Lizard Temperature Data: Lizard Temperature Data A-S, v4373

Mayhew, Wilbur W.
Unknown
Museum of Vertebrate Zoology, University of California, Berkeley
Original Source
Source Material:
Image from the Biodiversity Heritage Library. Contributed by Museum of Vertebrate Zoology, University of California, Berkeley. | www.biodiversitylibrary.org

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VERNON LINE
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UNIVERSITY OF CALIFORNIA DIVISION OF LIFE SCIENCES RIVERSIDE, CALIFORNIA Jan. 9, 1963 Dear Don : Here are the totals of S. graciosus I have from each area. This includes all ♂ 55mm S-V or above, all ♀ 50mm S-V or above. San Bernardino Saw Gorgonio San Gabriel San Jacinto Palomar Laguna April ♂ 17 — 9 15 — — ♀ 7 — 5 — — — May ♂ 4 12 3 — 11 27 — — ♀ 1 4 3 — 6 28 — 8 June ♂ — 15 — 15 1 12 1 6 ♀ — 10 — 6 9 — 10 July ♂ — 11 — 11 22 14 2 10 7 ♀ — 7 — 16 34 8 — 10 3 Aug. ♂ 12 15 9 — 11 8 9 3 13 ♀ 9 20 8 1 7 4 7 6 4 Sept. ♂ 11 9 2 — 2 9 1 ♀ 4 4 1 — 2 10 1 Hope you can fill some of the gaps. Sample sizes are usually good when all are lumped together, but I didn't collect with the idea of keeping the mountain ranges separate. However, it shouldn't be hard to fill the remaining gaps. Vote Technocracy! Bill Mayhew
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GAPS TO BE FILLED JAN (1) S. orcutti; Temps.; (2) U. inornata activity (0900-1500); U. scoparia activity (0900-1500); FEB (1) S. orcutti temps; (2) U. inornata activity (0900-1330); U. scoparia activ. (0900-1500) MAR (1) Activity of Uma spp. from 1400 to 1600; APR (1) Activity of Uma spp. from 1330 to 1800 (not.:1330-1700; inorn.:1400-1800; scop: 1500+) (2) S. graciosus - San Jacintos & San Gabriels * (3) U. inornata 1cm temp (any time) * (4) U. notata soil temp. (any time) MAY (1) Uma activity from 1200 to 1800 (not.:1200-1700; inorn.:1230-1800; scop.:1200-1800); (2) S. graciosus - San Berdoos & San Gabriels; (3) U. scoparia - Temps.!! * (3) U. scoparia - soil temps. (any time) JUNE (1) Uma inorn. activity: 1000+; U. scop.: 1200-1830; U. notata: 1230-1600; (2) S. grac.- San Berdoos;
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JULY (1) U. inorn. activity: 1030+; U. scop.: 1030–1730; (2) S. grac.—San Berdoos & San Jac.; AUG (1) U. inorn. activity: 1000–1830; U. scop.: 1330+; (2) S. grac.—San Gab. & San Jac.; SEPT (1) U. inorn. activity: 1130+; U. scop.: 1000–1700; (2) S. grac.—San Gab. & San Jac.; OCT Uma spp. (1) U. inorn. activity: 1400+; NOV (1) U. inorn. activity: 1000–1400; U. scop.: 1000–1400; DEC
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Temp. Items to Check 1. Check Temps. for single days to see what changes occur vs, time of day. 2. Compare ♂ & ♀ temps, by month.
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Sunrise - Sunset (Local Mean Time), 1961 Southern California Date Time Sunrise Time Sunset Hours Light Jan. 1 0708 1658 9'50" Jan 31 0700 1728 10'28" Feb. 1 0700 1729 10'29" Feb. 28 0631 1755 11'24" Mar. 1 0630 1756 11'26" Mar. 31 0549 1820 13'11" Apr. 1 0548 1821 13'13" Apr. 30 0511 1844 13'33" May 1 0510 1845 13'35" May 31 0448 1908 15'00" June 1 0447 1908 15'01" June 30 0449 1918 15'09" July 1 0450 1918 15'08" July 31 0509 1904 14'35" Aug. 1 0509 1903 14'34" Aug. 3) 0531 1829 13'38" Sept. 1 0532 1827 13'35" Sept.30 0553 1746 12'33" Oct. 1 0556 1743 12'27" Oct. 3) 0620 1707 11'27" Nov. 1 0621 1706 11'25" Nov. 30 0648 1649 10'01" Dec. 1 0649 1649 10'00" Dec.31 0708 1658 9'50" Date Time Sunrise Time Sunset Hours Light June 2) 0446 1917 15'11" Dec. 2) 0704 1652 9'48" Source: Hansen, Harry (Editor). 1961. The world almanac and book of facts for 1961. New York World-Telegram Corp., New York, 896 pp.
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Digitized by the Internet Archive in 2017 with funding from CLIR
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Time - Temperature Code 1. All times are Standard Time. 2. All Times figured on 24 hour system (i.e. 1300 = 1 PM) 3. All temps. underlined = caught without a chase (i.e. 37.2) 4. (29.0) Temps. of diurnal animals = caught at night. 5. Temps. are divided as following example: 36.0 to 36.5 = 36°C 36.6 to 37.0 = 37°C 6. All times are divided as following example: 0646 to 0715 = 0700 0716 to 0745 = 0730
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1. All times are given as follows example: 0.00 to 0.12 = 0.12 0.00 to 0.36 = 0.36 2. Temps are given as follows example: 30.0 to 30.2 = 30.2 30.0 to 30.4 = 30.4 3. Temps are limited to .29 and .71. The pin to the end = .5 minus length of pin. 4. All temps are given as follows example: (0.0 to 0.4) or (0.6 to 1.0) All times are given as follows example: (0.0 to 0.2) or (0.8 to 1.0)
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Number of Lizard Temps Measured Thru 1963 Species # Callisaurus 107 Cnem. hyper. 9 " tigris 33 Coleonyx 281 Crot. collaris 9 " wislizeni 58 Dipsosaurus 471 Gerr. mult. 1 Phryn. coron. 2 " m'calli 351 " platy. 40 Sauromalus 7 Scel. grac. 442 " mag. 168 " occid. 280 " orcutti 163 Uma inornata 416 " notata 461 " scoparia 411 Urosaurus 255 Uta stans. 156 Total = 4113
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CALLISAURUS DRACONOIDES
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CALLISAURUS DRACONOIDES
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CALLISAURUS DRACONOIDES TEMPS (BY MOUTH) MARCH x x² x x² x x² x x² x x² x x² 37.0 1369.00 34.0 1156.00 40.0 1600.00 38.4 1474.56 N = 4 Σx = 149.4 Σx² = 5599.56 X̄ = 37.35 X̄² = 1395.02
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CALLISAURUS DRACONOIDES TEMPS (BY MONTH) MARCH
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CALLISAURUS DRACONOIDES TEMPS (BY MONTH) APRIL x x² x x² x x² x x² x x² x x² 37.8 1428,84 34.4 1183,36 40,2 1616,04 40.0 1600,00 40,4 1632,16 27.5 756,25 33,5 1122,25 37.0 1369,00 37.8 1428,84 N = 18 28,6 817,96 ∑x = 659,3 31,3 979,69 ∑x² = 24,442,23 39.8 1584,04 X̄ = 36.62 34.4 1183,36 X̄² = 1341,02 37.8 1428,84 40.4 1632,16 37.8 1428,84 39,2 1536,64 41.4 1713.96 N = 14 ∑x = 520.4 ∑x² = 19,533,62
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APRIL CALISURUS DEACONOIDES (BY MONTH)
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CALLISAURUS DRACONOIDES TEMPS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 38,0 1444.00 32.0 1024.00 38.6 1489.96 N = 18 38.4 1474.56 ∑x = 712.5 39.0 1521.00 ∑x² = 28,316.85 38.6 1489.96 X̄ = 39.58 43.8 1918.44 X̄² = 1566.57 41.1 1689.21 41.4 1713.96 43.4 1883.56 41.8 1747.24 39.4 1552.36 40.6 1648.36 37.8 1428.84 40.0 1600.00 40.4 1632.16 38.2 1459.24 40.0 1600.00 N = 17 ∑x = 680.5 ∑x² = 27,292.85
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YAM
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CALLISAURUS DRACONOIDES TEMPS (BY MONTH) JUNE x x² x x² x x² x x² x x² x x² 40.0 1600.00 38.8 1505.44 40.2 1616.04 39.0 1521.00 40.2 1616.04 43.6 1900.96 N = 6 ∑x = 241.8 ∑x² = 9759.48 X̄ = 40.30 X̄² = 1624.09
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CALLISAURUS DRACONOIDES TEMPS (BY MONTH) JULY x x² x x² x x² x x² x x² x x² 45,4 2061,16 40,0 1600,00 38,3 1466,89 42,4 1797,76 38,6 1489,96 41,6 1730,56 42,8 1831,84 36,6 1339,56 37,0 1369,00 32,6 1062,76 40,5 1640,25 44,6 1989,16 42,0 1764,00 43,6 1900,96 41,6 1730,56 41,8 1747,24 42,5 1806,25 43,8 1918,44 42,5 1806,25 43,5 1892,25 45,4 2061,16 42,4 1797,76 42,5 1806,25 N = 23 Σx = 952,0 Σx² = 39,610,02 X̄ = 41,39 X̄² = 1773,13
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CALLISAURUS DRACONOIDES (BY MONTH) TEMPS AUGUST X X² X X² X X² X X² X X² X X² 38,0 1444,00 N = 31 38,0 1444,00 Σx = 1256,0 40,9 1672,81 Σx² = 51,041,64 41,9 1755,61 X̄ = 40,51 40,8 1664,64 X̄² = 1641,06 41,6 1730,56 38,9 1513,21 42,4 40,4 1632,16 44,0 37,6 1413,76 43,2 40,1 1608,01 42,2 42,3 1789,29 42,6 43,0 1849,00 43,8 42,8 1831,84 36,0 40,9 1672,81 37,6 43,3 1874,89 39,8 41,5 1722,25 38,0 42,8 1831,84 40,4 38,8 1505,44 39,8 1584,04 32,6 1062,76 42,6 1814,76 39,4 1552,36 42,0 1764,00 40,0 1600,00 40,6 1648,36 42,0 1764,00 39,2 1536,64 38,4 1474,56 42,0 1764,00 44,0 1936,00 39,8 1584,04
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AUGUST
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CALLISAURUS DRACONOIDES TEMPS (BY MONTH) SEPTEMBER x x² x x² x x² x x² x x² x x² 39,1* 1528,81 39,6 1568,14 38,5 1482,25 39,7 1576,09 38,5 1482,25 41,5 1722,25 29,2 852,64 40,0 1600,00 42,0 1764,00 N = 8 without night animal Σx = 318,9 Σx² = 12,723,81 X̄ = 39,86 X̄² = 1588,81 * caught 18 min. after sunset
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TEMPERATURES CULLAURUS DRAGONOIDES SEPTEMBER
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CALLISAURUS DRACONOIDES TEMPS (BY MONTH) OCTOBER x x² x x² x x² x x² x x² x x² 41.0 1681.00 37.9 1436.41 40.4 1632.16 38.4 1474.56 37.5 1406.25 40.4 1632.16 N = 6 Σx = 235.6 Σx² = 9,262.54 X̄ = 39.26 X̄² = 1541.34
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OCTOBER (64 WORTH) CAILLSAURUS DRAGONOIDES TEMPS
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CALLISAURUS DRACONOIDES TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 40.0 1600.00 40.2 1616.04 42.0 1764.00 38.3 1466.89 41.6 1730.56 N = 61 38.6 1489.96 32.6 1062.76 Σx = 2433,4 40.9 1672.81 43.0 1849.00 Σx² = 97,506.0 41.6 1730.56 40.9 1672.81 40.4 1632.16 41.5 1722.25 40.1 1608.01 33.4 1115.56 42.3 1789.29 37.8 1428.84 39.6 1568.16 40.4 1632.16 34.4 1183.36 38.5 1482.25 37.8 1428.84 N = 62 38.5 1482.25 42.6 1814.76 Σx = 2467.8 41.0 1681.00 40.0 1600.00 Σx² = 98,689.36 40.4 1632.16 40.4 1632.16 X̄ = 39.80 38.4 1474.56 40.6 1648.36 X² = 1584.04 37.5 1406.25 43.6 1900.96 37.0 1369.00 41.8 1747.24 43.2 34.0 1156.00 42.5 1806.25 42.4 40.0 1600.00 43.8 1918.44 36.0 38.4 1474.56 42.5 1806.25 37.6 37.8 1428.84 42.4 1797.76 39.8 37.8 1428.84 39.4 1552.36 40.4 31.3 979.69 40.6 1648.36 39.8 1584.04 42.0 1764.00 34.4 1183.36 44.0 1936.00 39.0 1521.00 39.8 1584.04 43.8 1918.44 41.4 1713.96 41.4 1713.96 40.0 1600.00 43.4 1883.56 40.4 1632.16 41.8 1747.24 38.2 1459.24 40.2 1616.09 40.0 1600.00
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CALLISAURUS RACONOIDES (187 SEX) ♂ TEMP2
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CALLISAURUS DRACONOIDES TEMPS (BY SEX) ♀ x x² x x² x x² x x² x x² x x² 38.0 1444.00 42.8 1831.84 40.0 1600.00 38.0 1444.00 38.8 1505.44 27.5 756.25 45.4 2061.16 39.4 1552.36 37.0 1369.00 42.4 1797.76 44.6 1989.16 32.0 1024.00 41.9 1755.61 42.0 1764.00 N = 53 40.8 1664.64 39.8 1584.04 Σx = 2091.1 38.9 1513.21 32.6 1062.76 Σx² = 83,182.33 37.6 1413.76 41.5 1722.25 x̄ = 39.45 39.1 1528.81 29.2 852.64 x̄² = 1556.30 39.7 1576.09 39.2 1536.64 37.9 1436.41 41.6 1730.56 44.0 40.2 1616.04 43.5 1892.25 42.2 40.4 1632.16 45.4 2061.16 42.6 33.5 1122.25 42.5 1806.25 43.8 28.6 817.96 42.0 1764.00 38.0 38.0 1444.00 40.0 1600.00 38.6 1489.96 42.0 1764.00 38.4 1474.56 39.2 1536.64 38.6 1489.96 38.4 1474.56 41.7 1689.21 37.8 1428.84 40.0 1600.00 N = 49 38.8 1505.44 Σx = 1954.6 39.0 1521.00 Σx² = 78,433.08 43.6 1900.96 without wight 42.8 1831.84 ANIMAL 36.6 1339.56 37.0 1369.00 40.5 1640.25 42.8 1831.84 43.3 1874.89
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CALLIURA DRACONOIDES (BY SEX) TEMPS
