Genetic data for squirrel gliders (Petaurus norfolcensis) along the Hume Highway in south-east Australia 2005-2013_Soanes et al.csv

Genotype data for 399 squirrel gliders (Petaurus norfolcensis) at 8 micro satellite loci. The data support the publication "Evaluating the success of wildlife crossing structures using genetic approaches and an experimental design: lessons from a gliding mammal", Journal of Applied Ecology, 2017 (DOI to follow). Study was conducted along the Hume Highway in south-east Australia, 2005-2013. Data are provided for 13 sites divided into 4 treatment types, before and after crossing structures were added to a highway. Genotypes were first grouped into genetic regions (southern, central and northern) and then population structure within each region (among sites, sides of the highway, and time periods) were investigated. Contact Kylie Soanes for further information ([e-mail]). Microsatellite loci are described in Millis 2000 (Molecular Ecology) and Soanes et al 2014 (Conservation Genetic Resources).

本数据集包含399只澳洲蜜袋鼯（*Petaurus norfolcensis*）的8个微卫星（microsatellite）位点基因型数据，支撑发表于《Journal of Applied Ecology》2017年的论文《利用遗传手段与实验设计评估野生动物通道成效：来自滑翔哺乳动物的经验教训》（DOI待补充）。本研究于2005年至2013年间在澳大利亚东南部的休姆高速公路（Hume Highway）沿线开展。数据集涵盖13个样地，分为4种处理类型，覆盖高速公路加装野生动物通道的前后两个阶段。研究首先将基因型按遗传区域（南部、中部与北部）进行分组，随后针对各区域内的种群结构（包括样地间、公路两侧以及不同时间段的种群差异）展开分析。如需获取更多信息，请联系Kylie Soanes（邮箱：[e-mail]）。本研究使用的微卫星位点信息可参考Millis 2000年发表于《Molecular Ecology》的论文，以及Soanes等人2014年发表于《Conservation Genetic Resources》的论文。