Replication data for Fig 11.11, BGUW, lxcx for males, 21 March 2026

Species Age interval in years lxcx for different age-intervals for males black-tails 0,1 0.0697 gunnisons 0,1 0.0557 utahs 0,1 0.4553 white-tails 0,1 0.1915 black-tails 1,2 0.7405 gunnisons 1,2 0.3954 utahs 1,2 0.5823 white-tails 1,2 0.2582 black-tails 2,3 0.4755 gunnisons 2,3 0.1228 utahs 2,3 0.3153 white-tails 2,3 0.1238 black-tails 3,4 0.2506 gunnisons 3,4 0.0322 utahs 3,4 0.1244 white-tails 3,4 0.0237 black-tails 4,5 0 gunnisons 4,5 0.075 utahs 4,5 0.0394 white-tails 4,5 0 black-tails 5,6 0 gunnisons 5,6 0 utahs 5,6 0.021 white-tails 5,6 0 FILE DESCRIPTION Keywords: BGUW, lxcx File name: Fig 11.11, BGUW, lxcx for males, 21 March 2026 Dates of creation?: 11 July 2020, revised on 13 April 2022 cx indicates the number of copulations for each male So, Ro should be 2.0 instead of 1.0 if colony size is stable over time See legend to life table in Hoogland 1995 (my first book) lx = proportion of offspring that survive during each time interval lxcx indicates the proportion of offspring to next generation contributed by each age-class No data for age-interval 5,6 for BTPDs, GPDs, and WTPDs No data for age-interval 4-5 for GPDs and WTPDs OLD File name of file = BGUW, lxcx for males, 19 Feb 2025 These data used for Fig 11.11 in Hoogland 2026. This file ready for longterm storage on 19 Feb 2025. I us cx instead of number of sired offspring because I have more, better data on the number of copulations for each male File name: Fig 11.11, BGUW, lxcx for males, 21 March 2026