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CALLISAURUS DRACONOIDES TEMPS (BY AGE) ADULT x x^2 x x^2 x x^2 x x^2 x x^2 x x^2 38.0 1444.00 41.1 1689.21 40.6 1648.36 34.4 1183.36 38.0 1444.00 41.4 1713.96 43.6 1900.96 40.0 1600.00 45.4 2061.16 43.4 1883.56 41.6 1730.56 37.0 1369.00 42.4 1797.76 41.8 1747.24 41.8 1747.24 32.0 1024.00 40.9 1672.81 40.0 1600.00 42.5 1806.25 N = 86 41.6 1730.56 40.2 1616.04 43.8 1918.44 Σx = 3417.8 37.6 1413.76 39.0 1521.00 42.5 1806.25 Σx^2 = 136,724.54 42.3 1789.29 40.2 1616.04 45.4 2061.16 X̄ = 39.74 39.6 1568.16 43.6 1900.96 42.4 1797.76 X̄^2 = 1579.26 39.7 1576.09 36.6 1339.56 39.4 1552.36 38.5 1482.25 37.0 1369.00 42.0 1764.00 42.4 40.4 1632.16 32.6 1062.76 40.0 1600.00 44.0 37.5 1406.25 40.5 1640.25 40.6 1649.36 43.2 34.0 1156.00 43.0 1849.00 42.0 1764.00 42.2 40.0 1600.00 42.8 1831.84 39.2 1536.64 42.6 38.4 1474.56 40.9 1672.81 38.4 1474.56 43.8 40.2 1616.04 43.3 1874.89 42.0 1764.00 36.0 40.4 1632.16 41.5 1722.25 44.0 1936.00 37.6 33.5 1122.25 42.8 1831.84 39.8 1584.04 39.8 37.8 1428.84 38.8 1505.44 41.4 1713.96 38.0 28.6 817.96 37.8 1428.84 37.8 1428.84 40.4 31.3 979.69 40.4 1632.16 42.0 1764.00 39.8 1584.04 37.8 1428.84 N = 82 38.0 1444.00 39.4 1552.36 Σx = 3274.4 34.4 1183.36 44.6 1989.16 Σx^2 = 131,548.18 38.6 1489.96 39.8 1584.04 38.4 1474.56 32.6 1062.76 39.0 1521.00 42.6 1814.76 38.6 1489.96 40.4 1632.16 43.8 1918.44 39.2 1536.64 Total X̄ = 39.6°C S^2 = 11.0
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ADULT [illegible] [illegible]
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CALLISAURUS DRACONOIDES TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 40.0 1600.00 27.5 756.25 38,3 1466.89 N=27 38,6 1489.96 Σx=1067.1 41.9 1755.61 Σx²=42,399.43 40.8 1664.64 X̄ = 39.52 38.9 1513.21 X̄² = 1561.83 40.4 1632.16 40.1 1608.01 39.1 1528.81 38.5 1482.25 41.0 1681.00 37.9 1436.41 38.4 1474.56 37.0 1369.00 37.8 1428.84 38.8 1505.44 41.6 1730.56 42.8 1831.84 42.0 1764.00 41.5 1722.25 39.2 1532.64 40.0 1600.00 43.5 1892.25 43.5 1890.25 40.0 1600.00 38.2 1459.24 40,0 1600.00 N = 26 Σx=1039.6 Σx²=41,643.18 without right animal
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IMMATURE AGE) CALISURUS DRAGONOIDES LEWIS
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CALLISAURUS DRACONOIDES TEMPS (BY AGE) JUVENILE
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Chewidop harius + (ignis)
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Chenidophorus tigris
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Cnemidophorus tigris Temps (by month) MARCH X x² X x² 40.0 1600.00 N = 1 Σx = 40.0 ΣX² = 1600.00 X̄ = 40.0 [X]² = 1600.00
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Cnemidophorus tigris Temps (by month) APRIL x x² x x² 39.2 1536.64 37.0 1369.00 37.6 1413.76 39.6 1568.16 38.0 1444.00 39.2 1536.64 36.8 1354.24 N=14 39.9 1592.01 Σx = 540.6 40.5 1640.25 Σx² = 20,899.10 36.0 1296.00 X̄ = 38.61 38.8 1505.44 X̄² = 1490.73 39.4 1552.36 40.2 1616.04 38.4 1474.56 N=11 Σx = 424.8 Σx² = 16,425.3
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Enemidophorus tigris temps (by month) MAY x x² x x² x x² 37.6 1413.76 22.2 492.84 40.0 1600.00 N=4 40.8 1664.64 Σx = 140.6 N=3 Σx² = 5171.24 Σx = 118.4 X̄ = 35.15 Σx² = 4,678.4 X̄² = 1235.52 means brought way down by this temp
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Chenidophorus tigris Temps (by month) JUNE X X² X X² 40.8 1664.64 38.2 1459.24 38.0 1444.00 44.2 1953.64 42.5 1806.25 43.4 1883.56 N = 6 Σx = 247.1 Σx² = 10,211.33 X̄ = 41.18 X̄² = 1695.79
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Cnemidophorus tigris Temps (by month) JULY X X² X X² 40.8 1664.64 41.2 1697.44 42.1 1772.41 N = 3 Σx = 124.1 Σ x² = 5,134.49 X̄ = 41.36 X̄² = 1710.64
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Cnemidophorus tigris Temps (by month) AUGUST x x² X Y² 44.2 195364 44.0 1600.00 42.0 1764.00 42.4 1797.76 N = 4 Σx = 172.6 Σx² = 7,115.4 X̄ = 43.15 X̄² = 1861.92 41.8 41.6
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Chemidophorus tigris Temps (by month) SEPTEMBER x x² x x² 39.1 1528.81 41.7 1738.89 43.5 1892.25 38.0 1444.00 N = 4 ∑x = 162.3 ∑x² = 6,603.95 X̄ = 40.57 X̄² = 1645.92
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Chelidophorus tigris Temps (by sex) ♂ May 4 '63 X X² X X² X X² 40.8 1664.64 41.2 1697.44 44.2 1953.64 41.7 1738.89 38.0 1444.00 39.9 1592.01 37.6 1413.76 40.0 1600.00 40.8 1664.64 38.2 1459.24 38.0 1444.00 44.2 1953.64 41.0 1681.00 42.4 1797.76 38.0 1444.00 N = 15 Σx = 606.0 Σx² = 24,548.66 X̄ = 40.40 X̄² = 1632.16 41.8 41.6
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Chemidophorus tigris Temps (by sex) ♀ May 4 '63 X X² X X² X X² 44.0 1936.00 39.1 1528.81 39.2 1536.64 37.6 1413.74 36.8 1354.24 40.8 1664.64 42.5 1806.25 42.0 1764.00 43.4 1883.56 N = 9 ΣX = 365.4 ΣX² = 14,887.9 X̄ = 40.60 X̄² = 1648.36
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[illegible] ♀ x [illegible] P.E.H P.M [illegible]
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Enemidophorus tigris Temps (by age) ADULT x x^2 x x^2 x x^2 40.8 1664.64 n = 30 41.2 1697.44 Σx = 1217,5 44.2 1953.64 Σx^2 = 49,540.43 49.6 1936.00 39.1 1528.81 39.6 1568.16 41.7 1738.89 39.2 1536.64 39.2 1536.64 22.2 492.84 37.6 1413.76 N = 33 38.0 1444.00 Σx = 1318,50 36.8 1354.24 Σx^2 = 53,138.07 39.9 1592.01 X̄ = 39.95 40.5 1640.25 X̄^2 = 1596.00 37.6 1413.76 40.0 1600.00 41.8 40.8 1664.64 41.6 40.8 1664.64 38.2 1459.24 38.0 1444.00 44.2 1953.64 42.5 1806.25 42.1 1772.41 43.5 1892.25 41.0 1681.00 42.0 1764.00 42.4 1797.76 40.0 1600.00 38.4 1474.56 39.4 1552.36 40.2 1616.04 43.4 1883.56
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Cnemidophorus tigris Temps. (by age) IMMATURE x x² x x² 36.0 1296.00 38.8 1505.44 38.0 1444.00 N = 3 Σx = 112.8 Σx² = 4245.44 37.0 1369.00 N = 4 Σx = 149.8 Σx² = 5614.44 X̄ = 37.45 X̄² = 1402.50
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Cnemidophorus tigris Temps (by age) JUVENILE
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Chemidophorus tigris Temps Temp(°c) No. of Animals "No Chase" 19 20 21 22 | 23 24 25 26 27 28 29 30 31 32 33 34 35 36 = 37 == 38 ||||| 39 ||||| | 40 = 41 == 42 == 43 ==== 44 45- 46 47
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CLOACAL TEMP 48 (oc) 46 44 42 40 38 36 34 32 30 28 26 24 22 20 Chelidophorus tigris TIME OF DAY 1800 1700 1600 1500 1400 1300 1200 1100 1000 0900 0800 0700
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Time Cnemidophorus tigris are active (by month) JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC 0500 0530 0600 0630 0700 0730 0800 0830 0900 0930 1000 1030 1100 1130 1200 1230 1300 1330 1400 1430 1500 1530 1600 1630 1700 1730 1800 1830 1900
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(pd month) JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV 0200 0230 0900 0930 1000 1030 1100 1130 1200 1230 1300 1330 1400 1430 1500 1530 1600 1630 1700 1730 1800 1830
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COLEONYX VARIEGATUS IRIS INSERTABLE INDEX SETS I.R. - 13 8½ x 11 CEL-U-DEX PRODUCT
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COLEONYX VARIEGATUS
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June 14, 1972 Dr. Yehudah Werner Department of Zoology Hebrew University of Jerusalem Jerusalem, Israel Dear Yehudah: It was very good to hear from you again, and to learn that everything is going fine with you. It sounds as though you had an exceedingly wonderful trip in 1970-71. Regarding the temperature data for Coleonyx variegatus: yes, the only portion I have published so far was in "Desert Biology". Hopefully, I can get the rest written up sometime this year. Between my rather heavy teaching load the last couple of years, and spending the summers of 1970 and 1971 in India, manuscripts have not been completed very fast in recent months. I expect this to change now, however. The following, I think, is the information you desire regarding Coleonyx: Temperature (°C) Month N Mean Range March 5 25.6 20.0-34.8 April 111 23.6 17.2-30.4 May 42 26.0 19.6-32.7 June 51 28.9 23.2-33.0 July 15 35.0 30.2-37.5 August 34 32.3 27.9-36.2 September 20 31.6 25.5-37.0 October 15 27.6 20.2-32.6 November 1 30.3 ---- Total 294 27.2 17.2-37.5 s² = 20.3
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The text in this image is extremely faint and mostly illegible due to low contrast, likely from being printed on the reverse side of a page. It cannot be accurately transcribed. [illegible]
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June 14, 1972 Dr. Yehudah Werner. Department of Zoology Hebrew University of Jerusalem Jerusalem, Israel Dear Yehudah: It was very good to hear from you again, and to learn that everything is going fine with you. It sounds as though you had an exceedingly wonderful trip in 1970-71. Regarding the temperature data for Coleonyx variegatus: yes, the only portion I have published so far was in "Desert Biology". Hopefully, I can get the rest written up sometime this year. Between my rather heavy teaching load the last couple of years, and spending the summers of 1970 and 1971 in India, manuscripts have not been completed very fast in recent months. I expect this to change now, however. The following, I think, is the information you desire regarding Coleonyx: Month N Temperature (°C) Mean Range March 5 25.6 20.0-34.8 April 111 23.6 17.2-30.4 May 42 26.0 19.6-32.7 June 51 28.9 23.2-33.0 July 15 35.0 30.2-37.5 August 34 32.3 27.9-36.2 September 20 31.6 25.5-37.0 October 15 27.6 20.2-32.6 November 1 30.3 ---- Total 294 27.2 17.2-37.5 s² = 20.3
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June 14th, 1975 Dr. Yehudah Werner Department of Zoology Hebrew University of Jerusalem Jerusalem, Israel Dear Yehuda: It was very good to hear from you again, and to learn that everything is going well with you. It sounds as though you had an exceedingly wonderful trip in 1970-71. Regarding the temperature data for Coloonyx variagatus: Yes, the only portion I have published so far was in "Desert Biology". Hopefully, I can get the rest written up sometime this year. Between my rather heavy teaching load the last couple of years, and spending the summers of 1970 and 1971 in India, manuscripts have not been completed very fast in recent months. I expect this to change now, however. The following, I think, is the information you desire regarding Coloonyx: Month N Mean Temperature (°C) Range November 1 30.3 ---- October 12 27.6 20.2-35.6 September 30 31.6 22.2-37.0 August 34 32.3 27.9-36.2 July 15 33.0 30.2-37.2 June 21 28.9 23.2-33.0 May 42 26.0 19.6-32.7 April 111 23.6 17.2-30.4 March 2 25.6 20.0-34.8 Total 204 27.2 17.2-37.2
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Dr. Yehudah Werner June 14, 1972 Page Two No, I do not know of anyone that has any temperature records for C. V. bogerti. I think the reference regarding Uta and Coleonyx that you misplaced was one of the following: 1) Evans, K. J. 1966. Responses of the locomotor activity rhythms of lizards to simultaneous light and temperature cycles. Comp. Biochem. Physiol., 19:91-103. 2) Evans, K. J. 1967. Observations on the daily emergence of Coleonyx variegatus and Uta stansburiana. Herpetologica, 23:217-222. According to my records, you should have received all 20 of my papers that dealt with reptiles or amphibians. This list does not include chapters in the books by Milstead-Lizard Ecology, and Brown-Desert Biology. I hope all of them reached you safely. I hope this information will be of some use to you. I am glad to be kept informed of your progress. Sincerely, Wilbur W. Mayhew Professor of Zoology WWM:sc
