Replication data for Fig 14.7, WTPDs, Male body mass vs probability of copulation, 05 May 2026

Year Male WTPD Eartag Survivorship Sexual partners Body mass during mating season Dates Age Body mass at first juvenile emergences Dates Sex Comments/Questions 2006 2 1 0 0 990 1-Mar Male 2006 3 3 0 0 995 2-Mar Male 2006 21 5 1 0 975 2-Mar 1388 2-Jun Male 2007 21 5 0 0 . 7-Mar Male see, but never captured?-7 Mar 2006 R34 8 0 1 763 2-Mar 1 1003 26-May Male 2006 49 9 1 1 1105 3-Mar 1197 12-Jun Male 2007 49 9 1 1 792 1-Apr 1077 10-Jun Male 2008 49 9 0 0 705 28-Mar 1112 17-Jun Male 29 Apr-overhaul 2006 35 11 1 1 1065 3-Mar 1 1418 28-May Male 2007 35 11 1 1 721 26-Mar 2 Male 2008 35 11 1 1 855 30-Mar 3 Male 30 Apr-overhaul 2009 35 11 1 1 835 23-Mar 4 1197 6-Jun Male 23 Mar-fleas estimated 2010 35 11 0 1 723 9-Apr 5 Male 2006 R25 13 0 1 840 4-Mar 1 1352 26-May Male 2006 R16 15 0 1 895 5-Mar 1 1268 25-May Male 2006 44 17 1 1 940 5-Mar 1018 25-May Male 2007 44 17 0 0 780 16-Mar Male 2006 9 28 1 1 1006 19-Mar 1473 29-May Male Eartag 27 changed to 619 2007 9 28 0 1 1020 11-Mar 1368 19-Jun Male 9 changed to 09 in June 2007 2006 R10 29 1 0 610 19-Mar 1 1535 28-May Male 2007 10 29 0 . 852 15-Mar 2 Male 2006 R32 35 1 1 545 23-Mar 1 1218 24-May Male 2007 8 35 0 1 775 14-Mar 2 1140 24-May Male 2006 R12 45 0 0 495 23-Mar 1 925 28-May Male 2006 4 47 1 1 893 23-Mar 1298 28-May Male 2007 4 47 0 1 905 21-Mar 1185 30-May Male 2006 7 55 1 1 915 25-Mar 1462 3-Jun Male 2007 7 55 0 0 . . . . . Male 2006 R37 61 0 0 575 25-Mar 1 1143 29-May Male 2006 R41 81 0 0 435 27-Mar 1 1005 25-May Male 2006 R17 83 0 0 552 27-Mar 1 1218 26-May Male 2006 RO1 87 1 0 501 27-Mar 1 1193 1-Jun Male 2007 O1 87 1 1 793 17-Mar 2 1131 8-Jun Male 2008 O1 87 1 1 660 2-Apr 3 997 14-Jun Male 3 May-overhaul 2009 O1 87 1 1 803 20-Mar 4 1164 30-May Male 2010 O1 87 0 1 901 16-Mar 5 Male 2006 R00 107 0 0 470 29-Mar 1 Male 2006 R22 111 1 0 458 29-Mar 1 1133 25-May Male 2007 22 111 1 1 813 11-Mar 2 1385 12-Jun Male 2008 22 111 0 0 817 24-Mar 3 Male 2006 R20 125 0 0 495 30-Mar 1 Male 2006 R14 131 0 0 533 31-Mar 1 1195 24-May Male 2006 R33 155 1 0 480 5-Apr 1 1097 15-Jun Male 2007 6 155 1 1 685 14-Mar 2 1140 24-May Male 2 Jul-overhaul 2008 6 155 0 1 782 1-Apr 3 Male 2007 R12 303 0 0 648 13-Mar 1 Male March only 2007 12 317 0 1 680 23-Mar . 1085 24-May Male IMM 2009 17 322 0 1 740 18-Mar 2 1240 27-May Male 2008 17 322 1 1 742 23-Mar 1 1042 18-Jun Male 24 Apr-overhaul 2008 5 323 0 1 732 27-Apr 1 960 18-Jun Male 2008 42 325 0 1 761 11-Mar 1 982 10-Jun Male 28 Mar and 25 Apr-overhaul 2008 48 327 0 0 685 26-Mar 1 Male 2010 25 331 0 1 843 21-Mar 3 1040 25-May Male 2009 25 331 1 1 859 14-Mar 2 1151 30-May Male 2008 25 331 1 1 718 11-Mar 1 962 14-Jun Male 2008 16 341 0 0 804 12-Mar 1 Male 8 Apr-overhaul 2008 7 365 0 0 617 13-Apr 1 Male 2011 45 372 0 1 1032 11-Mar 4 Male 2010 45 372 1 1 923 16-Mar 3 1267 26-May Male 2009 45 372 1 1 1006 20-Mar 2 1370 28-May Male 2008 45 372 1 1 833 8-Apr 1 1232 13-Jun Male 3 May-overhaul 2009 29 373 0 1 718 21-Mar 2 Male 2008 29 373 1 1 647 15-Apr 1 1050 14-Jun Male PV Un 2008 18 379 0 0 542 16-Apr 1 Male Found dead at 607 on 04 May 2008 32 399 0 1 638 9-Apr 1 Male 2009 28 412 0 1 820 19-Mar 2 1192 27-May Male 2008 28 412 1 1 648 29-Mar 1 Male 25 Apr-overhaul 2008 O4 421 0 0 620 9-Apr 1 Male 2008 27 467 0 1 642 25-Mar 1 1130 10-Jun Male 3 May-overhaul 2010 36 533 0 1 1013 8-Mar 3 1091 27-May Male 11 Apr-severe wound on leg 2009 36 533 1 1 912 12-Mar 2 1183 25-May Male 2008 36 533 1 1 822 11-Mar 1 1032 10-Jun Male 2010 2 563 0 1 1100 10-Mar 3 750 26-May Male 2009 2 563 1 1 1092 14-Mar 2 1345 29-May Male 2008 2 563 1 1 812 8-Apr 1 1170 14-Jun Male 4 May-overhaul 2011 43 597 0 1 950 21-Mar 4 1292 14-Jun Male 2010 43 597 1 1 739 25-Mar 3 Male 2009 43 597 1 1 788 22-Mar 2 Male 2008 43 597 1 1 550 1-Apr 1 967 16-Jun Male 4 May-overhaul 2009 OXUn 621 0 1 . . 