cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5061/dryad.6c2s3/1
title: Thorogood&Davies_datasets

description: Data collected in field from surveys of reed warbler nests and experiments with model cuckoo eggs and model adult cuckoos.  Parasitism rate calculated over three-day period from laying of the first egg.  See methods in MS for more details.
DOI: 10.5061/dryad.6k54f/1
title: Allele frequency data for each microsatellite DNA locus at each collection site.

description: The loci were amplified from toe-clippings of wood frogs collected from the field over two breeding seasons. Sites for Wellington County, Ontario are abbreviated as W#1, W#2. Lats and longs are contained in the publication.
DOI: 10.5061/dryad.6rh86/1
title: Sequences for SNPs used with Illumina's Golden Gate Assay

description: This is a list of the 84 SNPs and their flanking regions that were developed for use with Illumina's Golden Gate assay. For information on SNP selection, criteria and validation please see Zakas et al. (2012) Transcriptome analysis and SNP development can resolve population differentiation of Streblospio benedicti, a developmentally dimorphic marine annelid. PLoS ONE 7, E31613.
DOI: 10.5061/dryad.6rh86/2
title: Streblospio SNP List

description: These are the genotype calls for all of the individuals used in the study for each of the 84 SNPs. It includes the population for each individual and larval type, if known.
DOI: 10.5061/dryad.7qr02/1
title: Varaible description

description: File describing the variables for the three data sets.
DOI: 10.5061/dryad.7qr02/2
title: Life history traits per generation

description: Data set including traits related to the female reproductive output for each population, in each treatment at each generation.
DOI: 10.5061/dryad.7qr02/3
title: Offpsring Survival

description: Data on the proportion of offpsring per clutch surviving from birth to one year of age.
DOI: 10.5061/dryad.7qr02/4
title: Male traits

description: Data on male ornament measured on two males per family at the generation 8.
DOI: 10.5061/dryad.8vc80/1
title: Graves_et_al_data1 (full data except geographical regions)

description: Data sources are described in the published paper.  Data file contains headers and 1964 other rows (total of 1965 rows). Missing values are indicated by NULL. Variable names: descriptions. County: text of county name. observation_date: month/day/year for original observation. location_name: text name given to the location in the Tricolored Blackbird Portal (http://tricolor.ice.ucdavis.edu). observer: text for observer’s name. bird_count: integer for the total number of birds reported. primary_substrate: text name the breeding substrate listed in the record as either the dominant kind of vegetation or the first listed kind. NULL indicates no data were available. secondary_substrate: text name for a second or less common breeding substrate listed in the record. NULL indicates no data were available, which is the case for the majority of records because only a single substrate was recorded in the record. Colony: yes or no for whether the record comes from a breeding colony or not. NULL indicates it was not clear and the data were therefore omitted from breeding colony analyses.
DOI: 10.5061/dryad.8vc80/2
title: Graves_et_al_data2 (has geographical regions but no observer names or secondary substrates)

description: Data file contains headers and 1964 other rows (total of 1965 rows). Missing values are indicated by NULL. Variable names: descriptions. Region: Text name for geographical regions of the state corresponding to Figure 2(c) in Graves et al. (2013). observation_date: month/day/year for original observation.location_name: text name given to the location in the Tricolored Blackbird Portal (http://tricolor.ice.ucdavis.edu). bird_count: integer for the total number of birds reported. primary_substrate: text name the breeding substrate listed in the record as either the dominant kind of vegetation or the first listed kind. NULL indicates no data were available. Colony: yes or no for whether the record comes from a breeding colony or not. NULL indicates it was not clear and the data were therefore omitted from breeding colony analyses.
DOI: 10.5061/dryad.bq4p7/1
title: HDY-12_ORO379_nSSR_data

description: Genetic data and spatial coordinates from nine field populations of Ulmus minor Mill. located in Majorca and Minorca Islands (Balearics), Baetic mountains in SE Iberia and Catalonia in NE Iberia. DNA extracted from fresh tissue was amplified by nine microsatellite loci, six of them specifically developed for Ulmus minor (Ulmi1-11, Ulmi1-21, Ulmi1-98, Ulmi1-165, Ulmi2-16 and Ulmi2-20 (Collada et al., 2004)) and three developed for U. laevis (Ulm2, Ulm3 and Ulm8 (Whiteley et al 2003)). A Li-Cor 4300 sequencer (Li-Cor Biosciences, Lincoln, USA) was used to obtain banding profiles. Allele sizes given in base pairs were determined using the SequamarkTM molecular size standard (Invitrogen, Carlsbad, USA) and the software Gene ImagIR 3.56 (Scanalytics).
DOI: 10.5061/dryad.cn72p/1
title: Dunn_etal_data