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Wilbur W. Mayer Professor of Zoology Sincerely, to be kept informed of your progress. I hope this information will be of some use to you. I am glad Desert Biology. I hope all of them reached you safely. include chapters in the books by Mistletoe-Ecology and Brown- jor seeb . This list does not capers that deal with reptiles or amphibians. According to my records, you should have received all 20 of my 3:217-232. Of Colony Variation and Its Standpoints. Herpetologica 2) Evans, R. J. 1967. Observations on the daily emergence cycles. Comp. Biochem. Physiol., 19:91-103. Rhythms of lizards to simultaneous light and temperature Evans, R. J. 1968. Responses of the locomotor activity misplaced was one of the following: I think the reference regarding Uta and Colony is that you for C. V. Porter. No, I do not know of anyone that has any temperature records Page Two June 14, 1973 Dr. Yehudah Werner
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COLEONYX VARIEGATUS HABITAT CREOSOTE BUSH SCRUB SAND DUNE N = 289 N = 141 1 MESQUITE THICKET 2 COASTAL SAGE SCRUB 1 JOSHUA TREE WOODLAND
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n = 141 n = 589
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COLEONYX VARIEGATUS TEMPS (BY MONTH) MARCH x x² x x² x² x² x x² x x² x x² 26.6 707.56 34.8 1211.04 23.8 566.44 23.0 529.00 20.0 400.00 N=5 ΣX = 128.2 Σx² = 3414.04 X̄ = 25.64 (X̄)² = 657.40 S² = 31.76 S.E. = √6.35 = 2.52
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MARCH
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COLEONYX VARIEGATUS TEMPS (BY MONTH) APRIL x x^2 x x^2 x x^2 x x^2 x x^2 x x^2 22.4 501.76 23.0 529.00 25.8 665.64 25.0 625.00 25.6 655.36 25.5 650.25 22.8 519.84 26.4 696.96 25.8 665.64 20.8 432.64 22.0 484.00 21.6 466.56 29.0 841.00 25.6 655.36 23.8 566.44 21.6 466.56 21.4 457.96 24.8 615.04 24.8 615.04 22.0 484.00 22.0 484.00 22.2 492.84 26.8 718.24 23.6 556.96 N = 111 21.2 449.44 21.2 449.44 27.0 729.00 24.6 605.16 Σx = 2619.7 22.0 484.00 22.2 492.84 25.2 635.04 22.0 484.00 Σx^2 = 62,473.39 21.6 466.56 28.0 784.00 25.8 665.64 22.6 510.76 X̄ = 23.60 19.9 396.01 26.2 686.44 25.6 655.36 23.0 529.00 (X̄)^2 = 556.96 20.7 428.49 25.2 635.04 21.9 479.61 24.8 615.04 S^2 = 5.92 21.0 441.00 22.0 484.00 24.8 615.04 23.0 529.00 SE = √5.92 18.5 342.25 23.0 484.00 24.8 615.04 21.2 449.44 = .0230 25.5 650.25 21.0 441.00 23.0 529.00 20.6 424.36 24.4 595.36 21.6 466.56 24.8 615.04 21.8 475.24 23.8 566.44 20.4 416.16 23.6 556.96 20.6 424.36 27.2 739.84 24.8 615.04 25.0 625.00 21.8 475.24 25.2 635.04 24.0 576.00 24.0 576.00 19.2 368.64 25.4 645.16 26.8 718.24 24.4 595.36 N = 107 25.6 655.36 26.0 676.00 21.0 441.00 Σx = 2527.5 25.8 665.64 25.0 625.00 24.2 585.64 Σx^2 = 60,334.95 25.4 645.4 24.4 595.36 21.0 441.00 26.4 696.96 26.2 686.44 21.0 441.00 23.0 529.00 24.4 595.36 19.6 384.16 24.2 585.64 24.0 576.00 19.0 361.00 24.4 595.36 26.0 676.00 18.4 338.56 25.6 655.36 25.5 650.25 17.2 295.84 21.4 457.96 26.0 676.00 19.4 376.36 24.8 615.04 22.0 484.00 24.0 576.00 23.6 556.96 30.4 924.16 25.0 625.00 24.0 576.00 28.0 784.00 26.6 707.56
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APRIL
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COLEONYX VARIEGATUS TEMPS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 28.6 817.96 24.4 595.36 30.0 900.00 27.6 761.76 30.5 930.25 24.0 576.00 28.6 817.96 24.0 576.00 29.8 888.04 22.6 510.76 29.7 882.09 24.0 576.00 28.6 817.96 23.0 529.00 30.0 900.00 23.0 529.00 29.3 858.49 22.8 519.84 29.0 841.00 27.4 750.76 26.7 712.89 28.0 784.00 27.1 739.84 27.0 729.00 27.4 750.76 32.7 1069.29 24.0 576.00 22.6 510.76 24.0 576.00 24.2 585.64 23.0 529.00 26.0 676.00 22.2 492.84 24.0 576.00 20.2 408.04 19.6 383.16 27.0 729.00 24.2 585.64 26.6 707.56 26.0 676.00 26.0 676.00 27.4 750.76 N = 42 ΣX = 1092.9 Σx² = 28,802.41 X̄ = 26.02 (X̄)² = 677.04 s² = 8.94 S.E = √1.213 = .462
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MAY 28.0 815.00 242.36 30.0 800.00 261.76 30.2 790.25 256.00 28.0 815.00 273.00 28.5 808.04 280.26 28.0 804.08 294.00 28.0 815.00 296.00 30.0 800.00 298.00 28.5 808.08 298.84 28.0 804.08 250.78 28.5 815.00 251.00 35.0 738.84 284.00 25.5 730.24 284.00 29.0 806.24 284.00 34.0 275.00 281.16 28.0 210.00 284.00 28.0 284.00 284.00 28.5 288.00 284.00 28.0 273.00 296.00 55.0 495.84 296.00 34.0 275.00 296.00 50.0 408.04 296.00 16.0 385.00 296.00 25.0 285.00 288.04 28.0 207.20 288.04
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COLEONYX VARIEGATUS TEMPS (BY MONTH) JUNE x x² x x² x x² x x² x x² x x² 31.4 985.96 29.0 841.00 32.4 1049.76 26.0 676.00 29.2 852.64 30.0 900.00 28.0 784.00 28.0 784.00 30.4 924.16 29.5 870.25 25.8 665.64 31.6 998.56 31.0 961.00 27.0 729.00 31.0 961.00 N = 51 29.0 841.00 26.0 676.00 29.8 888.04 ΣX = 1474.3 29.4 864.36 27.0 729.00 28.0 784.00 ΣX² = 42,840.81 29.4 864.36 24.6 605.16 28.8 829.44 X̄ = 28.90 28.0 784.00 25.6 655.36 29.0 841.00 (X̄)² = 835.21 27.6 761.76 28.0 784.00 S² = 4.90 29.0 841.00 23.2 538.24 S.E. = √0.96 27.6 761.76 27.4 750.76 = .398 28.0 784.00 N = 42 33.0 1089.00 ΣX = 1203.3 31.8 1011.24 ΣX² = 34,664.85 29.0 841.00 28.0 784.00 26.4 696.96 28.0 784.00 31.2 973.44 29.6 876.16 31.0 961.00 30.2 912.04 33.0 1089.00 31.0 961.00 30.8 948.64 29.4 864.36 28.4 806.56 27.2 739.84 30.6 936.36
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JUNE (BY MONTH) 31.4 50.00 $84.00 26.0 58.00 $82.00 28.0 58.00 $86.00 58.2 52.80 $83.00 31.0 53.00 $84.00 59.0 56.00 $81.00 58.5 57.00 $88.00 4.95 54.00 $89.00 2.85 52.00 $38.00 2.55 58.00 $60.00 2.85 53.50 $100.00 2.50 57.40 $59.00 2.85 58.00 $60.00 25.0 50.00 $100.00 31.8 50.00 $100.00 2.85 50.00 $82.00 2.85 50.00 $86.00 4.05 50.00 $89.00 2.85 50.00 $90.00 31.5 53.00 $83.00 2.85 51.00 $67.00 31.0 50.00 $81.00 30.5 50.00 $94.00 23.0 50.00 $100.00 31.0 50.00 $61.00 30.8 50.00 $60.00 4.85 50.00 $95.00 2.85 50.00 $88.00 57.9 58.80 $188.00
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COLEONYX VARIEGATUS TEMPS (BY MONTH) JULY X X² X X² X X² X X² X X² X² X² 36.0 1296.00 36.4 1324.96 37.5 1406.25 35.8 1281.64 34.5 1190.25 33.6 1128.96 32.0 1024.00 30.2 912.04 37.0 1369.00 35.2 1239.04 34.8 1211.04 35.0 1225.00 35.8 1281.64 35.6 1267.36 n = 14 ∑X = 489.4 ∑X² = 17,157.18 X̄ = 34.95 (X̄)² = 1221.50 s² = 4.32 S.E. = 0.608 t = .555
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JULY
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COLEONYX VARIEGATUS TEMPS (BY MONTH) AUGUST x x² x x² x x² x x² x x² x x² 32.0 1024.00 29.8 888.04 34.0 1156.00 29.0 841.00 34.2 1169.64 32.0 1024.00 30.0 900.00 N = 33 35.2 1239.04 ΣX = 1066.9 33.9 1149.21 Σx² = 34,638.95 33.8 1142.44 X̄ = 32.33 33.1 1095.61 (X̄)² = 1045.22 33.5 1122.25 S² = 4.58 32.1 1030.41 S.E. = √.139 31.6 998.56 = .373 29.7 882.09 27.9 778.41 34.0 1156.00 32.8 1075.84 29.5 870.25 31.0 961.00 32.2 1036.84 34.2 1169.64 36.0 1296.00 33.6 1128.96 32.8 1075.84 31.4 985.96 36.2 1310.44 30.6 936.36 34.8 1211.04 34.8 1211.04 36.0 961.00 30.2 912.04 30.0 900.00
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AUGUST (BY MONTH) 30.0 86.28 100.00 88.0 31.0 84.11 115.00 84.0 34.5 14.Pall 92.50 94.0 30.0 P.00P 0.00 33.5 F3.PE61 1.01 33.5 12.PHII 8.00 33.8 PP.CKII 2.00 33.8 16.2P01 9.72 35.2 26.5511 1.00 35.2 (14.020) 2.00 31.0 PP.2PP 9.22 35.5 PDL.C88 0.00 35.5 IH.SCTT 1.00 34.0 04.J2JL 4.72 35.8 Y8.ZS01 6.00 39.5 26.0C7B 2.00 31.0 00.16P 9.00 35.5 H8.2C01 4.00 34.5 14.Pall 2.00 36.0 12.1F.00 0.00 33.0 0P.JS01 0.00 35.8 H8.2901 8.00 31.5 0P.2PP 9.00 36.5 HH.01BI 1.00 30.0 0E.2EF 1.00 34.8 F0.1K1 6.00 34.8 H0.11CI 1.00 31.0 00.16P 9.00 30.5 H0.CIP 4.00
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COLEONYX VARIEGATUS TEMPS (BY MONTH) SEPTEMBER x x² x x² x x² x x² x x² x x² 37.0 1369.00 36.2 1310.44 36.4 1324.96 36.0 1296.00 35.8 1281.64 32.5 1056.25 34.5 1190.25 28.5 812.25 25.5 650.25 25.8 665.64 26.0 676.00 27.0 729.00 25.5 650.25 27.0 729.00 34.0 1156.00 34.6 1197.16 32.6 1062.76 32.8 1075.84 33.0 1089.00 N = 19 Σx = 600.7 Σx² = 19,321.69 X̄ = 31.61 (X̄)² = 999.19 S² = 18.73 S.E. = √.986 = .992
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(BY MONTH) SEPTEMBER 30 1280.00 365 1310.44 304 1294.00 350 1270.00 328 1020.80 355 1020.80 343 1160.25 385 815.92 325 820.82 350 880.00 350 870.00 350 980.82 350 1080.00 346 1120.00 346 1143.16 350 1099.20 358 1072.84 330 1080.00 16 - 16 3 - 12
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COLEONYX VARIEGATUS TEMPS (BY MONTH) OCTOBER x x² x x² x x² x x² x x² x x² 32.6 1062.76 30.4 924.16 28.4 806.56 29.5 870.25 31.0 961.00 31.0 961.00 31.2 973.44 29.7 882.09 27.3 745.29 28.2 795.24 23.0 529.00 23.0 529.00 20.8 432.64 20.2 408.04 N = 14 Σx = 386.3 Σx² = 10,880.47 X̄ = 27.59 (X̄)² = 761.20 S² = 17.20 S.E. = √1.23 = 1.11
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OCTOBER 20.5 468.04 20.8 435.04 23.0 237.00 23.0 207.00 28.5 792.54 22.3 245.25 28.1 830.00 31.8 723.44 31.0 821.00 31.0 841.00 32.2 820.25 38.4 806.28 38.4 824.16 38.6 1063.76
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COLEONYX VARIEGATUS TEMPS (BY MONTH) NOVEMBER x x2 x x2 x x2 x x2 x x2 x x2 30.3 918.09 N=1 ∑x = 30.3 ∑x2 = 918.09 X̄ = 30.3 (X̄)2 = 918,09
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COLEONYX VARIEGATUS TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 22.4 501.76 21.2 449.44 26.4 696.96 30.2 912.04 30.0 900.00 23.0 529.00 25.5 650.25 22.0 484.00 28.0 784.00 30.8 948.64 29.8 888.04 23.0 529.00 26.0 676.00 21.0 441.00 32.8 1075.84 28.4 806.56 34.0 1156.00 27.0 729.00 28.0 784.00 25.5 650.25 29.5 870.25 27.2 739.84 32.6 1062.76 27.4 750.76 29.5 870.25 24.4 595.36 36.4 1324.96 32.0 1024.00 24.8 615.04 23.2 538.24 31.0 961.00 23.8 566.44 36.0 1296.00 30.2 912.04 23.0 529.00 24.6 605.16 27.6 761.76 25.2 635.04 20.8 432.64 34.2 1169.64 23.6 556.96 26.0 676.00 29.0 841.00 25.4 645.16 20.2 408.04 36.0 1296.00 25.0 625.00 25.6 655.36 32.0 1024.00 25.6 655.36 23.0 529.00 32.8 1075.84 24.0 576.00 20.8 432.64 34.0 1156.00 24.4 595.36 20.0 400.00 36.2 1310.44 24.2 585.64 23.8 566.44 33.8 1142.44 21.4 457.96 28.8 784.00 34.5 1190.25 21.0 441.00 N = 160 33.1 1095.61 24.8 615.04 23.0 441.00 25.8 665.64 21.0 441.00 Σx = 4,300.2 33.5 1122.25 24.0 576.00 21.6 466.56 27.0 729.00 18.4 338.56 Σx² = 32.1 1030.41 23.0 529.00 24.8 615.04 30.8 948.64 19.4 376.36 29.7 882.09 22.8 519.84 24.0 576.00 28.0 784.00 24.0 576.00 27.9 778.41 21.4 457.96 26.0 676.00 25.8 665.64 25.0 625.00 30.0 900.00 37.0 1369.00 22.2 492.84 25.0 625.00 29.0 841.00 25.8 665.64 28.8 829.44 36.2 1310.44 21.2 449.44 24.4 595.36 24.8 615.04 25.6 655.36 29.0 841.00 32.6 1062.76 22.2 492.84 26.2 686.44 26.8 718.24 24.8 615.04 N = 163 30.4 924.16 25.2 635.04 24.0 576.00 25.2 635.04 23.6 556.96 Σx = 4,388.00 28.4 806.56 29.8 888.04 26.0 676.00 25.8 665.64 22.0 484.00 Σx² = 1,213,884.13 31.0 961.00 29.7 882.09 26.0 676.00 29.0 841.00 23.0 529.00 X̄ = 26.92 31.0 961.00 29.0 841.00 22.0 484.00 29.2 852.64 21.2 449.44 (X̄)² = 724.68 27.3 745.29 26.7 712.89 22.6 510.76 37.0 1369.00 20.6 424.36 S² = 20.13 28.2 795.24 27.2 739.84 24.0 576.00 35.2 1239.04 19.2 368.64 S.E. = √1.23 30.3 918.09 27.4 750.76 24.2 585.64 35.0 1225.00 26.0 676.00 = .357 26.6 707.56 24.0 576.00 23.0 529.00 35.8 1281.64 24.4 595.36 34.8 1211.04 28.0 784.00 22.2 492.84 35.6 1267.36 24.0 576.00 21.6 466.56 29.6 876.16 24.0 576.00 34.8 1211.04 22.6 510.76 22.0 484.00 29.0 841.00 28.6 876.16 34.8 1211.04 24.0 576.00