2 . . . I assume OXUn = 0 2008 O 621 1 1 1 Male 2008 33 625 0 0 715 29-Mar Male Immigrant 2008 26 627 0 0 747 11-Mar Male 9 Apr-overhaul 2007 19 629 . . . Male Immigrant; not seen in 2008 2008 41 631 0 1 617 22-Mar . Male Immigrant 2010 30 676 0 1 730 21-Mar 2 918 22-May Male 2009 30 676 1 0 649 10-Apr 1 1118 25-May Male 2009 14 705 0 0 . . 1 758 4-Jun Male 2010 47 739 . . . . 8-Jun Male 8 Jun-skull only found 2009 47 739 0 0 1 1105 28-May Male 2011 15 745 0 1 1000 22-Mar 3 1135 1-Jun Male 2010 15 745 1 1 895 14-Mar 2 1188 23-May Male 2009 15 745 1 1 811 19-Mar 1 1127 27-May Male 2010 44 781 0 1 810 14-Mar 2 900 27-May Male 2009 44 781 1 0 1 921 26-May Male 2009 37 787 0 0 1 993 25-May Male 2010 O6 813 0 1 790 23-Mar 2 1048 31-May Male 2009 O6 813 1 0 1 Male not captured in 2009 2009 13 844 0 0 . . 1 1007 27-May Male 2010 21 853 0 1 928 20-Mar 2 1249 23-May Male 2009 21 853 1 1 679 16-Mar 1 1240 26-May Male 2011 24 860 0 1 1040 11-Mar 3 1202 26-May Male 2010 24 860 1 1 776 22-Mar 2 1103 23-May Male 2009 24 860 1 0 1 1255 29-May Male 2012 O8 870 0 1 954 17-Mar 4 1502 31-May Male 2011 O8 870 1 1 922 27-Mar 3 1245 1-Jun Male 2010 O8 870 1 1 887 22-Mar 2 1147 22-May Male 2009 O8 870 1 0 763 15-Apr 1 1330 1-Jun Male 2011 19 871 0 1 825 5-Apr 3 1162 3-Jun Male 2010 19 871 1 1 963 14-Mar 2 1272 8-Jun Male 2009 19 871 1 0 1 1330 2-Jun Male 2011 23 887 0 1 789 27-Mar 3 1075 8-Jun Male 2010 23 887 1 1 857 10-Mar 2 1080 24-May Male 2009 23 887 1 0 1 1033 25-May Male 2009 4O 911 0 0 1 838 31-May Male 2010 38 915 0 1 693 22-Mar 2 Male 22 Mar-first seen at 503 2009 38 915 1 0 1 Male 2010 20 937 0 1 923 11-Mar 2 1090 25-May Male Found dead at 2M on 21 June 2009 20 937 1 0 1 1043 26-May Male 2011 8 950 0 1 840 2-Apr 3 Male 2010 8 950 1 1 953 12-Mar . 1178 28-May Male 2009 8 950 1 1 . 1283 25-May Male 2009 O3 955 0 0 589 16-Mar . . . Male Immigrant 2010 O4 997 0 0 500 22-Mar 1 991 26-May Male 2011 48 A07 0 0 748 11-Apr 2 Male 2010 48 A07 1 0 533 8-Apr 1 Male 2010 31 A1 0 0 1 1127 27-May Male 2012 5 A13 . 1 875 24-Mar 3 1353 24-May Male 2011 5 A13 1 1 810 20-Mar 2 1045 4-Jun Male 2010 5 A13 1 0 1 1205 24-May Male 2010 18 A17 0 0 1 1070 29-May Male 2010 29 A27 0 1 1 Male died/disappeared in April 2010 2011 49 A3 0 1 798 2-Apr 2 1143 31-May Male 2010 49 A3 1 0 1 1036 26-May Male 2010 O A41 0 0 . . 1 . . . . 2011 O2 A68 0 1 912 26-Mar 2 Male 2010 O2 A68 1 0 570 17-Mar 1 1089 23-May Male 2010 7 A91 0 1 733 9-Apr . . . Male Immigrant; was SCAR in notes 2012 27 C37 . 1 912 5-Apr 2 Male 2011 27 C37 1 0 1 1145 21-Jun Male 2012 22 C63 . 1 978 16-Mar 2 Male 2011 22 C63 1 0 1 1313 31-May Male 2012 34 C94 . 0 763 30-Mar 2 Male 2011 34 C94 1 0 1 863 8-Jun Male 2011 33 F07 0 0 510 14-Mar 1 Male Killed by hawk on 31 Mar 2011 9 F23 0 0 690 27-Mar 1 Male 2012 47 F31 . 0 2 Male 2011 47 F31 1 0 1 739 1-Jun Male 2012 42 F75 . 1 813 14-Mar 2 1358 17-May Male 2011 42 F75 1 0 720 15-Apr 1 1097 28-May Male 2012 O3 H39 . 