description: Field and molecular data used for analysis.  Variable names are described in the ReadMe.txt file.
DOI: 10.5061/dryad.cs16k/1
title: Data_DryadAnnotated_Archer

description: There is a key in the first sheet of the spreadsheet to explain column names.  The first sheet in the spreadsheet also contains data for inbred animals while the second sheet contains reference data on outbred USA animals (not included in the statistical analyses).  The spreadsheet contains information on the sex, age and origin of the animal (i.e. its inbred line).  The sheets also show absolute protein and TAC and PC per unit protein.  If you want any other information, please do not hesitate to contact me.  Many thanks, Ruth Archer
DOI: 10.5061/dryad.d3623/1
title: Data from a greenhouse experiment aiming to test the effects of the heterogeneity and availability of water and nutrientes on plant community attributes

description: Data from a greenhouse microcosm experiment. The experiment had four treatments: nutrient availability (three levels: 40, 80 and 120 mg of N added as organic material), nutrient heterogeneity (two levels: organic material added homogeneously or as a patch), water availability (three levels: 125, 250 and 375 mL of water added per week) and water heterogeneity (two levels: watering five times a week or watering once a week). Microcosm contained assemblages formed by the grasses Lolium perenne L., Anthoxantum odoratum L. and Holcus lanatus L., the forb Plantago lanceolata L. and the legume Trifolium repens L. The following data were collected at the end of the experiment: total above- and belowground biomass (0-15 and 15-30 cm depth) at the assemblage level, aboveground biomass at the species level, root foraging precision at the assemblage level.
DOI: 10.5061/dryad.dp78p/5
title: Discretized malaria cases (Debre Zeit)

description: The monthly epidemiological data (falciparum malaria cases) from 159 kebeles in Ethiopia  were discretized into a set of finite levels by putting all zeros in the lowest level and then dividing the remaining data into observed quantiles of cases per capita.  Three levels are considered here: no cases (0), cases below the median (1), and cases above the median (2).  These format of the data are used in the grouping algorithm applied in Figure 1 to identify groups of administrative units (kebeles) with similar temporal dynamics.  See Method and associated references in the Supplementary Information of the paper.
DOI: 10.5061/dryad.dp78p/6
title: Total malaria cases during transmission season (Anori, Colombia)

description: Yearly time series of reported cases for (falciparum and vivax) malaria  in the epidemic season from 1980 to 2006 for the municipality of Anori in Colombia.
DOI: 10.5061/dryad.dp78p/7
title: Time series of mean temperatures (Colombia)

description: A monthly time series of mean temperatures was obtained by averaging data from a number of meteorological stations. Nine meteorological stations in Colombia, situated in close proximity to the study areas were selected. Monthly mean temperature for the stations in Colombia was obtained from the Colombian Institute for Hydrology and Meteorology (IDEAM).Five stations in the East and four in the West were selected after removing those with inconsistent and sparse data, and restricting them to be within 500 and 2500 masl. We filled the gaps in the climate time series with the 10 year climatology (average for the same month in the preceding 10 or 15 years depending on data availability).
DOI: 10.5061/dryad.dp78p/8
title: Discretized malaria cases (Antioquia)

description: The monthly epidemiological data (falciparum malaria cases) from 77 municipalities were discretized into a set of finite levels by putting all zeros in the lowest level and then dividing the remaining data into observed quantiles of cases per capita.  Three levels are considered here: no cases (0), cases below the median (1), and cases above the median (2).  These format of the data are used in the grouping algorithm applied in Figure 1 to identify groups of municipalities with similar temporal dynamics.  See Method and associated references in the Supplementary Information of the paper.
DOI: 10.5061/dryad.dr78n/1
title: Data of the Ear & Hearing article (2013) by Basel and Lütkenhöner

description: The zip-file contains the data of a retrospective analysis of the glycerol test in patients with suspected Menière's disease (356 ears). Moreover, a MATLAB script exemplifes how to use the data.
DOI: 10.5061/dryad.fb96h/1
title: Functional traits of flower visitors and plants and plant-flower visitor interactions across 17 study sites in a South African landscape