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COLLECTION X MANUFACTURING LEM.P2 (BA SEX) ♂
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COLEONYX VARIEGATUS TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 34.2 1169.64 30.0 900.00 31.2 973.44 32.8 1075.84 27.0 729.00 22.0 484.00 30.5 930.25 31.0 961.00 33.0 1089.00 27.0 729.00 31.4 985.96 28.6 817.96 33.0 1089.00 24.8 615.04 25.8 665.64 29.0 841.00 28.6 817.96 31.0 961.00 24.8 615.04 32.0 1024.00 29.4 864.36 30.0 900.00 29.4 864.36 24.4 595.36 22.0 484.00 29.4 864.36 29.3 858.49 35.8 1281.64 21.0 441.00 N = 125 28.0 784.00 32.7 1069.29 34.5 1190.25 19.6 384.16 Σx = 3430.9 27.6 761.76 33.0 1089.00 33.6 1128.96 19.0 361.00 Σx² = 96,693.45 36.0 1296.00 31.8 1011.24 33.6 1128.96 17.2 295.84 36.4 1324.96 29.6 876.16 31.4 985.96 25.0 625.00 35.2 1239.04 28.0 784.00 32.5 1056.25 26.6 707.56 32.4 1049.76 33.9 1149.21 37.5 1406.25 28.5 812.25 24.6 605.16 30.4 924.16 31.6 998.56 34.0 1156.00 25.5 650.25 22.6 510.76 31.6 998.56 29.5 870.25 30.2 912.04 26.0 676.00 24.8 615.04 31.0 961.00 31.2 973.44 30.0 900.00 25.5 650.25 23.0 529.00 29.8 888.04 29.7 882.09 32.2 1036.84 27.0 729.00 21.8 475.24 28.0 784.00 21.6 466.56 35.8 1281.64 30.4 924.16 20.6 424.36 N = 131 19.9 396.01 23.0 529.00 26.4 696.96 21.8 475.24 Σx = 3614.1 20.7 428.49 23.0 529.00 27.0 729.00 27.0 729.00 Σx² = 102,298.97 18.5 342.25 23.8 566.44 25.6 655.36 24.2 585.64 x̄ = 27.58 27.2 739.84 26.0 686.44 21.9 479.61 26.6 707.56 (x̄)² = 760.65 25.8 665.64 25.2 635.04 19.6 383.16 26.0 676.00 S² = 20.41 25.4 645.16 22.0 484.00 30.6 936.36 27.4 750.76 SE = √.156 26.4 696.96 22.0 484.00 28.0 784.00 27.6 761.76 = .395 23.0 529.00 20.4 416.16 34.8 1211.04 24.0 576.00 24.2 585.64 26.8 718.24 30.6 936.36 22.8 519.64 24.6 605.16 24.4 595.36 31.0 961.00 27.4 750.76 23.6 556.96 25.5 650.25 30.2 912.04 28.0 784.00 21.6 466.56 26.0 676.00 29.0 841.00 28.0 784.00 28.6 817.96 20.2 408.04 34.6 1197.16 25.6 655.36
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COLEONYX VARIEGATUS TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 34.2 1169.64 29.5 870.25 24.2 585.64 28.0 784.00 23.0 441.00 30.8 948.64 22.4 501.76 31.0 961.00 24.4 595.36 33.0 1089.00 21.6 466.56 29.4 864.36 25.5 650.25 31.0 961.00 24.6 605.16 29.6 876.16 20.4 416.16 28.4 806.56 22.0 484.00 31.2 973.44 21.4 457.96 31.8 1011.24 24.8 615.04 27.2 739.84 31.4 885.96 29.7 882.09 24.8 615.04 29.0 841.00 24.0 576.00 35.8 1281.64 26.0 676.00 27.3 745.29 23.6 556.96 29.6 876.16 26.8 718.24 34.5 1190.25 28.0 784.00 28.2 795.24 24.0 576.00 28.0 784.00 26.0 676.00 33.6 1128.96 29.5 870.25 30.3 918.09 23.0 529.00 26.4 696.96 25.0 625.00 32.0 1024.00 31.0 961.00 26.6 707.56 22.8 519.84 28.0 784.00 24.4 595.36 30.2 912.04 29.0 841.00 34.8 1211.04 21.6 466.56 32.5 1066.25 26.2 686.44 34.2 1169.64 29.4 864.36 21.6 466.56 21.4 457.96 34.0 1156.00 24.4 595.36 36.0 1296.00 29.4 864.36 22.0 484.00 22.2 492.84 32.8 1075.84 24.0 576.00 33.6 1128.96 28.0 784.00 21.2 449.44 21.2 449.44 29.5 870.25 26.0 676.00 32.8 1075.84 27.6 761.76 22.0 484.00 22.2 492.84 30.0 900.00 25.5 650.25 31.4 985.96 29.0 841.00 21.6 466.56 28.6 817.96 32.2 1036.84 26.0 676.00 36.2 1310.44 27.6 761.76 19.9 396.01 30.0 900.00 36.4 1324.96 22.0 484.00 32.5 1056.25 36.0 1296.00 20.7 428.49 30.5 930.25 36.0 1296.00 22.6 510.76 34.5 1190.25 36.4 1324.96 21.0 441.00 28.6 817.96 35.8 1281.64 24.0 576.00 28.5 812.25 35.2 1239.04 18.5 342.25 25.2 635.04 23.0 529.00 24.2 585.64 25.5 650.25 33.9 1149.21 25.5 650.25 29.8 888.04 23.0 529.00 23.0 529.00 25.8 665.64 33.8 1142.44 24.4 595.36 29.7 882.09 20.8 432.64 26.0 676.00 26.0 676.00 33.1 1095.61 23.8 566.44 28.6 817.96 20.2 408.04 22.2 492.84 27.0 729.00 33.5 1122.25 27.2 739.84 30.0 900.00 23.8 566.44 24.0 576.00 25.5 650.25 32.1 1030.41 25.2 635.04 29.3 858.49 23.0 529.00 20.2 408.04 27.0 729.00 31.6 998.56 25.4 645.16 29.0 841.00 20.0 400.00 31.2 973.44 30.8 948.64 29.7 882.09 25.6 655.36 26.7 712.89 28.0 784.00 29.6 876.16 30.4 924.16 27.9 778.41 25.8 665.64 27.2 739.84 26.2 686.44 31.0 961.00 28.0 784.00 36.2 1310.44 25.4 645.16 27.4 750.76 25.2 635.04 30.2 912.04 25.8 665.64 30.4 924.16 26.4 696.96 32.7 1069.29 22.0 484.00 33.0 1089.00 26.4 696.96 28.4 806.56 23.0 529.00 24.0 576.00 22.0 484.00 31.0 961.00 29.0 841.00
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COLEONYX VARIEGATUS TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 24.8 615.04 24.8 615.04 21.8 475.24 N=271 26.8 718.24 23.6 556.96 19.2 368.64 ΣX=7320.5 27.0 729.00 25.0 625.00 27.0 729.00 Σx²=203,214.79 25.2 635.04 24.0 576.00 24.2 585.64 25.8 665.64 24.4 595.36 26.0 676.00 25.6 655.36 21.0 441.00 26.0 676.00 32.4 1049.76 21.9 479.61 24.2 585.64 24.4 595.36 30.0 900.00 N=280 19.6 383.16 21.0 441.00 27.6 761.76 30.4 924.16 ΣX=7591.5 30.6 936.36 21.0 441.00 24.0 576.00 31.6 998.56 Σx²=211,390.75 29.0 841.00 19.6 384.16 24.0 576.00 31.0 961.00 X̄ = 27.11 29.2 852.64 19.0 361.00 22.6 510.76 29.8 888.04 (X̄)²=734.95 28.0 784.00 18.4 338.56 23.0 529.00 28.0 784.00 S²=20.09 37.0 1369.00 17.2 295.84 23.0 529.00 28.8 829.44 SE=√.072 35.2 1239.04 19.4 376.36 22.8 519.64 29.0 841.00 = .268 34.8 1211.04 24.0 576.00 27.4 750.56 35.0 1225.00 25.0 625.00 27.0 729.00 35.8 1281.64 26.6 707.56 25.8 665.64 35.6 1267.36 25.0 625.00 27.0 729.00 30.6 936.36 25.8 665.64 27.0 729.00 34.8 1211.04 25.6 655.36 25.6 655.36 34.8 1211.04 24.8 615.04 28.0 784.00 31.0 961.00 23.6 556.96 23.2 538.24 30.2 912.04 24.6 605.16 24.6 605.16 30.0 900.00 22.0 484.00 26.0 676.00 29.8 888.04 23.0 529.00 32.0 1024.00 29.0 841.00 24.8 615.04 22.0 484.00 34.0 1156.00 23.0 529.00 23.8 566.44 34.6 1197.16 21.2 449.44 20.8 432.64 32.6 1062.76 20.6 424.36 25.6 655.36 24.8 615.04 21.8 475.24 24.8 615.04 20.6 424.36
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ADULT X₁ X₂ X₃ X₄ X₅ X₆ X₇ X₈ 54.8 20.94 51.8 7.45 30.8 40.20 612.04 548 9.0 45.88 3.3 0.85 238.09 29.99 19.3 40.254 550 45.00 0.20 0.20 0.20 0.20 0.20 0.20 522 80.20 0.40 0.40 0.40 0.40 0.40 0.40 528 69.23 4.40 4.40 4.40 4.40 4.40 4.40 526 28.20 0.10 0.10 0.10 0.10 0.10 0.10 379 43.21 5.40 5.40 5.40 5.40 5.40 5.40 191 288.36 0.10 0.10 0.10 0.10 0.10 0.10 1.05 738.36 21.0 21.0 21.0 21.0 21.0 21.0 2.50 248.00 0.00 0.00 0.00 0.00 0.00 0.00 585 832.64 19.0 19.0 19.0 19.0 19.0 19.0 580 788.00 18.4 18.4 18.4 18.4 18.4 18.4 350 1368.00 -5.41 -5.41 -5.41 -5.41 -5.41 -5.41 328 1538.96 14.91 14.91 14.91 14.91 14.91 14.91 348 1071.00 24.0 24.0 24.0 24.0 24.0 24.0 360 1737.00 0.20 0.20 0.20 0.20 0.20 0.20 828 1589.64 26.0 26.0 26.0 26.0 26.0 26.0 332 1527.20 0.26 0.26 0.26 0.26 0.26 0.26 309 982.20 8.24 8.24 8.24 8.24 8.24 8.24 348 1511.04 2.26 2.26 2.26 2.26 2.26 2.26 348 1511.04 8.46 8.46 8.46 8.46 8.46 8.46 370 891.00 2.20 2.20 2.20 2.20 2.20 2.20 385 105.00 0.40 0.40 0.40 0.40 0.40 0.40 360 900.00 2.50 2.50 2.50 2.50 2.50 2.50 8.95 858.00 0.80 0.80 0.80 0.80 0.80 0.80 786 841.00 24.8 24.8 24.8 24.8 24.8 24.8 349 1138.00 0.50 0.50 0.50 0.50 0.50 0.50 349 1138.00 21.5 21.5 21.5 21.5 21.5 21.5 359 1693.70 2.0 2.0 2.0 2.0 2.0 2.0 548 20.94 51.8 7.45 30.8 40.20 612.04 548
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COLEONYX VARIEGATUS TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 32.0 1024.00 34.0 1156.00 37.0 1369.00 32.6 1062.76 30.2 912.04 32.8 1075.84 33.0 1089.00 23.0 529.00 22.6 510.76 26.6 707.56 27.4 750.76 24.0 576.00 28.0 784.00 27.4 750.76 N = 14 ∑X = 410.6 ∑x² = 12,297.48 X̄ = 29.32 (X̄)² = 859.66 S² = 20.17 S.E. = √1.44 = 1.20
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IMMATURE
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COLEONYX VARIEGATUS TEMPS (BY AGE) JUVENILE
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Enotaphytus wisizeni
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Crotaphytus wislizeni
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Crotaphytus wislizeni Temps (by month) MARCH X X² 36,4 1324,96 37,5 1406,25 N = 2 ΣX = 73,9 Σx² = 2731,21 X̄ = 36,95 (X̄)² = 1365,30
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[illegible] (1st month) UVA/USCH NP PDE PDE PDE -01 PCE = 63 16,15.28 = 4.2 79.25 = 7 22:3281 = ?
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Crotaphytus wislizeni Temps (by month) APRIL x x² x x² 41.0 1681.00 38.8 1505.44 39.9 1592.01 36.8 1354.24 39.6 1568.16 36.0 1296.00 33.4 1115.56 41.0 1681.00 42.2 1780.84 N = 9 Σx = 348.7 Σx² = 13,574.25 X̄ = 38.74 (X̄)² = 1500.78
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Crotaphytus wislizeni Temps (by month) MAY x x² 39.0 1521.00 39.2 1536.64 36.4 1324.96 33.0 1089.00 36.4 1324.96 39.2 1536.64 39.8 1584.04 38.0 1444.00 39.0 1521.00 40.6 1648.36 N = 10 Σx = 380.6 Σx² = 14530.6 x̄ = 38.06 (x̄)²=1448.56
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YAM
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Crotaphytus wislizeni Temps (by month) JUNE x x² x x² 39.6 1568.16 42.2 1780.84 40.6 1648.36 36.9 1361.61 40.0 1600.00 44.0 2116.00 41.2 1697.44 44.6 1989.16 44.6 1989.16 42.2 1780.84 39.5 1560.25 N = 11 Σx = 457.4. Σx² = 19,091.82 X̄ = 41.58 (X̄)² = 1728.89
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Crotaphytus wislizeni Temps (by month) JULY x x² x x² 38.3 1466.89 37.4 1398.76 36.2 1310.44 41.4 1713.96 41.6 1730.56 40.2 1616.04 40.2 1616.04 41.0 1681.00 36.1 1303.21 N = 9 Σx = 352,4 Σx² = 13,836.9 X̄ = 39,15 (X̄)² = 1532.72
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0012
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Crotaphytus wislizeni Temps (by month) AUGUST x x² 39.1 1528.81 40.4 1632.16 35.6 1267.36 36.0 1296.00 38.0 1444.00 37.4 1398.76 39.8 1584.04 41.2 1697.44 41.6 1681.00 40.6 1648.36 41.0 39.5 1560.25 38.8 1505.44 38.8 1505.44 39.0 1521.00 N = 14 Σx = 545.2 Σx² = 21,270.06 X̄ = 38.94 (X̄)² = 1516.32 43.0
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Crotaphytus wislizeni Temps (by month) SEPTEMBER x x² 37.5 1406.25 37.8 1428.84 N = 2 ∑x = 75,3 ∑x² = 2835.09 X̄ = 37,65 (X̄)² = 1417,52 41,8 39,0
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September
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Crotaphytus wislizeni Temps (by month) October x x² 38.9 1513,21 N=1 ΣX = 38.9 ΣX² = 1513,21 X̄ = 38.9 (X̄)² = 1513,21 39.0 42.0
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October
