Replication data for GPDs, Males, Yearlings sired vs body mass, 06 May 2026

Year Ear tags GPD Male body mass during mating season Male body mass at first juvenile emergences Yearlings, by litter Yearlings Age 2013 49 O . 817 1 7X (1) 1 . 2013 497 27 629 725 1 7X 1 . 2013 323 8 . 805 1 WSX 1 CBX 2 . 2013 275 23 . 814 1 H2X 2 5X 1 RR4X 5 . 1 BBX 2013 493 37 690 890 1 WA4X 1 H3X 2 . 2013 533 4 707 973 2 RABRX 2 2RSX 6 . 1 WA4X 1 RR3X 2013 117 20 . 930 0 . 2013 255 44 . 742 2 OX 2 . 2013 463 24 833 835 0 . 2013 503 O3 642 792 1 BB4X 1 WA4X 2 1 2013 433 43 . 837 1 WSX 1 . 2013 123 28 740 0 . 2013 313 13 938 2 HRSX 1 CRX 3 . 2013 521 O4 675 . 0 . 2013 481 18 797 770 . . . 2014 573 105 . 823 0 2 2014 53 17 . 878 2 9X 2 HTSX 1 FOX (1) 13 2 2 RR4X 4 WA7X (2) 2 OX 2014 503 O3 757 672 1 8X 2 RSBBX 3 2 2014 396 47 . 775 2 8X 1 RSRABX 5 2 2 RR3X 2014 255 44 . 780 1 RR8X 2 . 1 WA3X 2014 999 R30-8 . 673 1 HOX 1 1 2014 317 19 . 795 0 2 2014 251 3 . . 1 F3X 1 2 2014 433 43 780 748 1 2X 1 . 2014 C37 104-36 755 781 1 BB2X 1 5SBSX 2 . 2014 463 24 . 845 2 RSRABX 2 . 2014 95 16 . 810 1 RACRX 2 WAOX 6 2 1 RR4X 2 RB3X (1) 2014 571 13 . . 1 RACRX 1 2 2014 267 29 . 800 1 RSX 2BB3X 3 2 2014 67 2 758 846 1 3SRSX 1 HOX 2 2 2014 575 5 . 825 1 WAX 1 7X 1 TSX 3 2 2014 49 O . 852 2 TSX 1 CBBX 3 . 2014 511 O5 . 807 0 2 2014 C53 110 . . . . . 2014 C47 108 . 792 . 0 . 2014 439 25 736 . . 0 2 2014 593 32 . 753 . 0 2 2015 899 48 815 855 1 BB4X, 2 HRSX 3 2 2015 243 O8 . 840 1 CBBX 2 8X 3 3 2015 C47 108 669 813 0 . 2015 667 33 722 0 2 2015 N81 126 777 695 0 . 2015 95 16 . 968 2 WABSX 1 8X 3 3 2015 267 29 . . 1 RSRABX 1 7RX 2 3 2015 893 112 599 732 0 2 2015 N77 124 767 745 2 RR4X (1) 1 RACRX (1) 3 . 2015 A03 34 . 864 1 2RSX 1 2 2015 969 14 832 835 1 RSRABX 1 WAX 1 BB2X 3 2 2015 C97 45 737 720 0 . 2015 C37 104-36 765 . 1 BSX 1 HX 2 . 2015 N53 22 . 768 0 . 2015 575 5 . 945 1 HBBX 1 3 2015 999 R30-8 . 745 1 HOX 1 2 2015 815 20#2 . . . 0 2 2015 C39 107 744 687 . 0 . 2016 575 5 885 937 . . 4 2016 T47 29#2 830 832 . . . 2016 J15 47 . 900 . . 2 2016 K63 O#2 . 870 . . 2 2016 T43 25#2 800 1024 . . . 2016 503 O3 707 . . . 4 2016 H81 42 885 930 . . 2 2016 F67 6 792 750 . . 2 . 2016 J11 15 685 . . . 2 2016 T23 28 . 767 . . . 2016 C99 37#2 755 . . 0 . 2017 21V 45V 1102 868 4 WSX 1 4STRX 10 . 1 5SRSX 4 OX 2017 217V 31V 857 866 4 2X 2 BSX 6 . 2017 105V OV 852 915 0 . 2017 201V R21V 747 900 1 C3X 1 6X 2 1 . . . . 2017 197V 36V-3V 917 1017 5 RACRX 3 H2X (2) 2 CBSX 1 WABBX 11 . 2017 287V 2V 775 917 2 F2X 1 HBBX 3 . 2017 73V OOV 800 970 2 BB9X 5 H4X 1 FRX 13 . 1 RABX 3CRX 1 BBOX 2017 169V 27V 675 927 3 RR4X 1 FRX 4 . 2017 247V 35V 0 2017 207V 43V 812 1045 3 5X 3 6STRX 3 WA8X 2 BB5X 11 . 2017 123V 49V 868 938 4 6X 4 . 2017 381V 5V 712 877 1 FRSBBX 1 HBB9X 2 2RSX (1) 4 . 2017 215V 41V 867 968 1 BB3X 1 . 2017 271V 12V 768 878 0 . 2017 193V 29V-31V 835 . 1 HBB9X 1 . 2017 127V 44V 1 RSX 1 2017 203V 24V 837 1062 . 0 . 2017 None Scarva . . . 2017 235V O2V . . . 2018 123V 49V . 995 . . . 2018 199V 28V 865 827 . . . 2018 83V O8V 857 785 . . 2 . 2018 197V 36V-3V 790 783 . . . 2018 73V OOV 833 780 . . . 2018 839V 201V 793 830 . . . . . . . . . 2018 419V 23V . 802 . . 2 2018 267V 16V 807 872 . . 2 2018 497V R41V 710 765 . . 1 2018 215V 41V 917 . . . . 2018 235V O2V 1012 844 . . . 