Microsatellite data to estimate molecular population divergence in Calopteryx splendens (Figure 2)

Microsatellite data for “Sex differences in developmental plasticity and canalization shape population divergence in mate preferences”. BayesAss results (presented in Figure 2 in Svensson et al. (2014), as well as FST-analyses, Structure analyses and Microchecker analyses are based on these microsatellite data. The file contains genetic data from 133 individuals from seven study populations and one outgroup consisting of 90 individuals inhabiting populations along the River Loire, France. The genotypes of all damselflies were assayed at 13 microsatellite loci previously isolated for this species (see e.g. J. D. Austin et al., 2011, Mol. Ecol. Resour. 11, 757). Information on population ecology (sympatry or allopatry) is presented in Supporting Table 1 in the Supporting Material (Svensson et al. 2014).本数据集对应论文《发育可塑性与渠道化的性别差异塑造配偶偏好的种群分化》（Sex differences in developmental plasticity and canalization shape population divergence in mate preferences）的微卫星数据（microsatellite data）。其中BayesAss分析结果（已发表于Svensson等人2014年研究的图2中）、FST遗传分化分析、Structure群体结构分析以及Microchecker质量检测分析均基于该微卫星数据开展。本数据集包含7个研究种群共133个个体的遗传数据，以及1个外类群：该外类群包含90个栖息于法国卢瓦尔河沿岸种群的个体。所有供试蜻蛉（damselflies）的基因型均在针对该物种此前已分离得到的13个微卫星位点完成了分型检测，相关细节可参见J. D. Austin等人2011年发表于《分子生态学资源》（Mol. Ecol. Resour.）第11卷第757页的文献。种群生态学相关信息（包括同域分布与异域分布情况）详见支撑材料中的补充表1（Svensson等人2014）。