The influence of climate on shell variation in Trochulus striolatus (C. Pfeiffer, 1828) (Gastropoda: Hygromiidae) and its implications for subspecies taxonomy

Proćków M., Kuźnik-Kowalska E., Mackiewicz P. 2017. The influence of climate on shell variation in Trochulus striolatus (C. Pfeiffer, 1828) (Gastropoda: Hygromiidae) and its implications for subspecies taxonomy. Annales Zoologici Appendices: Appendix 1. Sampling sites used in the study Appendix 2. Coefficient of variation (CV%) values of morphometric characters Appendix 3. PCA of shell measurements for Trochulus striolatus subspecies Appendix 4. Results of regression analyses and best-fitted models describing relationships between shell morphometric variables and selected environmental parameters and altitude Appendix 5. Results of regression analyses and best-fitted models describing relationships between shell morphometric variables vs principal components of environmental/spatial parameters Appendices 6-10. Coefficients of best-fitted models describing relationships between shell morphometric variables and combination of environmental/spatial parameters

Proćków M、Kuźnik-Kowalska E、Mackiewicz P 2017年。《气候对条纹瓦蜗牛（Trochulus striolatus，C. Pfeiffer, 1828，腹足纲：旋蜗牛科（Hygromiidae））壳形变异的影响及其对亚种分类学的启示》，收录于《动物学年鉴补编》（Annales Zoologici Appendices），包含以下附录：
附录1：本研究使用的采样点位
附录2：形态测量特征的变异系数（Coefficient of Variation, CV%）值
附录3：条纹瓦蜗牛亚种壳形测量数据的主成分分析（Principal Component Analysis, PCA）结果
附录4：回归分析结果及最优拟合模型，用于描述壳形测量变量与选定环境参数及海拔之间的关联
附录5：回归分析结果及最优拟合模型，用于描述壳形测量变量与环境/空间参数主成分之间的关联
附录6至10：最优拟合模型的系数，用于描述壳形测量变量与环境/空间参数组合之间的关联