zones

description: Genotypic data are in 2 rows for each individual, in a slightly modified Structure input format. Columns: individual number; source population (Italy, Austria, Hungary, Spain); individual ID; species assignment (0, hybrid; 1, P. alba; 2, P. tremula); use population flag in Structure (0, no; 1, yes); followed by microsatellite fragment sizes for 77 loci (-9, missing data; 222, band absent for dominant markers).
DOI: 10.5061/dryad.143r1/1
title: Bonatelli_etal_Pilosocereus_SSRdata

description: SSR data from populations of six species of the Pilosocereus aurisetus group (Cactaceae)
DOI: 10.5061/dryad.1fb3d/1
title: BEAST input file for COI
DOI: 10.5061/dryad.1fb3d/2
title: BEAST input file for H3
DOI: 10.5061/dryad.1fb3d/3
title: BEAST input file for ITS
DOI: 10.5061/dryad.1fb3d/4
title: BEAST log file for COI
DOI: 10.5061/dryad.1fb3d/5
title: BEAST log file for H3
DOI: 10.5061/dryad.1fb3d/6
title: BEAST log file for ITS
DOI: 10.5061/dryad.1qg13/1
title: Morphological values of three traits of adult male hummingbirds.

description: We compiled measurements of three traits in adult males: body mass, wing chord (i.e., closed wing-length), and length of exposed culmen (Graham et al. 2012). The three traits represent important morphological interfaces for hummingbird flight, physiology, feeding and behavior. Body mass is related to thermoregulatory adaptations to high elevation habitats, as well as aggressive interactions among territorial species (Altshuler and Dudley 2002; González-Gómez et al. 2011a; González-Gómez et al. 2011b). Wing chord is a component of hovering flight, which becomes more difficult at high elevations due to lower air density (Altshuler et al. 2004; Stiles et al. 2005). Bill length is associated with resource use, foraging efficiency, and the matching between bill lengths and corolla lengths in hummingbird pollinated plants (Feinsinger et al. 1979; Smith et al. 1996; Temeles et al. 2002).  These three traits show a predicted trait environment-relationship when all species in an assemblage are considered: body mass increases with elevation, wing chord increases with elevation and bill length decreases with elevation (high elevation flowers have short corollas; (Stiles 2008)).  All three traits can be well described by a Brownian motion model of trait evolution, indicating phylogenetic signal (Blombergs K ~ 1 for all traits; Graham et al. 2012).
DOI: 10.5061/dryad.3231b/1
title: supplementary file 1

description: Table of per cent Limb ratios of various extant cryptodire and extinct eucryptodire turtles. Higher aquatic adaptation to the right.
DOI: 10.5061/dryad.41311/1
title: Lovlie et al Dryad file

description: The excel file includes three tabs: 1) Explanation of headings, 2) data from the Controlled natural mating experiment, 3) data from the Artificial insemination experiment, corresponding to Løvlie et al.
DOI: 10.5061/dryad.504636cd/24
title: Beast_inference1_NS4B

description: Beast xml file used in Beast inference 1 for the NS4B-gene.
DOI: 10.5061/dryad.504636cd/25
title: Beast_inference1_NS5

description: Beast xml file used in Beast inference 1 for the NS5-gene.
DOI: 10.5061/dryad.504636cd/26
title: Beast_inference1_PrM

description: Beast xml file used in Beast inference 1 for the PrM-gene.
DOI: 10.5061/dryad.504636cd/27
title: Beast_inference2_ALN2_1

description: Beast xml file used in Beast inference 2 for the putative recombinant region of the genome.
DOI: 10.5061/dryad.504636cd/28
title: Beast_inference2_ALN2_2

description: Beast xml file used in Beast inference 2 for the putative non-recombinant region of the genome.
DOI: 10.5061/dryad.504636cd/29
title: Beast_inference3

description: Beast xml file used in Beast inference 3 based on the 28 full length ORFs with both E-gene and the recombinant fragment omitted.
DOI: 10.5061/dryad.504636cd/31
title: Beast_inference4_E_161

description: Beast xml file used in Beast inference 4 for analysing the 161 longest E-sequences.
DOI: 10.5061/dryad.504636cd/32
title: Figure3_a_BI

description: Tree file corresponding to result of the Bayesian inference reported in Figure 3a.
DOI: 10.5061/dryad.504636cd/33
title: Figure3_a_ML

description: Tree file corresponding to result of the Maximum Likelihood inference reported in Figure 3a.
DOI: 10.5061/dryad.569j0/1
title: Methicillin-resistant Staphylococcus aureus among men who have sex with men attending an STI clinic in Amsterdam
DOI: 10.5061/dryad.574sv/1
title: Chinook salmon SNP baseline 2014

description: Included here are baseline genotypes at 95 SNPs (species diagnostic marker has been excluded) for 7984 Chinook salmon from 68 distinct populations, ranging from California to Alaska. Genotypes are also included for a single sample (n=47) of California coho salmon. Data were collected on a Fluidigm EP1 platform using 96.96 Dynamic Arrays. The archive contains three files: 1) 2010_Baseline_SNPset.txt is the genotype data in gsi_sim format (very similar to GENEPOP) with a header indicating the number of samples and loci, a list of assay names, population blocks denoted with "POP", and tab-delimited genotypes with one allele per column; 2) ReportingUnits_SNPset_2010.txt indicates which populations are included in each reporting unit; 3) SNP_names.txt is simply a list of assay names.  In order to these data with the software gsi_sim, all three files should be present in the Baseline directory.