Replication data for Fig 13.11, WTPDs, Females, Weanlings vs yearlings in single year, 20 March 2026

Year WTPD Eartag Litter designation Litter size Yearlings Comment 2006 HWA 23 . 0 0 OR,1 year only 2006 C3 169 . 0 0 OR 2007 C3 169 . 0 0 OR 2006 77 177 . 0 0 OR,1 year only 2006 H6 127 . 0 0 OR,1 year only 2006 BB5 21 . 0 0 OR,1 year only 2006 RABR 123 . 0 0 OR 2007 RABR 123 . 0 0 OR 2006 4SBS 121 . 0 0 OR,1 year only 2006 BS 57 . 0 0 OR,1 year only 2006 C6 91 . 0 0 OR 2007 C6 91 . 0 0 OR 2008 C6 91 . 0 0 OR 2006 50 143 . 0 0 OR,1 year only 2006 74 151 . 0 0 OR,1 year only 2006 TS 101 . 0 0 OR,1 year only 2006 FR 119 . 0 0 OR,1 year only 2006 RR5 137 . 0 0 OR,1 year only; RR5 disappeared April 2006 2006 HRS 33 . 0 0 OR,1 year only 2006 WA9 139 . 0 0 OR 2007 WA9 139 . 0 0 OR 2006 RS 135 . 0 0 OR,1 year only 2008 BB7 387 . 0 0 2008 HBS 349 . 0 0 2009 HBS 349 . 0 0 Killed by Coyote on 21May 2009 2008 67 335 . 0 0 2009 FBS 835 . 0 0 2009 BB4 801 . 0 0 2009 C8 747 . 0 0 2009 3SBS 754 . 0 0 2008 55 489 . 0 0 2009 55 489 . 0 0 55 killed by badger in early April 2009 WA5Un . . 0 0 No info on WA5Un,gone on 20 Apr 2010 BB8 A7 . 0 0 2011 WA3 C61 . 0 0 2012 WA3 C61 . 0 0 2011 72 C51 . 0 0 2011 3SBS F55 . 0 0 3SBS killed by badger in early June 2011 RS C69 . 0 0 2012 RS C69 . 0 0 2012 FR I31 . 0 0 2012 H4 I93 . 0 0 2012 BB9 J37 . 0 0 2012 5SRS I5 . 0 0 2012 H2 I00 . 0 0 2012 61 I13 . 0 0 2012 66 J41 . 0 0 2012 RAB I19 . 0 0 2012 2RS I57 . 0 0 2012 H9 I55 . 0 0 2006 61 175 . 0 0 OR,1 year only 2006 BB3 93 . 0 0 OR,1 year only 2006 BSBB 95 . 0 0 OR 2007 BSBB 95 . . . Gone before mating 2008 BB5 527 . 0 0 2009 W5Un . . . . No data on WA5Un 2011 CR C19 . . . No data on CR (C19) 2012 WARS J87 . . . No data on WARS; dies before mating 2006 H7 19 H7X 2 0 2006 WA 41 WAX 5 0 2006 BB6 89 BB6X 6 1 2006 4SRS 43 4SRSX 5 0 2006 RAB 63 RABX 5 0 2006 2RS 51 2RSX 5 0 2006 RR6 171 RR6X 6 0 2006 RR3 59 RR3X 5 0 2006 94 167 BBX 4 0 2006 F3 99 F3X 6 1 2006 WA3 117 WABSX 7 0 2006 RSBB 105 RSBBX 6 1 2006 82 165 HBBX 5 0 2006 3SBS 31 . 0 0 OR 2007 3SBS 31 3SBSX 3 1 2006 6STR 97 . 0 0 2007 6STR 97 6STRX 2 2 2006 H4 49 . 0 0 OR 2007 H4 49 H4X 6 2 2006 CB 67 . 0 0 OR 2007 CB 67 CBX 4 1 2006 RSBS 115 . 0 0 2007 RSBS 115 RSBSX 5 0 2006 CR 75 . 0 0 OR 2007 CR 75 CRX 8 3 2006 C2 113 . 0 0 2007 C2 113 C2X 7 1 2006 5STR 54 . 0 0 2007 5STR 54 5STRX 6 4 2008 5STR 54 . 0 0 2009 5STR 54 . 0 0 2006 56 161 . 0 0 OR,1 year only 2007 56 161 FRX 6 3 2006 3SRS 73 . 0 0 2007 3SRS 73 3SRSX 4 0 2007 73 197 BB3X 6 2 2006 RB3 77 . 0 0 2007 RB3 77 RB3X 7 2 2006 BB0 25 . 0 0 OR 2007 BB0 25 BB0X 5 1 2006 RR7 37 . 0 0 OR 2007 RR7 37 RR7X 4 0 2006 BB2 85 . 0 0 2007 BB2 85 WSX 3 2 2006 5SBS 142 . 0 0 OR 2007 5SBS 142 5SBSX 3 0 2006 C9 133 . 0 0 2007 C9 133 C9X 4 0 2006 RR4 65 . 0 0 OR 2007 RR4 65 RR4X 5 1 2006 62 149 . 0 0 2007 62 149 2RSX 6 0 2006 51 145 . 0 0 2007 51 145 BSX 4 2 2006 4STR 71 . 0 0 OR 2007 4STR 71 4STX 8 0 2007 H7 19 H7X 4 0 2006 70 157 . 