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Crotaphytus wislizeni Temps (by sex) ♂ x x² x x² 38.3 1466.89 36.4 1324.96 X̄ = 39.75 38.8 1505.44 (X̄)² = 1580.06 39.9 1592.01 39.6 1568.16 43.0 39.0 1521.00 41.8 39.2 1536.64 39.0 42.2 1780.84 40.6 1648.36 36.9 1361.61 37.5 1406.25 41.2 1697.44 44.6 1989.16 44.6 1989.16 41.4 1713.96 41.6 1730.56 38.0 1444.00 39.8 1584.04 41.0 1681.00 36.1 1303.21 43.0 1849.00 38.8 1505.44 37.8 1428.84 36.4 1324.96 39.0 1521.00 42.2 1780.84 39.5 1560.25 N = 27 Σx = 1073.4 Σx² = 42,815.02
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Crotaphytus wislizeni Temps (by sex) ♀ x x² x x² 39.1 1528.81 N = 30 40.4 1632.16 Σx = 1161.5 37.5 1406.25 Σx² = 45,175.87 38.9 1513.21 X̄ = 38.71 36.8 1354.24 (X̄)² = 1498.46 36.0 1296.00 36.4 1324.96 39.0 39.6 1568.16 42.0 37.4 1398.76 36.2 1310.44 35.6 1267.36 33.4 1115.56 40.0 1600.00 36.0 1296.00 33.0 1089.00 46.0 2116.00 40.2 1616.04 40.2 1616.04 41.0 1681.00 37.4 1398.76 41.2 1697.44 41.0 1681.00 40.6 1648.36 42.2 1780.84 38.8 1505.44 39.2 1536.64 39.8 1584.04 38.0 1444.00 40.6 1648.36 39.0 1521.00
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Crotaphytus wislizeni Temps (by age) ADULT x x² x x² 41.0 1681.00 44.6 1989.16 38.3 1466.89 41.4 1713.96 39.1 1528.81 41.6 1730.56 40.4 1632.16 40.2 1616.04 37.5 1406.25 40.2 1616.04 38.9 1513.21 41.0 1681.00 36.4 1324.96 38.0 1444.00 38.8 1505.44 37.4 1398.76 39.9 1592.01 39.8 1584.04 36.8 1354.24 41.2 1697.44 39.6 1568.16 41.0 1681.00 36.0 1296.00 40.6 1648.36 39.0 1521.00 41.0 1681.00 39.2 1536.64 42.2 1780.84 36.4 1324.96 39.2 1536.64 39.6 1568.16 39.8 1584.04 42.2 1780.84 38.0 1444.00 40.6 1648.36 39.0 1521.00 36.9 1361.61 40.6 1648.36 37.4 1398.76 42.2 1780.84 36.2 1310.44 39.5 1560.25 35.6 1267.36 39.0 1521.00 33.4 1115.56 N = 52 40.0 1600.00 Σx = 2045.00 36.0 1296.00 Σx² = 80,755.00 37.5 1406.25 X̄ = 39.32 33.0 1089.00 (X̄)² = 1546.06 46.0 2116.00 41.2 1697.44 43.0 44.6 1989.16
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(2018) TJUGR
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Crotaphytus wislizeni Temps. (By Age) Immature X X² X X² 36.4 1324.96 N = 1 ∑x = 36.4 ∑x² = 1324.96 X̄ = 36.4 X̄² = 1324.96 42.0
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(>8A >B) I was here
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Crotaphytus wislizeni Temps (by age) JUVENILE ADULT x x² x x² 36.1 1303.21 43.0 1849.00 38.8 1505.44 38.8 1505.44 37.8 1428.84 N = 5 Σx = 194.5 Σx² = 7591.93 X̄ = 38.90 (X̄)² = 1513.21 41.8 39.0 39.0
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Glyceroldehyde 3-phosphate (see p.10) SUMMARY 3.14 0.28 0.25
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Crotaphytus wislizeni Temps TEMP(°C) No. of Animals No Chase 19 20 21 22 23 24 25 26 27 28 29 30 31 32 || 33 34 35 IIII 36 IIII 37 II 38 IIII 39 IIII 40 IIII 41 IIII 42 III 43 44 45 | 46
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CLOACAL TEMP Crotophagus wisizeni
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Time Crotaphytus wislizeni are active (by month) TIME JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC 0500 0530 0600 0630 0700 0730 0800 0830 0900 0930 1000 1030 1100 1130 1200 1230 1300 1330 1400 1430 1500 1530 1600 1630 1700 1730 1800 1830 1900
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Diplosaurus dorsalis
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Diprosaurus dorsalis IRIS INSERTABLE INDEX SETS I.R. - 13 8½ x 11
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DIPSAURUS DORSALIS MORNING- AFTERNOON TEMPERATURES JUNE 9-12, 1960 MORNING AFTERNOON 41.4 40.7 40.6 39.8 43.6 41.0 40.8 45.2 42.0 39.6 40.4 40.5 37.4 37.0 41.2 40.2 40.6 43.0 39.6 41.6 42.6 40.6 38.2 41.4 40.6 42.0 38.6 42.2 41.9 41.4 N=36 41.0 N=25 43.2 TOTAL= 1472.5 40.5 TOTAL= 1028.4 42.8 x̄ = 40.9 40.2 x̄ = 41.1 40.8 42.6 41.6 41.0 40.8 41.6 40.4 39.5 40.0 41.8 39.6 41.8 41.2 40.6 41.8 42.4 41.2 40.0 41.2 42.0 41.4 42.0 42.4 38.6 39.8 41.4
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140485 3719721 [illegible]
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Dipsosaurus dorsalis Measurements made 8/3/64 Burrow Temp. - 36.8°C Air Temp. (1m) - 38.2°C Air Temp. (1cm) - 44.8°C Soil surface temp. - 62.0°C (6in) Burrow depth - 15 cm. (6in) Sex of lizard - ♂ S-V length - 122 mm. Time start - 1130 Air Temp. (1m) - 37.4°C Air Temp. (1cm) - 42.0°C Soil surface temp. - 62.0°C Burrow depth - 63 cm. (25in) Sex of lizard - ♂ S-V length - 120 mm. Time start - 1122
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Proportion of Dipsosaurus Captured at Different Cloacal Temperatures (Through Feb. 1963) Glamis Palm Springs Dale Lake Temp.(°C) No. % No. % No. % 30 0 0 2 1 0 0 31 0 0 0 0 0 0 32 0 0 1 0 0 0 33 0 0 0 0 0 0 34 1 1 1 0 0 0 35 0 0 0 0 0 0 36 0 0 0 0 1 1 37 1 1 3 1 0 0 38 2 3 8 4 4 4 39 5 8 13 7 9 10 40 9 14 36 20 20 21 41 17 27 41 23 25 27 42 11 17 36 20 17 18 43 8 13 23 13 9 10 44 6 10 10 6 6 6 45 0 0 4 2 3 3 46 2 3 0 0 0 0 47 1 1 0 0 0 0 N 63 178 94 ∑N = 335
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(Thermal P.E. 182) No. Temp (°C) No. Chamis No. Palm Springs No. Date Lake 0 26 0 0 5 1 0 0 0 31 0 0 0 0 0 0 0 35 0 0 1 0 0 0 0 33 0 0 0 0 0 0 1 34 1 1 1 0 0 0 0 32 0 0 0 0 0 0 0 36 0 0 0 0 1 1 1 35 1 1 3 1 0 0 3 38 5 3 8 4 4 4 2 39 8 2 13 7 9 10 9 40 14 9 30 30 30 31 11 41 11 11 41 53 32 33 11 45 13 11 36 50 13 18 8 43 13 8 33 13 9 10 6 44 10 6 10 9 9 9 0 42 0 0 4 5 3 3 5 40 3 5 0 0 0 0 1 45 1 1 0 0 0 0 N = 232
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Dipsosaurus dorsalis Temps. (By Month) February x x² 39.4 1552.36 N = 1 Σx = 39.4 Σx² = 1552.36 X̄ = 39.4 (X̄)² = 1552.36
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February 5x x 32,2221 +1.85
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Dipsosaurus Temps (By Month) March X X² X X² X X² X X² X X² X X² 38.0 1444.00 38.5 1482.25 38.4 1474.56 40.5 1640.25 38.2 1459.24 39.0 1521.00 38.4 1474.56 39.0 1521.00 39.5 1560.25 39.5 1560.25 40.4 1632.16 38.9 1513.21 37.0 1369.00 41.0 1681.00 38.4 1474.56 N = 15 ΣX = 584.7 ΣX² = 22,807.29 X̄ = 38.98 X̄² = 1519.44 S² = 1.12 S.E. = √.075 = .274
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(Atom 2B) A370M X X X X X X X X X X X X X X X 14.64+1 0.38 14.82+2 3.82 14.48+2 38.4 14.02+2 2.09 14.25+4 5.82 12.06+5 0.38 14.52+2 32.4 12.41+0 0.38 12.02+2 2.86 12.02+2 2.38 19.18+1 4.14 15.61+4 3.82 49.28+6 3.0 40.80+1 0.14 42.48+1 4.88 n = 17 X̄ = 18.35 ΣX = 311.95 X̄ = 18.35 ΣX² = 6214.42 X̄ = 18.35 SS = 130.2
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Dipsosaurus Temps (By Month) April X X² X X² X X² X X² X X² X X² 39.2 1536.69 39.8 1584.04 43.0 1849.00 37.6 1413.76 38.0 1444.00 39.0 1521.00 41.0 1681.00 43.0 1849.00 29.6 876.16 39.5 1560.25 41.2 1697.44 40.0 1600.00 39.5 1560.25 41.8 1747.24 40.0 1600.00 40.0 1600.00 40.0 1600.00 40.5 1640.25 38.4 1474.56 40.8 1664.64 38.2 1459.24 37.0 1369.00 39.8 1584.04 39.4 1552.36 38.2 1459.24 42.0 1764.00 39.6 1568.16 41.0 1681.00 39.2 1536.64 38.4 1474.56 40.1 1608.01 41.8 1747.24 38.6 1489.96 39.5 1560.25 40.4 1632.16 44.2 1953.64 42.0 1764.00 38.0 1444.00 40.5 1640.25 35.8 1281.64 39.7 1576.09 42.4 1797.76 39.6 1568.16 40.0 1600.00 40.0 1600.00 38.6 1489.96 35.9 1288.81 39.6 1568.16 42.0 1764.00 39.0 1521.00 40.5 1640.25 42.2 1780.84 41.7 1738.89 42.2 1780.84 39.4 1552.36 40.6 1648.36 42.8 1831.84 42.8 1831.84 41.2 1697.44 35.4 1253.16 41.8 1747.24 39.4 1552.36 42.0 1764.00 42.4 1797.76 41.5 1722.25 41.5 1722.25 41.0 1681.00 39.0 1521.00 41.5 1722.25 41.0 1681.00 40.0 1600.00 36.0 1296.00 43.0 1849.00 37.0 1369.00 40.4 1632.16 42.6 1814.76 39.4 1552.36 39.0 1521.00 40.4 1632.16 42.2 1780.84 40.4 1632.16 41.4 1713.96 40.6 1648.36 42.6 1814.76 39.7 1576.09 41.8 1747.24 42.0 1764.00 N = 111 39.3 1544.49 39.2 1536.69 41.0 1681.00 ΣX = 4,456.4 41.7 1738.89 41.0 1681.00 40.4 1632.16 ΣX² = 179,372.7 40.9 1672.81 41.2 1697.44 37.5 1406.25 X̄ = 40.14 40.0 1600.00 38.4 1474.56 40.8 1664.64 (X̄)² = 1611.21 41.8 1747.24 40.0 1600.00 41.6 1730.56 S² = 4.81 41.4 1713.96 40.8 1664.64 40.2 1616.04 S.E. = √0.043 40.0 1600.00 40.6 1648.36 39.6 1568.16 = .207 40.8 1664.64 43.2 1866.24 34.2 1169.64
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DIPSOSAURUS TEMPS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 40.6 1648.36 43.1 1857.64 N = 62 38.4 1474.56 41.0 1681.00 Σx = 2491.4 39.5 1560.25 40.7 1656.49 Σx² = 100,485.52 40.6 1648.36 42.1 1772.41 X̄ = 40.18 42.2 1780.84 40.7 1656.49 (X̄)² = 1614.43 41.2 1697.44 38.5 1482.25 S² = 6.41 40.8 1664.64 41.6 1730.56 S.E. = √1.03 39.8 1584.04 39.6 1568.16 = .321 38.0 1444.00 41.4 1713.96 42.8 1831.84 42.8 1831.84 39.8 1584.04 39.0 1521.00 40.6 1648.36 37.6 1413.76 43.4 1883.56 39.0 1521.00 40.2 1616.04 46.5 1722.25 41.2 1697.44 41.8 1747.25 40.0 1600.00 41.0 1681.00 39.2 1536.64 41.5 1722.25 40.7 1656.49 41.8 1747.24 40.1 1608.01 37.4 [illegible] 1398.76 43.7 1909.69 41.0 1681.00 33.6 1128.96 38.6 1489.96 40.4 1632.16 41.2 1697.44 40.8 1664.64 41.2 1697.44 47.0 2209.00 40.0 1600.00 44.0 1936.00 39.8 1584.04 39.4 1552.36 42.0 1764.00 31.6 998.56 38.6 1489.96 30.0 900.00 38.6 1489.96 39.4 1552.36 36.1 1303.21 41.2 1697.44 40.0 1600.00 42.6 1814.76 39.4 1552.36
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YAM [illegible]
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DIPSOSAURUS TEMPS (BY MONTH) JUNE x x² x x² x x² x x² x x² x x² 42.1 1772.41 37.4 1398.76 38.6 1489.96 45.0 2025.00 41.0 1681.00 40.2 1616.04 37.0 1369.00 41.8 1747.24 41.2 1697.44 39.6 1568.16 40.6 1648.36 44.6 1989.16 43.0 1849.00 40.6 1648.36 41.6 1730.56 45.6 2079.36 40.2 1616.04 40.6 1648.36 38.2 1459.24 44.6 1989.16 41.0 1681.00 42.2 1780.84 42.0 1764.00 35.2 1239.04 39.4 1552.36 41.4 1713.96 40.2 1616.04 36.8 1354.24 41.4 1713.96 43.2 1866.24 40.5 1640.25 40.3 1624.09 40.6 1648.36 42.8 1831.84 42.0 1764.00 39.3 1544.49 41.0 1681.00 40.8 1664.64 42.0 1764.00 40.4 1632.16 42.0 1764.00 41.6 1730.56 41.5 1722.25 N = 103 40.5 1640.25 42.4 1797.76 43.4 1883.56 Σx = 4234.7 39.8 1584.04 40.8 1664.64 42.0 1764.00 Σx² = 174,576.93 41.2 1697.44 40.4 1632.16 41.6 1730.56 X̄ = 41.13 43.0 1849.00 40.0 1600.00 37.0 1369.00 (X̄)² = 1691.67 40.8 1664.64 38.6 1568.16 41.4 1713.96 S² = 3.28 39.6 1568.16 41.2 1697.44 41.4 1713.96 S.E. = √.032 42.6 1814.76 41.8 1747.24 42.4 1797.76 = .179 41.4 1713.96 41.2 1697.44 41.0 1681.00 41.4 1713.96 41.2 1697.44 41.8 1747.24 38.6 1489.96 41.2 1697.44 41.8 1747.24 41.9 1755.61 41.4 1713.96 43.6 1900.96 41.0 1681.00 42.4 1797.76 38.0 1444.00 40.5 1640.25 39.8 1584.04 40.0 1600.00 40.2 1616.04 41.4 1713.96 42.2 1780.84 42.6 1814.76 40.7 1656.49 42.2 1780.84 41.0 1681.00 43.6 1900.96 41.5 1722.25 41.6 1730.56 45.2 2043.04 40.5 1640.25 39.5 1560.25 40.4 1632.16 39.5 1560.25 41.8 1747.24 40.0 1600.00 43.0 1849.00 41.8 1747.24 42.0 1764.00 43.4 1883.56 40.6 1648.36 42.0 1764.00 42.2 1780.84