description: Data on functional traits of flower visitors and plants and on plant-flower visitor interactions across 17 study sites in a South African landscape. Study sites differed in their local degree of natural habitat loss and relative floral abundance of exotic plant species. Functional traits of flower visitors were used to calculate changes in the functional diversity of flower visitor communities with increasing amount of habitat loss and relative abundance of exotic plants. See the read me file for more detailed information.
DOI: 10.5061/dryad.g625b/1
title: Jennings_Nootkacypress_PopInfo

description: This comma-delimited file provides location and genotype data for individuals from three populations of Alaska and one population of Oregon Nootka cypress that were surveyed with 11 microsatellite loci. The file shows individual numbers, population names, population latitudes, population longitudes, and the microsatellite allele length for diploid loci. Missing genotypes are indicated by the value "0, 0".
DOI: 10.5061/dryad.jg909/1
title: Data matrix for Trissevaniini

description: Web Ontology Language (OWL) representation of data matrix for Trissevaniini
DOI: 10.5061/dryad.jg909/2
title: Semantic annotation for Trissevaniini

description: Web Ontology Language (OWL) representation of semantic annotation for Trissevaniini
DOI: 10.5061/dryad.k68n1/1
title: Biomass data

description: Biomass data of aboveground (above) and belowground (below) tissues of Calamagrostis and Alliaria plants from both years (year [1,2]) of the experiment. See ReadMe file for details.
DOI: 10.5061/dryad.k68n1/2
title: Calamagrostis_Tillerno_Leafno

description: Leaf and tiller number data of Calamagrostis plants from both years (year [1, 2]) of the experiment. Rows represent data from pots. There are column headers in row 1 plus 810 rows of data. See ReadMe file for details.
DOI: 10.5061/dryad.m1n38/1
title: Coordinates of sample locations, cytoplasmic and nuclear genotypes

description: Coordinates of sample locations, cytoplasmic (4 minisatellites) and nuclear (8 microsatellites) genetic data from Beta vulgaris subsp. maritima and Beta macrocarpa populations sampled in western Europe and Morocco.
DOI: 10.5061/dryad.mj7t7/1
title: Study site locations in Yellowstone National Park

description: This file contains coordinates for 23 observational study sites on Yellowstone's northern range.  Coordinates are given in UTMs, using the NAD 1983 UTM Zone 12N projection.
DOI: 10.5061/dryad.mj7t7/2
title: Willow establishment data

description: Number of sampled willows that established by year, from 1980 to 2008.  These data are pooled across all of the study sites.
DOI: 10.5061/dryad.mj7t7/3
title: Willow stem identifiers

description: This file contains identifying information for each willow stem collected and aged (stem number, site number, and species).  Species (numbered 1-6) are: S. bebbiana, S. boothii, S. drummondiana, S. eriocephala, S. geyeriana, and S. pseudomonticola. Sites correspond to site numbers in Site Locations data file.
DOI: 10.5061/dryad.mj7t7/4
title: Willow stem height through time

description: Stem height data is a matrix of log(height) in cm HeightTime.csv. The first column lists years, and each subsequent column has height data for an individual numbered stem. Height is 0 in the year before the known sprouting year.
DOI: 10.5061/dryad.pg740/1
title: Episodes_Dryad
DOI: 10.5061/dryad.r2170/10
title: High-resolution Plate 10

description: Plate 10: All SEM images and adult specimens. Scale bar represents 1 mm.1, 3	Cytheropteron aielloi Yasuhara, Okahashi and Cronin 2009. 1, USNM 594167, PS2189-1, 0–1 cm; LV, lateral view. 3, USNM 594169, PS1913-5, 0–2 cm; RV, lateral view. 2 Cytheropteron scoresbyi Whatley and Eynon 1996, USNM 594168, Meteor 23453-1; RV, lateral view. 4–5 Cytheropteron carolinae Whatley and Coles 1987. 4, USNM 594170, Meteor 23453-1; LV, lateral view. 5, USNM 594171, Meteor 23453-1; RV, lateral view. 6–9 Cytheropteron pseudoinflatum Whatley and Eynon 1996. 6, USNM 594172, PS2200-5, 123 cm; LV, lateral view. 7, USNM 594173, Meteor 23453-1; LV, lateral view. 8, USNM 594174, PS2200-5, 123 cm; RV, lateral view. 9, USNM 594175, Meteor 23453-1; RV, lateral view.
DOI: 10.5061/dryad.r2170/11
title: High-resolution Plate 11

