Replication data for Fig 9.15 and 9.16, Upper left, BTPDs, Kinships within home coterie territory, 08 Dec 2025

FILE DESCRIPTION Keywords: Kinships within home coterie territory, BTPDs, coefficient of genetic relatedness File name = Fig 9.15 and 9.16, Upper left, BTPDs, Kinships within home coterie territory, 08 Dec 2025 OLDFile name = BTPDs, Kinships in home coterie, 14 Nov 2022 Kinship = coefficient of genetic relatedness = r for all BTPD kinships in spring 1988 Note well: These kinships do NOT include data from sexually active males, which (almost) always were from a different coterie So, BTPD kinships are for (a) female-female, (b) female-yearling male who were both born in the same coterie territory, and (c) yearling male-yearling male who were both born in the same coterie territory. I have use this file to make identical copies of Figures 10.4a and 10.4b in Hoogland 1995 (page 216). This file is IDENTICAL to SYSTAT file = kincots.sys, which I created on 19 Dec 1991 I used this file for Hoogland 1995, and assume that I checked it TWO TIMES UPON COMPLETION For this figure, the number of dyads was 309, with individuals from 16 coteries. These data used for Figures 9.15 and 9.16 in Hoogland 2026. This file ready for longterm storage on 07 Feb 2025. When two prairie dogs had more than one common ancestor, I have depicted only the closer kinship in this EXCEL file. Data from Gunnison’s, Utah, and white-tailed prairie dogs are for females only, and include maternal kinships only. Data from black-tailed prairie dogs include information from sexually immature yearling males (who rarely disperse; see Chapter 22), and information from paternal kinships as well. For coefficients of relatedness (r) for kinships in this figure, see also Table 18.2, or Table 22.5 of Hoogland 2026. For each species, data are shown for one year only. For BTPDs, the year was April 1988. r = coefficient of genetic relatedness File name = Fig 9.15 and 9.16, Upper left, BTPDs, Kinships within home coterie territory, 08 Dec 2025