0 0 2007 70 157 0X 6 0 2006 F7 173 . 0 0 2007 F7 173 HRBX 4 1 HRBX only 2007 C7 263 C7X 2 1 2006 WA7 103 . 0 0 2007 WA7 103 TSX 3 3 2006 81 159 . 0 0 OR 2007 81 159 BSBBX 5 1 2006 H3 109 . 0 0 OR 2007 H3 109 HBSX 4 0 2007 WA3 117 WAX 6 0 2006 BB 69 . 0 0 2007 BB 69 BBX 6 1 2006 RSRAB 147 . 0 0 2007 RSRAB 147 RSRABX 8 2 2008 RR2 567 RR2X 4 0 2008 BB 69 BBX 4 0 2008 WA 449 WAX 6 1 2009 WA 449 . 0 0 2008 5SBS 142 5SBSX 5 0 Mixing 2008 BB9 431 BB9X 4 0 Mixing 2008 51 145 FRX 6 1 2006 WA5 129 . 0 0 2007 WA5 129 . 0 0 2008 WA5 129 WA5X 6 0 2008 C9 133 C9X 6 1 2006 H 153 . 0 0 2007 H 153 . 0 0 2008 H 153 HX 8 3 2009 H 153 . 0 0 H killed by badger on 08 May 2009 2008 50 607 TSX 5 1 2009 50 607 . 0 0 50 killed by badger on 26 Apr 2009 2008 F7 173 F7X 6 2 2009 F7 173 . 0 0 2008 RSBB 571 RSBBX 8 0 2008 RS 487 RSX 3 1 2008 6STR 97 6STRX 6 1 2008 70 157 0X 7 3 2008 3SRS 73 3SRSX 6 1 2008 BB2 85 BB2X 6 1 2008 RB3 77 RB3X 5 1 2008 2RS 383 2RSX 6 1 2008 62 149 2X 7 0 2008 HWA 385 HWAX 6 4 2008 H6 613 H6X 5 3 2008 BS 356 BSX 7 1 2009 AVUn 356 . 0 0 BS=AVUn? Killed by badger early Apr 2008 4STR 71 4STRX 5 1 2008 BB0 25 BB0X 7 1 2008 5SRS 513 5SRSX 3 2 2006 WA4 163 . 0 0 2007 WA4 163 . 0 0 2008 WA4 163 WA4X 7 1 2009 RR2 567 RR2X 5 1 2009 BB9X 431 BB9X 5 2 2008 C0 402 . 0 0 2009 C0 402 C0X 3 2 2009 5SBS 142 5SBSX 4 0 2008 WS 443 . 0 0 2009 WS 443 WSX 5 1 2009 RAB 664 RABX 2 0 2010 RAB 664 . 0 0 2009 70 157 CRX 7 5 2009 92 761 RSX 4 4 2009 TS-HBB 806 TSX 4 1 2009 52 847 HRBX 3 1 2009 90 891 F0X 3 1 2009 RR6 815 RR6X 3 0 2009 RSBB 571 RSBBX 7 4 2010 RSBB 571 . 0 0 2009 BB0 25 BB0X 7 0 2010 C0 402 C0X 4 0 2008 H8 523 . 0 0 2009 H8 523 . 0 0 2010 H8 523 . 0 0 2011 H8 523 . 0 0 2010 RR2 567 RR2X 6 0 2010 WA 449 WAX 7 0 2009 4SRS 947 . 0 0 2010 4SRS 947 4SRSX 5 1 2010 TS-HBB 806 HBBX 5 1 2010 RR6 815 RR6X 4 3 2010 H5 986 H5X 5 2 2010 WS 443 WSX 4 1 2010 5STR 54 5STRX 6 2 2009 51 145 . 0 0 2010 51 145 RSX 7 2 2010 H0 A15 H0X 5 0 2009 3SRS 73 . 0 0 2010 3SRS 73 3SRSX 2 0 2010 77 A19 RR7X 5 2 2009 RSRAB 850 . 0 0 2010 RSRAB 850 RSRABX 7 1 2010 BB6 987 BB6X 2 1 2010 CB 971 CBX 6 2 2010 F2 A57 F2X 5 2 2009 H6 613 . 0 0 2010 H6 613 H6X 5 1 2009 66 939 . 0 0 2010 66 939 C6X 3 0 2009 RABR 701 . 0 0 2010 RABR 701 RABRX 3 0 2010 90 891 0X 5 0 2010 4STR A63 4STRX 3 0 2011 4STR A63 . 0 0 4STR killed by badger in early June 2010 BS A53 BSX 6 2 2010 5SRS A35 5SRSX 5 1 2010 92 761 HBSX 6 2 2011 92 761 . 0 0 2012 92 761 . 0 0 92 died on 27 April 2012 2010 2RS 977 2RSX 6 1 2010 BB2 A43 BB2X 2 1 2010 C4 A11 . 0 0 2011 C4 A11 C4X 6 1 2011 HBS C67 HBSX 5 1 2012 HBS C67 . 0 0 2009 RR9 928 . 0 0 2010 RR9 928 . 0 0 2011 RR9 928 RR9X 6 3 2011 RSRAB 850 RSRABX 6 2 2011 FWA F53 FWAX 6 1 2011 RSBB 571 RSBBX 6 1 2011 WABB F47 WAX 6 1 2012 WABB F47 . 0 0 2011 4SBS H11 4SBSX 5 0 2011 73 H19 3X 2 0 2011 C9 C25 C9X 6 1 2011 RR3 F19 RR3X 6 0 Mixing 2012 RR3 F19 . 0 0 2011 RACR F73 RACRX 7 0 Mixing 2012 RACR F73 . 0 0 2011 H0 A15 H0X 6 0 2012 H0 A15 . 