2018 155V 35V 775 827 . . 2 2018 105V OV . 887 . . . 2018 99V 7V . 835 . . 2 2018 O185V 224 925 872 . . . 2018 127V 44V . 890 . . . . 2018 193V 29V-31V 812 . . . . 2018 293V 26V . 857 . . 2 2018 313V O3V 750 . . . 2 2018 241V 8V . . . . 2 2018 O169V 40V . . . . . 2018 O213V 27V 740 833 . . . 2018 79V 32V 995 932 . 0 2 2018 395V 6V . . . 0 2 2018 373V 25V 870 907 . . . 2018 111V 210V 955 . . . 2 2018 55V 14V . 822 . 0 2 2018 None East NV . . . . . 2018 None Chunk . . . . . 2018 435V 47V 725 . 0 2 2018 311V 15V 1000 933 . . 2 2018 O235V 17V 673 . 0 . 2018 367V 19V 860 833 . . 2 2018 O197V O5V 787 762 . . . File name 14.9, GPDs, Male body mass vs sired yearlings, 08 March 2025 OLD File name = GPDs, Male sired offspring vs body mass, 29 Aug 2021 I created this file by adding information to the following: File name = GPDs, Male RS for cops,babies,yrls, 01 April 2021 See details below for File name = GPDs, Male RS for cops,babies,yrls, 01 April 2021 Male body mass during mating season = body mass just before, during, or just after the mating season Male body mass at first juvenile emergences = body mass just before, during, or just after first juvenile emergences Male body masses come from the following: File name = GPDs, Male wts vs cop or no cop, with final edits, 21 Aug 2020 Source of file for male body masses = GPDs, male wts vs cop or no cop, WITH FINAL EDITS, 21 Aug 2020 See below, at end, for details of File name = GPDs, Male wts vs cop or no cop, WITH FINAL EDITS, Male body mass during mating season = Marchwt in earlier files Male body mass at first juvenile emergences = Junewt in earlier files Date = 02 April 2021 File name = GPDs, Male RS for cops,babies,yrls, 01 April 2021 I created this file from File name = GPDs, Male ARS-LRS summaries, 31 March 2021. See notes below. This file has been checked TWO TIMES on 02 April 2021 In particular, I checked the new data for Sexpartners, OK to use, and Age on 02 April 2021 For GPDs from VCC of VCNP, I use a suffix of "V" for every GPD marker and eartag-- to reduce possible confusion with GPDS from RMC of VCNP VCC = Visitor Center Colony of VCNP = Valles Caldera National Preserve All data in this file are from GPD males that copulated with >=1 female All data from males that were not observed to copulate are EXCLUDED from this file For several males listed in this file that copulated with >=1 female, we have NO EVIDENCE FROM MICROSATELLITES (= Microsats) that those males sired >=1 emergent juvenile. Copulating males that evidently did not sire any offspring include the following: For 2013: 28 (123) For 2014: 108 (C47), 25 (439), 32 (593) For 2015: 20#2 (815), 107 (C39) For 2016: 37#2 (C99) For 2017: 24 (203) For 2018: 32 (79), 6 (395). 14 (55), 47 (435), 17 (O235) Date = 31 March 2021 This new file checked TWO TIMES for Babies and Yearlings on 31 March-02 April 2021 Yearlings = cumulative number of babies sired by each male per year FILE DESCRIPTION Keywords: GPDs, Males, Yearlings sired vs body mass File name = GPDs, Males, Yearlings sired vs body mass, 06 May 2026 OLDFile name = GPDs, Male ARS-LRS summaries, 31 March 2021 I made this file directly from file = GPDs, Male ARS-LRS for cops, babies, yrls, 30 March 2021 Details immediately below for GPDs, Male ARS-LRS for