description: Plate 11: All SEM images and adult specimens. Scale bar represents 1 mm. 1–2	Cytheropteron pseudoinflatum Whatley and Eynon 1996. 1, USNM 594176, Meteor 23455-2; LV, lateral view. 2, USNM 594177, Meteor 23455-2; RV, lateral view.3–6	Eucytherura delineata, Whatley and Eynon 1996. 3, USNM 594178, PS2202-2, 0–1 cm; LV, lateral view. 4, USNM 594179, PS2202-2, 0–1 cm; RV, lateral view. 5, USNM 594180, NP-19/20; LV, lateral view. 6, USNM 594181, NP-19/20; RV, lateral view. 7–10 Pedicythere neofluitans, Joy and Clark 1977. 7, USNM 594182, PS2186-5, 0–1 cm; LV, lateral view. 8, USNM 594183, PS2189-1, 0–1 cm; LV, lateral view. 9, USNM 594184, PS2189-1, 0–1 cm; LV, lateral view. 10, USNM 594185, PS2202-2, 0–1 cm; RV, lateral view.
DOI: 10.5061/dryad.r2170/12
title: High-resolution Fig. 12

description: Plate 12: All SEM images and adult specimens. Scale bars represent 0.5 mm. 1–2	Pedicythere arctica n. sp. 1, USNM 594186, PS2202-2, 0–1 cm; RV, lateral view. 2, USNM 594187, NP-19/19; LV, lateral view. 3 Eucythere argus (Sars 1866), USNM 594188, NP26 sta 5, 78–80 cm; LV, lateral view. 4–8	Cluthia whatleyi n. sp. 4, USNM 594189, NP-19/20; LV, lateral view. 5, USNM 594190, NP-19/20; RV, lateral view. 6, USNM 594191, PS2202-2, 0–1 cm; RV, lateral view. 7, USNM 594192, NP-19/10; RV, internal view. 8, USNM 594193, NP-19/10; LV, internal view.
DOI: 10.5061/dryad.r2170/13
title: High-resolution Plate 13

description: Plate 13: All SEM images and adult specimens. Scale bar represents 1 mm. 1–11 Krithe hunti n. sp. 1, USNM 594194, Meteor 23454-2; LV, lateral view. 2, USNM 594195, Meteor 23454-2; RV, lateral view. 3, USNM 594196, PS1698-2; LV, lateral view. 4, USNM 594197, PS1707-1; RV, lateral view. 5, USNM 594198, NP-26/32, 2.5–5.0 cm; LV, lateral view. 6, USNM 594199, Meteor 23454-2; RV, lateral view. 7, USNM 594200, NP-26/32, 2.5–5.0 cm; LV, lateral view. 8, USNM 594201, NP-26/32, 8.5–9.5 cm; RV, lateral view. 9, USNM 594202, Geomar 23243-1, 63 cm; RV, lateral view. 10, USNM 594203, NP-26/32, 2.5–5.0 cm; LV, lateral view. 11, USNM 594204, NP-26/32, 78–80 cm; RV, lateral view.
DOI: 10.5061/dryad.r2170/14
title: High-resolution Plate 14

description: Plate 14: All SEM images. Scale bar represents 1 mm. 1–11 Krithe hunti n. sp. 1, USNM 594205, PS2163-2, 0–1 cm; LV, adult, lateral view. 2, USNM 594206, NP-26/32, 2.5–5.0 cm; LV, A-1, lateral view. 3, USNM 594207, NP-26/32, 2.5–5.0 cm; RV, A-1, lateral view. 4, USNM 594208, NP-26/32, 2.5–5.0 cm; LV, A-2, lateral view. 5, USNM 594209, NP-26/32, 2.5–5.0 cm; RV, A-2, lateral view. 6, USNM 594210, NP-26/32, 2.5–5.0 cm; LV, A-3, lateral view. 7, USNM 594211, NP-26/32, 2.5–5.0 cm; RV, A-3, lateral view. 8, USNM 594212, NP-26/32, 2.5–5.0 cm; LV, A-4, lateral view. 9, USNM 594213, NP-26/32, 2.5–5.0 cm; RV, A-4, lateral view. 10, USNM 594214, NP-26/32, 2.5–5.0 cm; LV, A-5, lateral view. 11, USNM 594215, NP-26/32, 2.5–5.0 cm; RV, A-5, lateral view. 12–25	Krithe minima Coles, Whatley and Moguilevsky 1994. 12, USNM 594216, PS1913-5, 0–2 cm; RV, A-3, lateral view. 13, USNM 594217, PS1913-5, 0–2 cm; LV, A-2, lateral view. 14, USNM 594218, PS1913-5, 0–2 cm; RV, A-2, lateral view. 15, USNM 594219, PS1913-5, 0–2 cm; LV, A-1, lateral view. 16, USNM 594220, PS1913-5, 0–2 cm; RV, A-1, lateral view. 17, USNM 594221, PS1913-5, 0–2 cm; LV, adult, lateral view. 18, USNM 594222, Meteor 23455-2; RV, adult, lateral view. 19, USNM 594223, PS2212-6, 6–7 cm; LV, adult, lateral view. 20, USNM 594224, PS2179-3, 9–10 cm; RV, adult, lateral view. 21, USNM 594225, Geomar 23243-1, 100–101 cm; LV, adult, lateral view. 22, USNM 594226, Meteor 23455-2; RV, adult, lateral view. 23, USNM 594227, Geomar 23243-1, 180–181 cm; LV, adult, lateral view. 24, USNM 594228, PS2212-6, 6–7 cm; LV, adult, lateral view. 25, USNM 594229, PS2179-3, 9–10 cm; RV, adult, lateral view.
DOI: 10.5061/dryad.r2170/15
title: High-resolution Plate 15

