Natural selection accounts for differences in dizygotic twinning rates at the worldwide scale

22pop_random0.1sorted_neutral.map - plink map file for Bayenv; reference dataset<br>22pop_random0.1sorted_neutral.ped - plink ped file for Bayenv; reference dataset<br>22pop_random0.1sorted_neutral_bayenv - Input file for Bayenv; reference dataset<br>22pop_continental_maf0.005_83genes.map - plink map file for Bayenv; candidate dataset<br>22pop_continental_maf0.005_83genes.ped - plink ped file for Bayenv; candidate dataset<br>22pop_continental_maf0.005_83genes_bayenv - Input file for Bayenv; candidate datasetrandom0.1sorted_neutral.map - plink map file for BayeScan; reference dataset<br>random0.1sorted_neutral.ped - plink ped file for BayeScan; reference dataset<br>random0.1sorted_neutral_bayescan - Input file for Bayescan; reference dataset continental_maf0.005_83genes.map - plink map file for BayeScan; candidate dataset<br>continental_maf0.005_83genes.ped - plink ped file for BayeScan; candidate dataset<br>continental_maf0.005_83genes_bayescan - Input file for Bayescan; candidate dataset <br>twins_rate_22pop_Oct2016 - Values of the environmental variable (twins rate) used as input for Bayenv<br>