cops, babies, yrls, 30 March 2021 OLDFile name = GPDs, Male ARS-LRS for cops, babies, yrls, 30 March 2021 No information on survivorship of juveniles into yearlings for 2016 (last year at VCNP's RMC) or 2018 (last year at VCNP's VCC) Number in parenthesis after number of babies or yearlings for a male = number of babies or yearlings ESTIMATED or INFERRED. I only made estimates or inferences that seemed reasonable. For example, if microsats showed that the single male that copulated with the mother sired 2 of 3 babies, I inferred paternity to that male for the third baby as well. Similarly, if microsats showed for a litter of 6 that one of two copulating males sired 2 babies and that the other of two copulating males sired 2 babies, then I inferred paternity for 3 babies for both males. If a female copulated with 2 males, for example, and 1 of the copulating males sired three of four babies and we have NO INFORMATION from microsats for the fourth babies, then I inferred that the male that sired three of the babies (from microsats) also sired the fourth baby as well. I only made this inference if the one male sired AT LEAST HALF of babies. So, if a female copulated with two males and weaned five babies, for example, and if one of the copulating males sired two babies and we have NO INFORMATION from microsats for the other three babies, I have NOT inferred paternities for any of those 3 babies. More information on age and body mass vs male ARS and LRS is summarized chapters 12 and 13. This file has been checked TWO TIMES on 29-30 March 2021. I have excluded some cases for which paternity makes no sense. OLD File name = GPDs, Male wts vs cop or no cop, PEFO and VCNP, 20 Aug 2020 All data from this file checked on either 05 Aug 2020 or 20 Aug 2020 Data in this file checked ONE TIME ONLY by JLH. But many data checked TWO TIMES. Date = 05 Aug 2020. For PEFO males that sired >=1 baby, I checked for a body mass during the mating season and at 1st juvenile emergences in the following two places: the eartag summary sheets, and the marking summary sheets. For "Male body mass during mating season" I have used the FIRST (EARLIEST) WEIGHT taken in March until about 15 April For "Male body mass at first juvenile emergences" I have used the LAST (LATEST) WEIGHT taken a just before first juvenile emergences through about 15 July During week of 07 August 2020, all data in this file checked one time by JLH alone. MOST DATA CHECKED TWO TIMES. FOR MALES FOR WHICH I HAVE NO INFORMATION ON COPS, I have many weights during the mating season or at 1st juvenile emergences. SOME of these latter data are in this EXCEL file, but many are not. Some un-entered data are in one of the HARD COPIES of this file. Note that this file contains GPD data from 3 colonies: PEFO in 1989-1995; RMC in 2013-2016; and VCC in 2017-2018. OLDFile name = GPDs, male wts vs cops, PEFO and VCNP, 15 Aug 2020 EARLY File name = GPDs, Male wts vs cop or no cop, PEFO and VCNP, 20 Aug 2020; See last line for FINAL FILE NAME See note below. I started this file from other file named OLDFile name = GPDs, male wts vs cops, PEFO and VCNP, 15 Aug 2020 All data from this file checked on either 05 Aug 2020 or 20 Aug 2020 Data in this file checked ONE TIME ONLY by JLH. But many data checked