1 742 16-Mar 1 1315 15-May Male 2012 17 H95 . 0 1 Male not captured in Spring 2012 2012 31 I22 0 1 1 1253 16-May Male 2012 25 J03 . 0 1 1188 3-Jun Male 2012 13 J15 . 0 620 9-Apr 1 1048 25-May Male 2012 O5 J19 . 1 1 1138 21-May Male 2012 18 J53 . 0 1 Male no capture Spring 2012 2012 O J95 . 1 855 9-Apr . Male Immigrant 2011 14 J97 . 0 . Male Immigrant FILE DESCRIPTION Keywords: WTPDs, Males, Body mass probability of copulation File name = Fig 14.7, WTPDs, Male body mass vs probability of copulation, 05 May 2026 OLD File name = Fig 14.7, WTPDs, Male body mass vs cop or no cop, 07 March 2025 I created this file on 25 Jan 2020 OLD file name = WTPDs, malewts vs cop, 26 Jan 2020 I created this file from file = WTPDs, Becca short version, 14 Jan 2020 This file has been checked TWO TIMES by JLH alone Sexual partners = 0 = no evidence that male copulated that year (e.g., no PS, no DT, no observed cops, no control of harem and territory, died or disappeared before mating season) Sexual partners = 1 = evidence from behavior or observed cops that male copulated at least once that year If I marked or observed a male early in the mating season and he then disappeared before the mating season, I scored him as a MALE WITH 0 COPULATIONS. Some of these males might have moved to a new colony and copulated there, but that seems unlikely. Body mass during mating season = body mass at <=15 April Body mass at first juvenile emergences = body mass when juveniles were first emerging from their natal burrow-entrances Sex partners = number of different females with whom male copulated I consider data from the same male in different years to be independent. These data used for Figure 14.7 in Hoogland 2026. This file ready for longterm storage on 07 March 2025. Age = age in years since first emergence from natal nursery-burrow For BTPD males and females, I could compare body mass during the mating season with probability of copulation. For UPDs and WTPDs, I also could compare body mass during the mating season with (a) probability of weaning a litter for females and (b) evidence of copulation (observed copulation, or PSDT) for males For GPDs, UPDs, and WTPDs, I assume that EVERY FEMALE copulated every year. I observed very few exceptions to this axiom. Indeed, I am certain of <1-2 exceptions for each of these three species. These data used for Figure 14.7 in Hoogland 2026. This file ready for longterm storage on 07 March 2025. Wt = weight = body mass Age = age in years since first emergence from natal nursery-burrow I considered data from the same male in different years to be independent. Body mass during mating season = body mass just before, during, or just after mating season. I defined mating season as the time interval between (and including) the first and the last copulation at the study colony. Body mass at first juvenile emergences = body mass just before, during, or just after the time period when juveniles were first emerging from their natal nursery-burrows. Almost all WTPD males at >=2 years copulated. Yearling WTPD males sometimes DID copulate, but often did NOT copulate. See Chapter 11 of Hoogland 2026. All body masses are in GRAMS. Immigrant= WTPD with no eartags that moved (immigrated) into WTPD study-colony from some other colony-site File name = Fig 14.7, WTPDs, Male body mass vs probability of copulation, 05 May 2026