Population mean phenotypes for 19 conifer species compiled from 23 previous studies

This Excel file contains one sheet of metadata, and 23 spreadsheets of phenotypic data. Each spreadsheet of data includes results from one study for one species from one common garden. Data provided includes unique codes to identify each population, the latitude, longitude, elevation, mean annual temperature (C), and mean summer precipitation (in units of 100 mm), the number of families within population that were tested, and the total number of individuals that were tested. Phenotypic traits include height growth in varying units (see associated publication), the timing of spring phenological events in days relative to a reference date, and the timing of fall phenological events relative to a reference date

Appendix C. Whitebark pine germination and survival summary by population × site and seed treatment.

Whitebark pine germination and survival summary by population × site and seed treatment

Appendix B. Whitebark pine germination, survival, and growth summary by population, site, and seed treatment.

Whitebark pine germination, survival, and growth summary by population, site, and seed treatment

Appendix A. Methods for creating current-observed, current-predicted, and future-predicted species distribution models for whitebark pine within British Columbia, Canada.

Methods for creating current-observed, current-predicted, and future-predicted species distribution models for whitebark pine within British Columbia, Canada

DataDryad_PopulationData

Individual (GenotypeID) and Population data for individuals genotyped and phenotyped from common garden experiment. TenYR_Height is height at 10 years of age (mm) and ColdInjury.8 and ColdInjury.18 is a proportion of injury at -8C and -18C. respectivel

DeLaTorre_Heredity_SSRdata

Text file showing genotypic data for 777 individuals from Picea glauca, Picea engelmannii and their hybrids, successfully amplified with ten SSR (microsatellite markers). First two columns indicate the population's and individual's IDs; columns 3 to 12, contain genotypic information (allele1/allele2). Missing values are represented by "NA"

DeLaTorre_Heredity_SSR_TableS1

Table S1 Characteristics of 10 nuclear microsatellites markers used in this study (adapted from Rungis et al., 2004). Microsatellite ID is used to identify individual loci in subsequent tables

data for: Conservation and divergence of gene expression plasticity following ~140 million years of evolution in lodgepole pine (Pinus contorta) and interior spruce (Picea glauca and Picea engelmannii)

This archive includes raw data and scripts used for the paper. .dat files contain annotation information in blast2go format

Data_archive_part1

This archive contains all of the intermediate data files and R-scripts needed to generate the main figures and most of the supplementary materials. The original sequence data are stored on the Short Read Archive