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JUNE X + X - X - X - X - X - X - X - X - X - X - X 43.1-1268700 5.04 186.04 1268904 5.04 186.04 5.04 1269108 43.0-1269108 5.04 186.08 1269300 5.04 186.12 5.04 1269504 43.0-1269504 5.04 186.16 1269708 5.04 186.20 5.04 1269912 43.0-1269912 5.04 186.24 1270116 5.04 186.28 5.04 1270320 43.0-1270320 5.04 186.32 1270524 5.04 186.36 5.04 1270728 43.0-1270728 5.04 186.40 1270932 5.04 186.44 5.04 1271136 43.0-1271136 5.04 186.48 1271340 5.04 186.52 5.04 1271544 43.0-1271544 5.04 186.56 1271748 5.04 186.60 5.04 1271952 43.0-1271952 5.04 186.64 1272156 5.04 186.68 5.04 1272360 43.0-1272360 5.04 186.72 1272564 5.04 186.76 5.04 1272768 43.0-1272768 5.04 186.80 1272972 5.04 186.84 5.04 1273176 43.0-1273176 5.04 186.88 1273380 5.04 186.92 5.04 1273584 43.0-1273584 5.04 186.96 1273788 5.04 187.00 5.04 1273992 43.0-1273992 5.04 187.04 1274196 5.04 187.08 5.04 1274400 43.0-1274400 5.04 187.12 1274604 5.04 187.16 5.04 1274808 43.0-1274808 5.04 187.20 1275012 5.04 187.24 5.04 1275216 43.0-1275216 5.04 187.28 1275420 5.04 187.32 5.04 1275624 43.0-1275624 5.04 187.36 1275828 5.04 187.40 5.04 1276032 43.0-1276032 5.04 187.44 1276236 5.04 187.48 5.04 1276440 43.0-1276440 5.04 187.52 1276644 5.04 187.56 5.04 1276848 43.0-1276848 5.04 187.60 1277052 5.04 187.64 5.04 1277256 43.0-1277256 5.04 187.68 1277460 5.04 187.72 5.04 1277664 43.0-1277664 5.04 187.76 1277868 5.04 187.80 5.04 1278072 43.0-1278072 5.04 187.84 1278276 5.04 187.88 5.04 1278480 43.0-1278480 5.04 187.92 1278684 5.04 187.96 5.04 1278888
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DIPSOSAURUS TEMPS (BY MONTH) JULY x x² x x² x x² x x² x x² x x² 42.0 1764.00 46.0 1681.00 43.4 1883.56 43.0 1849.00 41.8 1747.24 41.6 1730.56 39.8 1584.04 44.1 1944.81 42.0 1764.00 41.4 1713.96 42.8 1831.84 44.0 1936.00 42.8 1831.84 41.4 1713.96 40.8 1664.64 42.0 1764.00 39.2 1536.64 39.8 1584.04 43.0 1849.00 40.0 1600.00 44.8 2007.04 43.7 1909.69 40.2 1616.04 43.6 1900.96 43.8 1918.44 42.0 1764.00 43.4 1883.56 38.1 1451.61 42.8 1831.84 44.5 1980.25 43.6 1900.96 40.5 1640.25 42.8 1831.84 44.2 1998.09 40.6 1648.36 44.0 1936.00 43.5 1892.25 40.2 1616.04 43.6 1900.96 43.2 1866.24 41.8 1747.24 N = 75 43.6 1900.96 42.0 1764.00 Σx = 3164.00 42.0 1764.00 41.5 1722.25 Σx² = 133,672.86 44.6 1989.16 42.8 1831.84 X̄ = 42.18 40.8 1664.64 40.8 1664.64 (X̄)² = 1779.15 44.0 1936.00 42.5 1806.25 S² = 3.20 40.1 1608.01 42.4 1797.76 SE = √.043 38.8 1505.44 43.7 1909.69 = .207 41.6 1730.56 44.5 1980.25 41.8 1747.24 44.8 2007.04 43.2 1866.24 44.8 2007.04 44.2 1953.64 43.8 1918.44 42.7 1823.29 39.4 1552.36 40.0 1600.00 41.6 1730.56 41.0 1681.00 42.6 1814.76 40.0 1600.00 41.0 1681.00 40.8 1664.64 41.0 1681.00 42.4 1797.76 41.9 1755.61
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DISCOAURUS TEMPS (B.WORTH) 201-Y
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DIPSOSAURUS TEMPS (BY MONTH) AUGUST x x² x x² x x² x x² x x² x x² 40.6 1648.36 41.2 1697.44 42.0 1764.00 40.2 1616.04 41.1 1689.21 41.6 1730.56 40.0 1600.00 41.9 1755.61 43.0 1849.00 41.9 1755.61 40.9 1672.81 40.2 1616.04 42.2 1780.84 41.4 1713.96 42.2 1780.84 37.5 1406.25 38.4 1552.36 39.0 1521.00 42.0 1764.00 40.0 1600.00 41.2 1697.44 40.2 1616.04 43.8 1918.44 42.0 1764.00 43.0 1849.00 44.2 1953.64 N = 68 39.6 1568.16 43.4 1883.56 Σx = 2847.1 43.7 1909.69 41.7 1738.89 Σx² = 119,381.45 44.6 1989.16 41.6 1730.56 X̄ = 41.86 42.2 1780.84 42.0 1764.00 (X̄)² = 1752.25 40.6 1648.36 43.8 1918.44 S² = 3.41 46.0 2116.00 41.3 1705.69 s.ē. = √0.050 44.0 1936.00 41.4 1713.96 = .224 44.0 1936.00 42.0 1764.00 46.0 2116.00 41.3 1705.69 43.0 1849.00 40.8 1664.64 39.4 1552.36 42.8 1831.84 40.8 1664.64 44.0 1936.00 41.2 1697.44 41.0 1681.00 42.6 1814.76 42.6 1914.76 40.0 1600.00 41.5 1722.25 41.2 1697.44 39.9 1592.01 41.3 1705.69 44.0 1936.00 42.8 1831.84 43.0 1849.00 42.4 1797.76 44.0 1936.00 40.2 1616.04 42.5 1806.25 43.2 1866.24 41.0 1681.00
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AUGUST DIP20 SAURUS TEMPS (OR MONTH) 00.14 0.54 14.8931 5.14 22.8931 0.14 00.08 0.14 15.8931 1.14 70.141 5.04 00.14 0.54 16.2291 2.14 00.000 0.04 00.14 5.04 18.5531 9.04 18.2291 9.14 18.0891 5.04 18.5531 9.14 18.0891 5.54 00.54 3.0 18.5531 4.84 22.0891 5.54 18.5531 5.14 18.0000 0.04 00.1431 0.54 00.1431 0.54 18.8191 8.54 18.0191 5.04 [illegible] 22.5531 2.14 18.0000 8.54 22.8931 0.54 18.8931 5.14 18.0000 8.14 18.0000 5.54 18.5531 0.14 18.0000 2.14 18.0000 0.54 00.54 0.54 18.0000 8.14 18.0000 0.54 18.5531 0.14 18.0000 2.14 18.0000 0.54 18.5531 5.14 18.0000 8.54 18.0000 5.54 00.54 0.54 18.0000 2.14 18.0000 0.54 18.5531 5.14 18.0000 8.54 18.0000 5.54 00.54 0.54 18.0000 2.14 18.0000 0.54 18.5531 5.14 18.0000 8.54 18.0000 5.54
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DIPSOSAURUS TEMPS (BYMONTN) SEPTEMBER x x² x x² x x² x x² x x² x x² 41.4 1713.96 43.0 1849.00 43.0 1849.00 43.6 1900.96 42.0 1764.00 N = 33 41.4 1713.96 Σx = 1380.8 41.8 1742.24 Σx² = 57,876.1 36.0 1296.00 X̄ = 41.84 38.0 1444.00 (X̄)² = 1750.58 44.0 1936.00 S² = 3,34 43.5 1892.25 S.E. = √.101 42.0 1764.00 = .318 43.0 1849.00 41.6 1730.56 40.6 1648.36 38.5 1482.25 42.0 1764.00 42.0 1764.00 39.8 1584.04 41.8 1747.24 43.0 1849.00 41.0 1681.00 40.8 1664.64 43.2 1866.24 41.0 1681.00 43.4 1883.56 44.0 1936.00 43.8 1918.44 42.2 1780.84 42.0 1764.00 42.0 1764.00 42.0 1764.00 43.4 1883.56
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SEPTEMBER 0.14 128.30 0.84 128.00 0.74 150.00 2.54 128.00 0.54 128.00 0.54 128.00 0.14 131.00 0.14 131.00 0.14 124.00 0.14 124.00 0.64 124.00 0.64 124.00 0.84 144.00 0.84 144.00 0.44 164.00 0.44 164.00 2.84 184.00 2.84 184.00 0.54 124.00 0.54 124.00 0.34 184.00 0.34 184.00 0.14 120.00 0.14 120.00 0.04 164.00 0.04 164.00 2.84 148.00 2.84 148.00 0.54 124.00 0.54 124.00 0.54 124.00 0.54 124.00 8.94 124.00 8.94 124.00 8.14 124.00 8.14 124.00 0.84 124.00 0.84 124.00 0.14 124.00 0.14 124.00 0.04 124.00 0.04 124.00 0.54 128.00 0.54 128.00 0.14 124.00 0.14 124.00 4.24 128.00 4.24 128.00 0.44 147.00 0.44 147.00 3.54 118.00 3.54 118.00 6.54 118.00 6.54 118.00 0.54 124.00 0.54 124.00 0.54 124.00 0.54 124.00 0.54 124.00 0.54 124.00
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DIPSOSAURUS TEMPS (BY MONTH) OCTOBER x x² x x² x x² x x² x x² x x² 39.2 1536.64 38.0 1449.00 39.0 1521.00 N=3 Σx = 116.2 Σx² = 4501.64 X̄ = 38,73 (X̄)² = 1500.01
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(10 MONTH) OCTOBER DIPLOSAURUS TEMPS
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DIPSAURUS TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 40.2 1616.04 38.5 1482.25 39.7 1576.09 38.4 1474.56 41.4 1713.96 40.4 1632.16 40.0 1600.00 42.0 1764.00 40.0 1600.00 39.8 1584.04 39.0 1521.00 39.6 1568.16 42.2 1780.84 42.0 1764.00 42.0 1764.00 39.6 1568.16 32.6 1413.76 41.2 1697.44 37.5 1406.25 39.8 1584.04 41.8 1747.24 40.4 1632.16 39.0 1521.00 41.8 1747.24 42.0 1764.00 41.8 1747.24 41.5 1722.25 39.6 1568.16 41.4 1713.96 41.2 1697.44 39.6 1568.16 39.4 1552.36 39.4 1552.36 40.5 1640.25 41.0 1681.00 41.2 1697.44 43.7 1909.69 40.8 1664.64 40.4 1632.16 39.4 1552.36 42.0 1764.00 41.4 1713.96 42.2 1780.84 29.6 876.16 39.7 1576.09 41.2 1697.44 40.5 1640.25 42.4 1797.76 40.6 1648.36 39.4 1552.36 39.3 1544.49 40.0 1600.00 39.8 1584.04 39.8 1584.04 39.2 1536.64 39.8 1584.04 41.7 1738.89 40.4 1632.16 40.8 1664.64 41.4 1713.96 39.5 1560.25 41.4 1713.96 40.9 1672.81 41.0 1681.00 39.6 1568.16 40.7 1656.49 40.6 1648.36 43.0 1849.00 41.8 1747.24 40.4 1632.16 41.4 1713.96 43.6 1900.96 42.1 1772.41 43.7 1909.69 41.4 1713.96 37.5 1406.25 38.6 1489.96 40.6 1648.36 42.2 1780.84 43.8 1918.44 39.0 1521.00 40.8 1664.64 41.9 1755.61 40.0 1600.00 41.0 1681.00 38.1 1451.61 39.5 1560.25 38.0 1444.00 41.0 1681.00 42.0 1764.00 41.2 1697.44 43.6 1900.96 41.8 1747.24 42.8 1831.84 40.5 1640.25 38.6 1489.96 43.0 1849.00 44.7 1998.09 40.5 1640.25 39.8 1584.04 40.2 1616.04 37.0 1369.00 40.2 1616.04 43.2 1866.24 32.0 1369.00 43.4 1883.56 42.6 1814.76 41.6 1730.56 41.0 1681.00 42.0 1764.00 38.4 1474.56 40.2 1616.04 41.0 1681.00 44.0 1936.00 43.0 1849.00 44.6 1989.16 39.0 1521.00 39.2 1536.64 41.6 1730.56 40.1 1608.01 46.0 2116.00 42.6 1814.76 41.4 1713.96 40.4 1632.16 39.5 1560.25 41.6 1730.56 44.0 1936.00 41.2 1697.44 41.8 1747.24 40.8 1664.64 41.8 1747.24 44.2 1953.64 44.0 1936.00 42.8 1831.84 39.2 1536.64 39.4 1552.36 40.6 1648.36 42.7 1823.29 43.0 1849.00 42.4 1797.76 41.0 1681.00 39.4 1552.36 37.4 1398.76 40.0 1600.00 39.0 1521.00 40.2 1616.04 41.2 1697.44 41.0 1681.00 40.2 1616.04 40.8 1664.64 38.2 1459.24 43.0 1849.00 38.4 1474.56 40.7 1656.49 40.6 1648.36 41.0 1681.00 38.4 1474.56 38.9 1513.21 40.0 1600.00 42.1 1772.41 40.6 1648.36 41.8 1747.24 39.0 1521.00 39.5 1560.25 40.6 1648.36 40.7 1656.49 41.4 1713.96 44.1 1944.81 39.5 1560.25 38.2 1459.24 43.2 1866.24 38.5 1482.25 43.2 1866.24 42.8 1831.84 39.5 1560.25 38.2 1459.24 41.0 1681.00 41.6 1730.56 42.8 1831.84 40.9 1672.81 40.4 1632.16 39.2 1536.64 40.0 1600.00 39.6 1568.16 41.6 1730.56 39.4 1552.36
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x x x x x x x x x 10.04 25.0321 8.9E 25.6271 12.04 16.0000 18.04 20.0421 2.04 0.04 0.04 25.0321 8.9E 25.6271 12.04 16.0000 18.04 20.0421 2.04 0.04 0.04 25.0321 8.9E 25.6271 12.04 16.0000 18.04 20.0421 2.04 0.04
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DIPSAURUS TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 40.8 1664.64 40.6 1648.36 42.6 1814.76 X̄ = 40.93 40.2 1616.04 40.2 1616.04 41.5 1722.25 (X̄)² = 1675.26 39.6 1568.16 42.0 1764.00 37.9 1520.81 S² = 4.40 37.6 1413.76 42.8 1831.84 43.0 1849.00 S.E. = 0.016 40.0 1600.00 40.8 1664.64 40.2 1616.04 = .126 37.4 1398.76 42.5 1806.25 42.2 1780.84 41.5 1722.25 43.7 1909.69 41.2 1697.44 42.0 1764.00 44.5 1980.25 42.2 1780.84 42.0 1764.00 44.8 2007.04 42.0 1764.00 41.5 1722.25 41.6 1730.56 42.0 1764.00 43.4 1883.56 42.6 1814.76 42.0 1764.00 41.6 1730.56 41.0 1681.00 43.6 1900.96 37.0 1369.00 41.9 1755.61 38.4 1474.56 41.4 1713.96 43.4 1883.56 41.0 1681.00 41.4 1713.96 41.6 1730.56 35.8 1281.64 42.4 1797.76 44.0 1936.00 40.0 1600.00 38.0 1444.00 40.8 1664.64 40.6 1648.36 40.0 1600.00 39.8 1584.04 35.4 1253.16 42.2 1780.84 43.6 1900.96 42.4 1797.74 41.5 1722.25 44.5 1980.25 42.6 1814.76 40.5 1640.25 44.0 1936.00 41.2 1697.44 39.5 1560.25 43.6 1900.96 39.8 1584.04 43.0 1849.00 44.2 1953.64 42.0 1764.00 43.4 1883.56 43.4 1883.56 38.6 1489.96 42.2 1780.84 41.6 1730.56 38.6 1489.96 45.0 2025.00 42.0 1764.00 39.4 1552.36 41.8 1747.24 41.4 1713.96 35.2 1239.04 44.6 1989.16 40.8 1664.64 36.8 1354.24 40.2 1616.04 42.8 1831.84 40.4 1632.16 42.0 1764.00 44.0 1936.00 N=277 42.8 1831.84 41.0 1681.00 Σx = 11,339.8 Σx² = 465,262.63
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DISCOGRAPHUS TEMAS 24M3T 09 25X) ♂ H.O 18681BHO 2.04 183841 0.0H H.O 1210 HO 2.0H 22.025 22.025 2P.E 2321.23 2.5P 00.00 2P.E 1200 2P.E 1412.25.24.8 0.0H 00HPOO H.O 1900H H.O 8.0H 00.00H 5.0H 1900H 25.A 1868.25 2.5A 25.400H 5.5A 1580H 2.1A 21222255 5.5A 1300.91 5.1A 1920H H.O 2.5H O.OH H.O 2.5H 22.020H 5.5A 1980H H.O 2.5H 200.004 5.0H 1300.04 1300.04 H.O 2.5H 1300.04 5.0H 1300.04 H.E 1880.22 J.II 1300.29 +5.0 0.17+0.04 152104 H.O 1350.20 0.1H 0.1H 1600 1800.00 JP.00P1 J.3P +3.P 1900JP 25.A 1380.00 O.5E P.1A 00.84E10 5.E 1522.21 38.H 182H.20 H.II 2P.21G1 4.1H A.2P 1282.20 +1.0 202H.20 H.II 4P.21G1 J.IH 1300.91 32.0 152104 A.5 H.23.H 0.1H 0.1H 00.2EP1 0.0 1680.00 +0.0 1600.00 2PE 00.44H 8.0H +0.HPOO J.OH 08.29.20 HO 00.00H 3.PE H0.HPE1 3.PE 152104 2PA 28.00G1 5.2A J.E+ 0P.00P1 +6.5H JJJPGU H.I 22.00H 2.4H 25.00P1 J.2H 1980.22 J.HY 2.PE 22.00H O.HH 00.00P1 5.1H HKEP a1 2.2E 25.02G1 J.E+ 0P.00P1 J.PE HOPEZU O.EA 00.PHH 5.JH 1622.H+J 0.5H+J 00.VOCU P.EH 22.2801 H.EH 1882.28 J.YE OP.PONK 5.5A 19.0971 J.IH 22.02G1 J.YE 08P20T1 O.2A 00.2400 O.GH 00.HHT1 +.PE 20.2231 8.1H+ PE.5P01 H.H 0P.EC1 2.2E 40.PC61 J.HH 21.9PP1 8.DH 8.JO HO.NHJJ P2.PZET 5.0H H0.1001 8.5H REERX +.0H 21.0001