description: Plate 15: All SEM images. Scale bars represent 0.5 mm (except scale bar for 5b that represents 50 µm). 1–3	Acetabulastoma arcticum Schornikov 1970. 1, USNM 594230, PS2189-1, 0–1 cm; LV, lateral view. 2, USNM 594231, PS2164-4, 0–1 cm; RV, lateral view. 3, USNM 594232, PS2200-5, 183 cm; LV, lateral view. 4 Paradoxostomatid sp. 1, USNM 594233, 10/2, 24–26 cm; RV, lateral view.5–6	Paracytherois chukchiensis Joy and Clark 1977. 5a–b, USNM 594234, PS2200-5, 178 cm; RV, adult, lateral view (5a, whole view; 5b, closeup view). 6, USNM 594235, PS2200-5, 178 cm; LV, adult, lateral view. 7–11 Microcythere medistriata (Joy and Clark 1977). 7, USNM 594236, PS2179, 9–10 cm; RV, adult, lateral view. 8, USNM 594237, PS2200-5, 183 cm; LV, adult, lateral view. 9, USNM 594238, NP-19/9; RV, adult, lateral view. 10, USNM 594239, NP-19/10; LV, adult, lateral view. 11, USNM 594240, NP-19/10; LV, adult, internal view.
DOI: 10.5061/dryad.r2170/16
title: High-resolution Plate 16

description: Plate 16: All SEM images and adult specimens. Scale bars represent 0.5 mm. 1–2	Microcythere medistriata (Joy and Clark 1977). 1, USNM 594241, NP-19/10; RV, internal view. 2, USNM 594242, NP-19/18; LV, internal view. 3–10	Henryhowella asperrima (Reuss 1850). 3, USNM 594243, Meteor 23456-6; LV, lateral view. 4, USNM 594244, Meteor 23456-6; RV, lateral view. 5, USNM 594245, PS2184-3, 1–2 cm; LV, lateral view. 6, USNM 594246, Meteor 23457-3; RV, lateral view. 7, USNM 594247, Geomar 23243-1, 48 cm; LV, lateral view. 8, USNM 594248, Meteor 23457-3; RV, lateral view. 9, USNM 594249, Geomar 23243-1, 210–211 cm; LV, lateral view. 10, USNM 594250, Geomar 23243-1, 100–101 cm; RV, lateral view.
DOI: 10.5061/dryad.r2170/17
title: High-resolution Text-fig. 2

description: Text-fig. 2  The SEM images of Cytheropteron sedovi Schneider, 1962 and Cytheropteron lanceae n. sp. 1–4, Cytheropteron sedovi. 1, USNM 594251, AF07-31, 37–41 cm; LV, lateral view. 2, USNM 594252, AF07-31, 150–154 cm; RV, lateral view. 3, USNM 594253, AF07-31, 7–11 cm; LV, lateral view. 4, USNM 594254, AF07-31, 0–4 cm; LV, lateral view. 5–6, Cytheropteron lanceae. 5, USNM 594255, AF07-31, 330–333 cm; RV, lateral view. 6, USNM 594256, AF07-31, 37–41 cm; LV, lateral view. Scale bar represents 1 mm.
DOI: 10.5061/dryad.r2170/9
title: High-resolution Plate 9