TWO TIMES. Note for cases 1-331 from 05 August 2020 Date = 05 Aug 2020. For PEFO males that sired >=1 baby, checked for a body mass during the mating season and at 1st juvenile emergences in the following two places: the eartag summary sheets, and the marking summary sheets. For "Marchwt" I have used the FIRST (EARLIEST) WEIGHT taken in March until about 15 April = male body mass during mating season For "Junwt" I have used the LAST (LATEST) WEIGHT taken a just before first juvenile emergences through about 15 July Invader = 0 means male was resident of study-colony. Invader = 1 means male was non-resident/invader. During week of 07 August 2020, all data in this file checked one time by JLH alone. MOST DATA CHECKED TWO TIMES. FOR MALES FOR WHICH I HAVE NO INFORMATION ON COPS, I have many weights during the mating season or at 1st juvenile emergences. SOME of these latter data are in this EXCEL file, but many are not. Some un-entered data are in one of the HARD COPIES of this file. Note that this file contains GPD data from 3 colonies: PEFO in 1989-1995; RMC in 2013-2016; and VCC in 2017-2018. OLDFile name = GPDs, male wts vs cops, PEFO and VCNP, 15 Aug 2020 This is the file I will use to compare body mass for (a) GPD males that did copulate vs (b) GPD males that did not copulate Note that I have body masses for Marchwt = body mass taken <= 15 April (with a few exceptions) and Junewt = body mass taken >= 15 May (see also below). OLD File name for this analysis = GPDs, male wts vs cop or no cop, WITH FINAL EDITS, 21 Aug 2020 Note: Most data in this file checked two times; but some checked only one time File name: 14.9, GPDs, Male body mass vs sired yearlings, 08 March 2025 I consider data from the same male in different years to be independent. These data used for Figure 14.9 in Hoogland 2026. This file ready for longterm storage on 08 March 2025. The number above each SEM line in Fig 14.9 indicates the number of males weighed and then tracked for siring success. File name 14.9, GPDs, Male body mass vs sired yearlings, 08 March 2025 Data from this GPD file are from THREE study colonies: PEFO = Petrified Forest National Park, RMC = Redondo Meadow Colony (RMC) at Valles Caldera National Preserve (VCNP), and Visitor Center Colony (VCC) at VCNP I defined "at first juvenile emergences" as the time from just before the first emergences until just after the last first emergence (until about 15 July) I defined the mating season as the time period from (and including) the first copulation and the last copulation Age = number of years since first emergence from the natal burrow entrance This file includes only males that copulated with at least one female during the mating season, but some of those copulating males did not sire any weanlings or yearlings Weanling = juvenile that emerged from the natal burrow-entrance Yearling = weanling that survived for >= 9 months after first emergence from the natal burrow entrance. Some of notes immediately above are for my benefit, but do not apply directly to Fig 14.9 All body masses are in GRAMS Wt = weight = body mass Microsat = microsatellite. All information for microsatellites from Stephen Keller and Regina Trott. File name = GPDs, Males, Yearlings sired vs body mass, 06 May 2026