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DIPSOSAURUS TEMPS (BY SEX) ♀ x x² x x² x x² x x² x x² x x² 40.2 1616.04 43.0 1849.00 39.6 1568.16 41.8 1747.24 41.0 1681.00 43.0 1849.00 41.2 1697.44 42.2 1780.84 43.6 1900.96 40.0 1600.00 44.6 1989.16 40.1 1608.01 42.4 1797.76 42.2 1780.84 39.6 1568.16 43.0 1849.00 40.5 1640.25 40.8 1664.64 45.6 2079.36 42.2 1780.84 41.2 1697.44 35.9 1288.81 45.2 2043.04 44.6 1989.16 42.2 1780.84 42.0 1764.00 42.0 1764.00 42.0 1764.00 41.4 1713.96 42.6 1814.76 46.0 2116.00 41.0 1681.00 40.6 1648.36 40.0 1600.00 41.2 1697.44 40.5 1640.25 40.4 1632.16 38.2 1459.24 40.5 1640.25 40.0 1600.00 39.0 1521.00 40.6 1648.36 42.0 1760.00 41.8 1747.24 36.1 1303.21 41.2 1697.44 42.0 1764.00 38.8 1505.44 41.5 1722.25 40.0 1600.00 43.0 1849.00 39.8 1584.04 41.8 1747.24 42.4 1797.76 40.3 1624.09 42.8 1831.84 40.6 1648.36 43.2 1866.24 44.8 2007.04 39.3 1544.49 42.0 1764.00 41.2 1697.44 42.4 1797.76 43.8 1918.44 N=136 43.5 1892.25 40.0 1600.00 43.2 1866.24 39.4 1552.36 Σx=5627.9 43.6 1900.96 40.7 1656.49 41.2 1697.44 41.0 1681.00 Σx²=233,624.67 40.8 1664.64 40.1 1608.01 41.1 1689.21 42.0 1764.00 X̄=41.38 40.0 1600.00 43.7 1909.69 41.9 1755.61 44.8 2007.04 (X̄)²=1712.30 41.3 1705.69 33.6 1128.96 41.4 1713.96 43.4 1883.56 S²=5.57 40.0 1600.00 47.0 2209.00 40.0 1600.00 42.8 1831.84 S.E.=√.041 38.6 1489.96 44.0 1936.00 43.8 1918.44 41.7 1738.89 =.202 42.0 1764.00 31.6 998.56 41.6 1730.56 43.8 1918.44 41.7 1738.89 30.0 900.00 34.2 1169.64 44.0 1936.00 42.8 1831.84 41.2 1697.44 43.0 1849.00 44.0 1936.00 41.5 1722.25 42.6 1814.76 41.0 1681.00 42.5 1806.25 43.0 1849.00 43.1 1857.61 41.8 1747.24 41.0 1681.00 40.0 1600.00 42.8 1831.84 41.0 1681.00 42.0 1764.00 40.0 1600.00 40.6 1648.36 41.5 1722.25 41.6 1730.56 40.8 1664.64 41.2 1697.44 41.8 1747.24 39.0 1521.00 39.8 1584.04 43.0 1849.00 40.2 1616.04 42.0 1764.00 42.0 1764.00 42.6 1814.76 40.5 1640.25 43.4 1883.56 40.8 1664.64 41.8 1747.24 41.0 1681.00 43.0 1849.00
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DIPLOSAURUS TEMPGS (AY SEX) ♀ X X² X X² X X² X X² X X² 5.0 25.0 167.36 28029.69 0.4 0.16 184.81 34154.74 0.0 0.0 4.2 17.64 175.5 30800.25 0.5 0.25 189.64 35963.33 0.0 0.0 4.4 19.36 179.9 32364.01 4.5 20.25 184.44 34018.11 0.0 0.0 4.0 16.00 179.4 32184.36 4.8 23.04 186.96 34954.04 0.0 0.0 4.5 20.25 176.5 31152.25 5.2 27.04 188.96 35705.88 0.0 0.0 4.0 16.00 175.0 30625.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 3.8 14.44 179.4 32184.36 5.0 25.00 189.16 35781.51 0.0 0.0 4.0 16.00 179.4 32184.36 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0 4.0 16.00 176.0 30976.00 5.0 25.00 187.00 34969.00 0.0 0.0
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DIPSOSAURUS TEMPS (BY AGE) ADULT 42.2 1780.84 38.4 1474.56 41.5 1722.25 40.00 1600.00 40.4 1632.16 41.9 1755.61 32.5 1406.25 39.0 1521.00 43.0 1849.00 38.4 1474.56 40.8 1664.64 41.0 1681.00 42.0 1764.00 39.5 1560.25 39.4 1552.36 39.8 1584.04 44.0 1936.00 40.5 1640.25 40.2 1616.04 39.5 1560.25 39.7 1576.09 39.6 1568.16 39.4 1552.36 40.2 1616.04 43.0 1849.00 40.4 1632.16 39.3 1544.49 40.1 1608.01 31.6 998.56 42.6 1814.76 39.6 1568.16 39.4 1552.36 41.7 1738.89 40.4 1632.16 30.0 900.00 41.0 1681.00 43.7 1909.69 40.8 1664.64 40.9 1672.81 40.5 1640.25 39.4 1552.36 41.6 1730.56 44.6 1989.16 41.2 1697.44 40.0 1600.00 39.6 1568.16 41.2 1697.44 39.5 1560.25 42.2 1780.84 43.0 1849.00 41.8 1747.24 35.9 1288.81 42.6 1814.76 41.8 1747.24 40.6 1648.36 29.6 876.16 41.4 1713.96 40.5 1640.25 43.1 1857.61 41.8 1747.24 42.1 1772.41 39.4 1552.36 40.0 1600.00 41.2 1697.44 41.0 1681.00 40.6 1648.36 43.0 1849.00 39.8 1584.04 40.8 1664.64 42.0 1764.00 40.7 1656.49 40.2 1616.04 42.2 1780.84 43.7 1909.69 39.8 1584.04 41.0 1681.00 40.7 1656.49 39.6 1568.16 41.2 1697.44 38.1 1451.61 40.5 1640.25 40.4 1632.16 38.5 1482.25 40.6 1648.36 41.0 1681.00 44.6 1989.16 41.8 1747.24 40.4 1632.16 41.6 1730.56 40.6 1648.36 41.2 1697.44 40.8 1664.64 39.5 1560.25 40.6 1648.36 39.6 1568.16 42.2 1780.84 43.0 1849.00 40.0 1600.00 39.0 1521.00 42.0 1764.00 41.4 1713.96 41.4 1713.96 40.2 1616.04 42.8 1831.84 39.0 1521.00 41.0 1681.00 42.8 1831.84 42.8 1831.84 41.0 1681.00 42.4 1797.76 41.4 1713.96 40.4 1632.16 39.0 1521.00 41.6 1730.56 42.0 1764.00 40.2 1616.04 41.8 1747.24 40.8 1664.64 37.6 1413.76 40.8 1664.64 43.0 1849.00 43.0 1849.00 39.2 1536.64 39.8 1584.04 39.0 1521.00 40.4 1632.16 43.0 1849.00 38.9 1513.21 41.0 1681.00 42.8 1831.84 40.6 1648.36 40.0 1600.00 38.5 1482.25 39.5 1560.25 41.2 1697.44 39.8 1584.04 42.0 1764.00 39.6 1568.16 42.0 1764.00 40.0 1600.00 38.4 1474.56 40.6 1648.36 40.5 1640.25 41.2 1697.44 42.0 1764.00 38.2 1459.24 40.0 1600.00 43.4 1883.56 39.8 1584.04 41.8 1747.24 40.5 1640.25 39.2 1536.64 40.8 1664.64 40.2 1616.04 43.0 1849.00 41.2 1697.44 39.8 1584.04 39.7 1576.09 40.6 1648.36 40.0 1600.00 40.8 1664.64 41.4 1713.96 41.8 1747.24 40.0 1600.00 43.2 1866.24 39.2 1536.64 39.6 1568.16 42.4 1797.76 39.0 1521.00 41.7 1738.89 43.0 1849.00 40.7 1656.49 42.6 1814.76 39.8 1584.04 38.2 1459.24 41.8 1747.24 41.0 1681.00 43.7 1909.69 41.4 1713.96 41.4 1713.96 39.0 1521.00 41.5 1722.25 41.2 1697.44 33.6 1128.96 38.6 1489.96 40.7 1656.49
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ADULT (BY AGE) TEEN25 019202401602
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DIPSOSAURUS TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 43.6 1900.96 39.4 1552.36 40.2 1616.04 42.0 1764.00 41.2 1697.44 45.2 2043.04 40.0 1600.00 42.0 1764.00 41.3 1705.69 41.2 1697.44 40.0 1600.00 43.8 1918.44 42.8 1831.84 40.8 1664.64 40.0 1600.00 42.0 1764.00 40.8 1664.64 40.6 1648.36 42.8 1831.84 39.8 1584.04 42.0 1764.00 41.6 1730.56 40.2 1616.04 41.0 [illegible] 38.6 1489.96 38.6 1489.96 40.2 1616.04 41.8 1747.24 42.6 1814.76 35.2 1239.04 37.0 1369.00 34.2 1169.64 42.0 1764.00 41.5 1722.25 N = 316 40.6 1648.36 37.6 1413.76 41.5 1722.25 43.0 1849.00 Σx = 12,934.5 41.6 1730.56 40.0 1600.00 40.8 1664.64 44.0 1936.00 Σx² = 530,736.51 38.2 1459.24 41.5 1722.25 42.5 1806.25 42.0 1764.00 X̄ = 40.93 42.0 1764.00 41.8 1747.24 42.4 1797.76 41.6 1730.56 (X̄)² = 1675.26 44.0 1936.00 41.0 1681.00 43.7 1909.69 39.0 1521.00 S² = 4.30 40.1 1608.01 41.5 1722.25 44.5 1980.25 41.2 1697.44 SE = √.014 38.8 1505.44 41.8 1747.24 44.8 2007.04 42.0 1764.00 = .118 41.6 1730.56 40.2 1616.04 44.8 2007.04 42.0 1764.00 41.8 1747.24 40.5 1640.25 43.8 1918.44 42.0 1764.00 43.2 1866.24 42.0 1764.00 39.4 1552.36 42.0 1764.00 Total Dipsa. 44.2 1953.64 42.0 1764.00 42.6 1814.76 43.4 1883.56 42.7 1823.29 41.5 1722.25 41.0 1681.00 43.0 1849.00 X̄ = 41.2°C 40.0 1600.00 43.4 1883.56 42.0 1764.00 43.6 1900.96 S² = 5.0 41.0 1681.00 41.4 1713.96 44.0 1936.00 38.4 1474.56 40.0 1600.00 42.4 1797.76 43.4 1883.56 40.0 1600.00 40.8 1664.64 41.0 1681.00 41.6 1730.56 35.8 1281.64 41.0 1681.00 41.8 1747.24 40.8 1664.64 39.6 1568.14 41.8 1747.24 43.6 1900.96 39.8 1584.04 42.2 1780.84 43.2 1866.24 38.0 1444.00 44.8 2007.04 40.6 1648.36 41.2 1697.44 42.2 1780.84 43.4 1883.56 35.4 1253.16 41.1 1689.21 43.0 1849.00 44.0 1936.00 42.4 1797.76 41.9 1755.61 45.0 2025.00 43.6 1900.96 39.0 1521.00 40.9 1672.81 41.4 1713.96 42.0 1764.00 42.2 1780.84 41.4 1713.96 40.0 1600.00 41.4 1713.96 42.6 1814.76
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DINOSAURUS TEMPS (BY AGE) ADULT 1805 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1806 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1807 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1808 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1809 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1810 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1811 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1812 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1813 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1814 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1815 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1816 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1817 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1818 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1819 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27 1820 43.0 4.27 0.00 4.27 4.27 4.27 4.27 4.27
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DIPSOSAURUS TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 39.4 1552.36 40.5 1640.25 43.0 1849.00 44.5 1980.25 40.3 1624.09 40.0 1600.00 39.5 1560.25 43.8 1918.44 42.8 1831.84 39.3 1544.49 37.5 1406.25 43.4 1883.56 43.6 1900.96 44.2 1953.64 40.4 1632.16 38.0 1444.00 42.2 1780.84 44.7 1998.09 43.4 1883.56 N = 127 41.2 1697.44 41.8 1747.24 43.5 1892.25 41.7 1738.89 ∑X = 5,250.5 40.1 1608.01 44.6 1989.16 43.2 1866.24 41.6 1730.56 ∑X² = 217,661.45 47.0 2209.00 45.6 2079.36 43.6 1900.96 43.8 1918.44 X̄ = 41.34 42.1 1772.41 44.6 1989.16 42.0 1764.00 44.0 1936.00 (X̄)² = 1708.99 41.4 1713.96 39.2 1536.64 42.6 1814.76 39.9 1592.01 S² = 4.92 41.0 1681.00 42.8 1831.84 41.2 1697.44 44.0 1936.00 S.E. = √0.039 41.2 1697.44 40.5 1640.25 41.3 1705.69 42.5 1806.25 = .197 37.4 1398.76 40.0 1600.00 38.2 1459.24 41.0 1681.00 43.2 1866.24 39.2 1536.64 38.6 1489.96 43.0 1849.00 40.8 1664.64 38.0 1444.00 42.0 1764.00 40.2 1616.04 42.4 1797.76 40.6 1648.36 42.0 1764.00 42.2 1780.84 41.2 1697.44 38.4 1474.56 42.8 1831.84 42.2 1780.84 40.4 1632.16 39.5 1560.25 40.4 1632.16 43.4 1883.56 42.4 1797.76 40.6 1648.36 37.0 1369.00 41.0 1681.00 44.1 1944.81 44.0 1936.00 42.0 1764.00 40.8 1664.64 42.8 1831.84 43.0 1849.00 38.4 1474.56 39.4 1552.36 39.6 1568.16 41.6 1730.56 39.5 1560.25 41.0 1681.00 43.0 1849.00 40.6 1648.36 38.0 1444.00 41.8 1747.24 37.4 1398.76 39.2 1536.64 42.4 1797.76 44.2 1953.64 41.0 1681.00 38.0 1444.00 38.6 1489.96 40.0 1600.00 41.6 1730.56 46.0 2116.00 41.5 1722.25 36.0 1296.00 42.0 1764.00 44.0 1936.00 41.0 1681.00 42.6 1814.76 37.0 1369.00 44.0 1936.00 37.0 1369.00 38.6 1489.96 41.4 1713.96 46.0 2116.00 46.6 1730.56 42.0 1764.00 40.0 1600.00 41.4 1713.96 41.0 1681.00 38.6 1489.96 42.2 1780.84 42.8 1831.84 41.9 1755.61 39.4 1552.36 41.5 1722.25 42.0 1764.00 43.6 1900.96 36.8 1354.24
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DIPSOCURUS TEMPS (18 AGE) IMMATURE X X X X X X X X X X 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 3.5H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 2.8H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H 0.4H
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DIPSOSAURUS TEMPS (BY AGE) JUVENILE x x² x x² x x² x x² x x² x x² 40.6 1648.36 X = 40.68 40.2 1616.04 (X̄)² = 1654.86 41.9 1755.61 S² = 5.21 41.4 1713.96 SE₁ = √.193 42.0 1764.00 = .439 41.4 1713.96 41.8 1747.24 36.0 1296.00 38.0 1444.00 43.5 1892.25 42.0 1764.00 38.0 1444.00 38.5 1482.25 38.4 1474.56 39.0 1521.00 42.2 1780.84 42.8 1831.84 39.4 1552.36 41.3 1705.69 41.0 1681.00 40.8 1664.64 43.2 1866.24 41.0 1681.00 42.4 1883.56 44.0 1936.00 43.8 1918.44 39.4 1552.36 37.0 1369.00 N = 27 ΣX = 1098.6 Σx² = 44,816.64