description: Plate 9: All SEM images and adult specimens. Scale bar represents 1 mm. 1–4	Cytheropteron groenlandicum Whatley and Eynon 1996. 1, USNM 594158, PS1905-1; RV, lateral view. 2, USNM 594159, PS1698-2; LV, lateral view. 3, USNM 594160, NP-19/19; LV, lateral view. 4, USNM 594161, NP-19/19; RV, lateral view. 5–6	Cytheropteron irizukii n. sp. 5, USNM 594162, PS2189-1, 0–1 cm; LV, lateral view. 6, USNM 594163, PS2189-1, 0–1 cm; RV, lateral view. 7–9 Cytheropteron scoresbyi Whatley and Eynon 1996. 7, USNM 594164, Pl-91-AR-BC02; LV, lateral view. 8, USNM 594165, Meteor 23454-2; RV, lateral view. 9, USNM 594166, Meteor 23454-2; LV, lateral view.
DOI: 10.5061/dryad.r92b0/1
title: MORGANS_CL-BMC-EVOL-BIOL-9452502551123027_data

description: All data associated with Morgans et al. 2014
DOI: 10.5061/dryad.rm5v5/71
title: Supplemental Dataset 17: A group of genes with similar expression profiles.

description: Supplemental Dataset 17: A group of genes with similar expression profiles. A list of genes belonging to the cluster marked by “*” in Figure 5A. The chromosome and bin within which the genes reside is provided, as well as annotation information. As the expression profiles of these genes correlate with a preponderance of leaf development traits (see Supplemental Figure 52 online), it is not surprising that a number of developmental genes are present in this list (as described in the text). However, these genes are also enriched for photosynthetic functions, as revealed by GO enrichment analysis (Supplemental Dataset 18 online).
DOI: 10.5061/dryad.rm5v5/72
title: Supplemental Dataset 18: GO categories enriched for a group of genes with distinct expression profiles.

description: Supplemental Dataset 18: GO categories enriched for a group of genes with distinct expression profiles. A list of significantly enriched GO categories for the group of genes indicated by “*” in Figure 5A and listed in Supplemental Dataset 17 online. The GO categories shown are significantly enriched at a p-value &lt; 0.05, as multiple test adjusted using the BH method. Note the abundance of categories related to photosynthetic-related functions.
DOI: 10.5061/dryad.rm5v5/73
title: Supplemental Dataset 19: Seed sources used in this study.

description: Supplemental Dataset 19: Seed sources used in this study. For each IL, the original source of seed is provided. Germplasm was derived from two separate gifts from Dani Zamir (Hebrew University, Rehovot, Israel), denoted Zamir I and Zamir II, and the Tomato Genetics Resource Center (U.C. Davis), denoted TGRC.
DOI: 10.5061/dryad.td28r/10
title: PhiSt Matrix (mtDNA)

description: Pairwise PhiST (mtdna) matrix used for mantel tests in R code.
DOI: 10.5061/dryad.td28r/11
title: FST Matrix (mtDNA)

description: Pairwise FST matrix (mtDNA) used for mantel tests in R code.
DOI: 10.5061/dryad.td28r/12
title: FST Matrix (micros)

description: Pairwise FST matrix, based on microsatellites, used for mantel tests in R code.
DOI: 10.5061/dryad.td28r/13
title: G'ST Matrix (micros)

description: Hedrick's G'ST pairwise matrix, based on microsatellites, used for mantel tests in R code.
DOI: 10.5061/dryad.td28r/7
title: Linear Mixed Models (mtDNA) Input File

description: Input file to run linear mixed models in R code for mtDNA-based metrics of pairwise structure.
DOI: 10.5061/dryad.td28r/8
title: Linear Mixed Models (micros) Input File

description: Input file needed for R code to run linear mixed models for microsatellite-based metrics of pairwise structure.
DOI: 10.5061/dryad.td28r/9
title: Geographic Distance Matrix

description: Geographic distance matrix (km) used for mantel test in R code.
DOI: 10.5061/dryad.tm33d/1
title: Abal_mapping_OPA_analysed.annot

description: Genotyped SNPs in Abies alba with their flanking sequences
DOI: 10.5061/dryad.tm33d/2
title: Lade_mapping_OPA_analysed.annot

description: Genotyped SNPs in Larix decidua with their flanking sequences