0 0 2011 RR2 567 RR2X 7 2 2011 H5 986 H5X 6 0 2012 H5 986 . 0 0 2011 57 F67 RABX 6 3 2012 57 F67 . 0 0 2011 C3 H3 C3X 4 0 2012 C3 H3 . 0 0 2011 76 H8 WSX 4 2 2011 4SRS 947 4SRSX 6 0 2011 BB4 H07 BB4X 5 1 2011 TS C83 TSX 3 1 2011 90 891 0X 6 0 2011 WA0 C59 WAOX 4 0 2012 WA0 C59 . 0 0 2011 CRBB C73 CRBBX 5 0 2006 WA2 39 . 0 0 OR 2007 WA2 39 . 0 0 OR 2008 WA2 39 . 0 0 OR 2009 WA2 39 . 0 0 OR 2010 WA2 39 . 0 0 OR 2011 WA2 39 WA2X 3 0 2011 RABR 701 . 0 0 2012 RABR 701 . 0 0 2011 BB5 F99 BB5X 4 2 2012 BB5 F99 . 0 0 2012 90 891 HX 4 . 2012 BB3 I95 BB3X 6 . 2012 76 H8 BBX 7 . 2012 RSRAB 850 RSRABX 5 . 2012 BB6 H67 BB6X 5 . 2012 FWA F53 FWAX 5 . 2011 C6 H03 . 0 0 2012 C6 H03 BSX 5 0 0 from final baby census 2012 RR2 567 WAX 6 . 2012 WS I35 WSX 6 . 2012 BSBB I71 TSX 5 . FILE DESCRIPTION Keywords: WTPDs, Females, weanlings vs yearlings in single year File name = Fig 13.11, WTPDs, Females, Weanlings vs yearlings in single year, 20 March 2026 OLD File name on 20 April 2021 = WTPDs, FEMS, ARS, 20 April 2021 If I have >=2 years of data of ARS for a female, I use that female's data for LRS analyses also because WTPDs are so short-lived I started this file from = WTPDs, Littsize vs mean and cum body mass, yearlings, 14 Feb 2020 On 20 April 2020, I check this file TWO TIMES. All data in this file are suitable for analyses of ARS Date = 14 Feb 2020 This file has now been checked TWO TIMES by JLH alone I created this new EXCEL file from WTPD litter summaries, from the following: File name = WTPDs, Littsize vs mean and cum baby mass, yearlings, 14 Feb 2020 Littsize = litter size at first juvenile emergence = number of weanlings Weanling = offspring that emerged from natal nursery-burrow = littsize Yearling = weanling that survived for >=9 months after first emergence from natal nursery burrow Note well: This file contains information from WTPD females that did NOT wean a litter--i.e., littsize = 0. For Fig 13.11 of Hoogland 2026, I USED DATA FROM ONLY THOSE WTPD FEMALES THAT WEANED AT LEAST ONE OFFSPRING. I considered data from the same female in different years to be independent. These data used for Figure 13.11 in Hoogland 2026. This file ready for longterm storage on 26 Feb 2025. The number above each SEM in Figure 13.11 indicates the number of females for which I have data. No teats = teats not visible TDF = teats tiny, dry, and flat MDF = teats medium, dry, and flat LDF = teats long, dry, and flat = recently lost lost Lac = lac fem= female was lactation at time of examination Imm = immigrant = prairie dog born in a different colony Cop = copulation OR = Original Resident in first year of research in 2006, when I did not know any exact ages wt= weight = body mass Maxcop = maximum number of copulations from combination of observations and inferences from microsats See chapters 19 and 20 for discussion of maxcops Microsat = microstellite File name = Fig 13.11, WTPDs, Females, Weanlings vs yearlings in single year, 20 March 2026