Geographical and genetic data on 39 Campanula rotundifolia populations sampled in the Stockholm archipelago, Sweden

These three files in combination with the supplementary files to the original manuscript "Plue, J, Aavik, T., Cousins, S.A.O. 2018. Grazing Networks Promote Plant Functional Connectivity among Isolated Grassland Communities. https://doi.org/10.1111/ddi.12842" enable complete reproduction of all the analysis in the manuscript.
The three files in this file set contain:
1) Genotyped data for 760 individuals from a total of 39 Campanula rotundifolia populations, based on 10 microsatellite markers.2) Shapefile of the islands in the Stockholm archipelago upon which the Campanula rotundifolia populations were sampled. The shapefile is in the SWEREF 99 coordinate system.3) Shapefile containing the locations of the 39 Campanula rotundifolia populations. The shapefile is in the SWEREF 99 coordinate system

本数据集包含的三份文件，结合原始手稿《Plue, J, Aavik, T., Cousins, S.A.O. 2018. 放牧网络促进孤立草原群落间的植物功能连通性. https://doi.org/10.1111/ddi.12842》的配套补充材料，即可完整复现该手稿中的全部分析内容。
本文件集包含的三份文件具体如下：
1. 基于10个微卫星（microsatellite）标记，对共计39个圆叶风铃草（Campanula rotundifolia）种群中的760个个体进行基因分型所得的基因型数据；
2. 用于采样圆叶风铃草种群的斯德哥尔摩群岛（Stockholm archipelago）各岛屿的形状文件（shapefile），该文件采用SWEREF 99坐标系；
3. 包含39个圆叶风铃草种群分布点位的形状文件（shapefile），该文件采用SWEREF 99坐标系。