Growth and leaf trait data and SNP genotypes for Eucalyptus microcarpa individuals in an established provenance trial

Quantitative trait and genotype data used to investigate climate adaptation in Eucalyptus microcarpa. Trait data includes individual tree size and leaf trait measurements for all trees measured in the provenance trial. SNP data contains individual genotype data for all genotyped trees. These data form the basis for analysis in the publication: Jordan R, Prober SM, Hoffmann AA and Dillon SK. 2020. Combined analyses of phenotype, genotype and climate implicate local adaptation as a driver of diversity in Eucalyptus microcarpa. In press.\nLineage: Trait data were measured from a single, established provenance trial of Eucalyptus microcarpa. SNP data were generated using DArTmp for a subset of trees from this trial. More details available in: Jordan R, Prober SM, Hoffmann AA and Dillon SK. 2020. Combined analyses of phenotype, genotype and climate implicate local adaptation as a driver of diversity in Eucalyptus microcarpa. In press.

本数据集为用于探究小果桉（Eucalyptus microcarpa）气候适应性的数量性状与基因型数据。其中，性状数据涵盖该种源试验中所有被测个体的树体尺寸与叶片性状测定值；单核苷酸多态性（Single Nucleotide Polymorphism，SNP）数据则包含所有已完成基因分型个体的基因型信息。上述数据为以下发表成果中的分析研究提供了核心支撑：Jordan R、Prober SM、Hoffmann AA 及 Dillon SK，2020年。《表型、基因型与气候的联合分析揭示本地适应性是小果桉多样性的驱动因素》（即将刊印）。
数据集溯源：性状数据采自一处已建成的小果桉单一种源试验林；SNP数据利用DArTmp技术对该试验林中的部分个体进行基因分型获得。更多详细信息可参见：Jordan R、Prober SM、Hoffmann AA 及 Dillon SK，2020年。《表型、基因型与气候的联合分析揭示本地适应性是小果桉多样性的驱动因素》（即将刊印）。