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DIEGOSURUS TEMPS (BY AGE) JUVENILE X^2 X 1638.26 40.0 1940.16 44.0 1322.81 36.4 1519.44 38.9 1344.00 36.0 1341.44 36.6 1341.24 36.6 1566.00 39.6 1444.00 38.0 1885.52 43.4 1520.00 39.0 1444.00 38.0 1885.52 43.4 1434.25 37.9 1237.00 35.2 1580.84 39.8 1631.84 40.4 1225.00 35.0 1688.64 41.1 1847.00 43.0 1881.64 43.4 1424.00 37.8 1618.44 40.2 1525.34 39.1 1522.64 39.0
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Dipsosaurus Temperatures (°C) Glamis Palm Springs Dale X X² X X² X X² X X² X X² X X² 41.8 40.4 38.0 40.8 40.2 38.4 41.0 40.8 40.0 44.8 40.5 39.8 41.5 47.0 42.2 43.4 43.4 39.6 41.8 44.0 42.2 44.0 42.0 40.1 41.5 39.4 41.5 42.0 42.0 40.4 41.4 40.6 40.5 41.6 41.5 40.5 42.4 37.4 39.5 41.4 39.4 39.6 41.0 40.2 43.0 42.0 42.6 35.9 41.8 39.6 43.4 41.3 41.0 40.5 43.6 40.6 42.2 41.0 43.4 39.4 43.6 40.6 45.0 43.0 41.6 41.2 42.0 42.2 41.4 44.0 42.0 42.0 39.4 41.4 40.0 42.0 44.0 41.0 40.8 43.2 40.2 42.0 39.0 40.0 43.0 42.8 42.0 42.0 41.2 40.4 43.8 40.8 40.6 43.4 42.0 40.4 42.4 41.6 41.8 43.0 38.1 40.6 38.2 42.4 42.0 43.6 43.6 42.0 39.2 40.0 40.2 41.2 44.7 41.0 38.6 43.2 41.5 29.6 43.5 37.6 40.8 41.2 42.8 39.4 43.2 39.0 39.8 40.0 40.8 39.8 43.6 40.8 38.0 41.0 42.5 41.4 42.0 40.4 42.8 42.0 42.4 42.8 44.6 40.0 39.8 42.8 43.7 42.0 40.8 39.6 40.6 46.0 44.5 43.0 42.6 41.2 43.4 43.8 44.8 43.7 41.2 41.8 40.2 44.0 44.8 40.0 41.3 41.2 41.2 46.2 43.8 42.8 40.2 41.2 33.6 43.0 39.8 38.9 43.0 41.4
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Glowing X X² X³ 41.8 106.2 4.5 39.8 0.4 41.8 41.0 40.2 4.5 43.4 0.0 41.7 41.7 45.5 4.5 43.4 0.0 41.8 41.8 44.0 4.5 44.0 0.0 41.2 41.2 38.8 4.5 45.0 0.0 40.7 41.4 39.0 4.5 41.2 2.0 39.2 41.4 35.4 4.5 41.4 2.0 38.8 41.0 40.2 4.5 45.0 0.0 38.8 41.8 39.8 4.5 41.4 2.0 40.7 43.8 40.4 4.5 41.0 0.0 39.2 43.4 40.6 4.5 43.4 0.0 41.8 43.0 40.9 4.5 43.0 0.0 41.2 43.6 40.7 4.5 44.0 0.0 41.0 43.4 40.8 4.5 44.0 0.0 41.9 43.4 40.4 4.5 42.0 0.0 41.0 43.2 40.0 4.5 40.0 0.0 40.8 43.0 40.7 4.5 40.4 2.0 40.4 43.6 40.9 4.5 41.4 2.0 40.8 43.4 40.8 4.5 41.0 0.0 40.7 43.4 40.6 4.5 41.4 0.0 40.9 43.2 40.4 4.5 41.8 2.0 40.7 43.4 40.4 4.5 41.4 2.0 40.8 43.6 40.9 4.5 42.0 0.0 40.8 43.4 40.6 4.5 41.4 2.0 40.7 43.4 40.4 4.5 41.4 2.0 40.9 43.8 40.4 4.5 41.0 0.0 40.7 43.4 40.4 4.5 41.4 0.0 40.8 43.4 40.6 4.5 42.0 0.0 40.7 43.4 40.4 4.5 41.4 2.0 40.9 43.2 40.4 4.5 41.4 2.0 40.8 43.4 40.6 4.5 42.0 0.0 40.7 43.4 40.4 4.5 41.4 2.0 40.9 43.2 40.4 4.5 41.4 2.0 40.8 43.4 40.6 4.5 42.0 0.0 40.7 43.4 40.4 4.5 41.4 2.0 40.9 43.2 40.4 4.5 41.4 2.0 40.8
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Dipsosaurus Temperatures (°C) Totals are Than 1962 Glamis X X² X X² 39.5 41.8 40.5 N = 63 ΣX = 2609.0 X̄ = 41.4 40.0 40.8 39.4 41.0 41.8 44.2 42.6 42.2 42.6 n = 72 ΣX = 2983.6 X̄ = 41.4 ΣX² = 123,936.24 X̄² = 1713.96 S² = 7.48 S.E = √1.104 = .322 Palm Springs X X² X X² 42.0 31.6 39.7 30.0 40.0 39.4 40.0 42.8 42.0 41.4 41.7 39.6 42.8 41.6 41.8 38.5 41.5 40.7 41.5 42.1 43.0 40.7 39.4 41.0 40.4 43.1 39.7 42.6 39.3 41.2 41.7 41.4 40.9 40.6 40.0 41.0 41.8 42.0 41.4 40.5 40.0 39.8 40.8 41.2 39.8 43.0 40.4 40.8 37.5 39.6 40.0 42.6 39.2 41.4 40.7 38.6 40.1 41.9 43.7 41.0 Dale X X² X X² 42.4 39.2 39.8 41.0 41.4 41.2 40.7 38.4 N = 94 ΣX = 3869.0 X̄ = 41.2 40.4 39.6 42.0 42.2 42.0 40.6 38.6 35.4 44.0 42.4 40.1 39.0 38.8 36.0 41.6 38.6 41.8 41.2 43.2 41.2 44.2 40.0 42.7 39.8 41.1 42.0 41.9 38.6 40.9 38.6 41.4 36.1 39.4 40.0 42.2 36.8 41.2 40.3 41.2 40.4 39.0 39.3 41.4 (next page) 41.8
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Dots x x² x x² x x² x x² x 38.2 1459.24 37.4 1398.76 38.0 1444 38.8 1505.44 38.7 1497.69 39.4 1552.36 38.3 1466.89 39.2 1536.64 38.5 1482.25 38.8 1505.44 40.2 1616.04 39.4 1552.36 39.4 1552.36 39.4 1552.36 39.2 1536.64 40.4 1632.16 39.8 1584.04 39.4 1552.36 39.2 1536.64 39.2 1536.64 41.6 1730.56 40.8 1664.64 40.2 1616.04 40.0 1600 40.0 1600 42.2 1780.84 41.2 1697.44 40.8 1664.64 40.6 1648.36 40.4 1632.16 42.4 1797.76 41.2 1697.44 41.0 1681 40.8 1664.64 40.4 1632.16 42.6 1814.76 41.4 1713.96 41.2 1697.44 41.2 1697.44 40.8 1664.64 43.2 1866.24 41.6 1730.56 41.4 1713.96 41.4 1713.96 41.0 1681 43.6 1900.96 42.2 1780.84 41.8 1747.24 41.6 1730.56 41.2 1697.44 43.8 1918.44 42.4 1797.76 42.0 1764 41.8 1747.24 41.4 1713.96 44.2 1953.64 42.6 1814.76 42.4 1797.76 42.0 1764 41.8 1747.24 44.4 1971.36 42.8 1831.84 42.6 1814.76 42.2 1780.84 42.0 1764 44.6 1989.16 43.2 1866.24 43.0 1849 42.4 1797.76 42.2 1780.84 45.0 2025 43.4 1883.56 43.2 1866.24 42.6 1814.76 42.4 1797.76 45.2 2043.04 43.6 1900.96 43.4 1883.56 42.8 1831.84 42.6 1814.76 45.4 2061.16 43.8 1918.44 43.6 1900.96 43.0 1849 42.8 1831.84 45.6 2079.36 44.0 1936 43.8 1918.44 43.2 1866.24 43.0 1849 45.8 2097.64 44.2 1953.64 44.0 1936 43.4 1883.56 43.2 1866.24 46.0 2116 44.4 1971.36 44.2 1953.64 43.6 1900.96 43.4 1883.56 46.2 2134.44 44.6 1989.16 44.4 1971.36 43.8 1918.44 43.6 1900.96 46.4 2152.96 44.8 2007.04 44.6 1989.16 44.0 1936 43.8 1918.44 46.6 2171.56 45.0 2025 44.8 2007.04 44.2 1953.64 44.0 1936 46.8 2190.24 45.2 2043.04 45.0 2025 44.4 1971.36 44.2 1953.64 47.0 2209 45.4 2061.16 45.2 2043.04 44.6 1989.16 44.4 1971.36 47.2 2227.84 45.6 2079.36 45.4 2061.16 44.8 2007.04 44.6 1989.16 47.4 2246.76 45.8 2097.64 45.6 2079.36 45.0 2025 44.8 2007.04 47.6 2265.76 46.0 2116 45.8 2097.64 45.2 2043.04 45.0 2025 47.8 2284.84 46.2 2134.44 46.0 2116 45.4 2061.16 45.2 2043.04 48.0 2304 46.4 2152.96 46.2 2134.44 45.6 2079.36 45.4 2061.16 48.2 2323.24 46.6 2171.56 46.4 2152.96 45.8 2097.64 45.6 2079.36 48.4 2342.56 46.8 2190.24 46.6 2171.56 46.0 2116 45.8 2097.64 48.6 2361.96 47.0 2209 46.8 2190.24 46.2 2134.44 46.0 2116 48.8 2381.44 47.2 2227.84 47.0 2209 46.4 2152.96 46.2 2134.44 49.0 2401 47.4 2246.76 47.2 2227.84 46.6 2171.56 46.4 2152.96 49.2 2420.64 47.6 2265.76 47.4 2246.76 46.8 2190.24 46.6 2171.56 49.4 2440.36 47.8 2284.84 47.6 2265.76 47.0 2209 46.8 2190.24 49.6 2460.16 48.0 2304 47.8 2284.84 47.2 2227.84 47.0 2209 49.8 2479.04 48.2 2323.24 48.0 2304 47.4 2246.76 47.2 2227.84 50.0 2500 48.4 2342.56 48.2 2323.24 47.6 2265.76 47.4 2246.76 50.2 2520.04 48.6 2361.96 48.4 2342.56 47.8 2284.84 47.6 2265.76 50.4 2540.16 48.8 2381.44 48.6 2361.96 48.0 2304 47.8 2284.84 50.6 2560.36 49.0 2401 48.8 2381.44 48.2 2323.24 48.0 2304 50.8 2580.64 49.2 2420.64 49.0 2401 48.4 2342.56 48.2 2323.24 51.0 2601 49.4 2440.36 49.2 2420.64 48.6 2361.96 48.4 2342.56 51.2 2621.44 49.6 2460.16 49.4 2440.36 48.8 2381.44 48.6 2361.96 51.4 2641.96 49.8 2479.04 49.6 2460.16 49.0 2401 48.8 2381.44 51.6 2662.56 50.0 2500 49.8 2479.04 49.2 2420.64 49.0 2401 51.8 2683.24 50.2 2520.04 50.0 2500 49.4 2440.36 49.2 2420.64 52.0 2704 50.4 2540.16 50.2 2520.04 49.6 2460.16 49.4 2440.36 52.2 2724.84 50.6 2560.36 50.4 2540.16 49.8 2479.04 49.6 2460.16 52.4 2745.76 50.8 2580.64 50.6 2560.36 50.0 2500 49.8 2479.04 52.6 2766.76 51.0 2601 50.8 2580.64 50.2 2520.04 50.0 2500 52.8 2787.84 51.2 2621.44 51.0 2601 50.4 2540.16 50.2 2520.04 53.0 2809 51.4 2641.96 51.2 2621.44 50.6 2560.36 50.4 2540.16 53.2 2830.24 51.6 2662.56 51.4 2641.96 50.8 2580.64 50.6 2560.36 53.4 2851.56 51.8 2683.24 51.6 2662.56 51.0 2601 50.8 2580.64 53.6 2872.96 52.0 2704 51.8 2683.24 51.2 2621.44 51.0 2601 53.8 2894.44 52.2 2724.84 52.0 2704 51.4 2641.96 51.2 2621.44 54.0 2916 52.4 2745.76 52.2 2724.84 51.6 2662.56 51.4 2641.96 54.2 2937.64 52.6 2766.76 52.4 2745.76 51.8 2683.24 51.6 2662.56 54.4 2959.36 52.8 2787.84 52.6 2766.76 52.0 2704 51.8 2683.24 54.6 2981.16 53.0 2809 52.8 2787.84 52.2 2724.84 52.0 2704 54.8 3003.04 53.2 2830.24 53.0 2809 52.4 2745.76 52.2 2724.84 55.0 3025 53.4 2851.56 53.2 2830.24 52.6 2766.76 52.4 2745.76 55.2 3047.04 53.6 2872.96 53.4 2851.56 52.8 2787.84 52.6 2766.76 55.4 3069.16 53.8 2894.44 53.6 2872.96 53.0 2809 52.8 2787.84 55.6 3091.36 54.0 2916 53.8 2894.44 53.2 2830.24 53.0 2809 55.8 3113.64 54.2 2937.64 54.0 2916 53.4 2851.56 53.2 2830.24 56.0 3136 54.4 2959.36 54.2 2937.64 53.6 2872.96 53.4 2851.56 56.2 3158.44 54.6 2981.16 54.4 2959.36 53.8 2894.44 53.6 2872.96 56.4 3180.96 54.8 3003.04 54.6 2981.16 54.0 2916 53.8 2894.44 56.6 3203.56 55.0 3025 54.8 3003.04 54.2 2937.64 54.0 2916 56.8 3226.24 55.2 3047.04 55.0 3025 54.4 2959.36 54.2 2937.64 57.0 3249 55.4 3069.16 55.2 3047.04 54.6 2981.16 54.4 2959.36 57.2 3271.84 55.6 3091.36 55.4 3069.16 54.8 3003.04 54.6 2981.16 57.4 3294.76 55.8 3113.64 55.6 3091.36 55.0 3025 54.8 3003.04 57.6 3317.76 56.0 3136 55.8 3113.64 55.2 3047.04 55.0 3025 57.8 3340.84 56.2 3158.44 56.0 3136 55.4 3069.16 55.2 3047.04 58.0 3364 56.4 3180.96 56.2 3158.44 55.6 3091.36 55.4 3069.16 58.2 3387.24 56.6 3203.56 56.4 3180.96 55.8 3113.64 55.6 3091.36 58.4 3410.56 56.8 3226.24 56.6 3203.56 56.0 3136 55.8 3113.64 58.6 3433.96 57.0 3249 56.8 3226.24 56.2 3158.44 56.0 3136 58.8 3457.44 57.2 3271.84 57.0 3249 56.4 3180.96 56.2 3158.44 59.0 3481 57.4 3294.76 57.2 3271.84 56.6 3203.56 56.4 3180.96 59.2 3504.64 57.6 3317.76 57.4 3294.76 56.8 3226.24 56.6 3203.56 59.4 3528.36 57.8 3340.84 57.6 3317.76 57.0 3249 56.8 3226.24 59.6 3552.16 58.0 3364 57.8 3340.84 57.2 3271.84 57.0 3249 59.8 3576.04 58.2 3387.24 58.0 3364 57.4 3294.76 57.2 3271.84 60.0 3600 58.4 3410.56 58.2 3387.24 57.6 3317.76 57.4 3294.76
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Dipsosaurus Temperatures (°C) ③ Glamis Palm Springs Dale x x² x x² x x² x x² x x² x x² 40.5 43.0 n=115 40.2 40.2 ΣX = 4697.1 42.6 41.0 X̄ = 40.0 41.0 38.5 Σx² = 193,840.51 41.6 42.0 X̄² = 1600.0 39.5 42.0 S² = 86.32 41.8 39.8 S.E. = √.751 41.8 41.8 = .867 37.0 39.0 40.6 38.2 41.6 40.5 38.2 39.0 42.0 38.4 41.0 39.0 40.0 39.5 40.8 39.5 42.4 40.4 41.0 40.0 41.8 40.8 44.1 40.6 42.8 43.2 43.8 43.0 40.8 41.0 41.6 41.2 40.2 40.0 39.6 N=175 34.2 ΣX=7176.2 37.6 X̄= 41.0 n: 178 X̄² = 1672.81 43.0 35.8 ΣX = 7287.2 S² = 8.21 40.0 40.0 X̄ = 40.9 S.E. = √.046 35.2 Σx² = 299,213.4 = .214
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109 2pHmgZ mloq 1molG tt7g 5.24 38.7 0.64 28.2 0.64 0.64 4.88 4.14 0.98 38.5 2.04 0.95 4.88 0.44 2.82 2.82 4.04 0.04 4.04 4.04 4.54 0.64 0.14 4.04 0.04 4.14 0.04 4.04 34.2 4.14 4.04 4.88 4.04 4.04 5.14 0.04 4.04 2.82 34.2 4.04 3.72
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Dipsosaurus Temperatures (°C) (N = 332) (Through 1962) Temp(°C) Glamis Palm Springs Dale Dry Lake 30 31 32 33 34 | 35 36 37 | 38 || 39 ####| 40 ######## 41 ########||| 42 ######|| 43 ##### 44 ###|| 45 46 || 47 |
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Temp(°C) Climate Polar Spring Dots Dry 30 31 35 33 34 37 39 35 38 33 40 41 45 43 46 42 49 47
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Time Dipsosaurus Are Active GLAMIS Time Glamis 29 Palms Palm Springs 0600 | | 0630 " 0700 "" || 0730 | "" |||| 0800 #### | "" ##### || 0830 #### #### #### "" #### #### || 0900 #### #### #### #### #### #### #### #### 0930 #### #### #### ##### | #### #### #### #### || #### #### #### ### | 1000 #### #### #### | #### #### #### ||| #### #### #### #### #### #### # 1030 #### #### #### || #### #### ### #### #### #### #### #### #### #### || 1100 #### #### /// #### #### #### ##### #### #### #### #### #### || 1130 #### #### | #### #### #### ##### || #### #### #### #### #### #### #### #### #### # 1200 #### "" #### #### #### ### | #### #### ### || 1230 #### ||| #### "" #### #### #### #### #### #### #### 1300 |||| #### #### "" #### #### #### #### #### -) 1330 ||| ### #### #### #### ||| -) 1400 #### "" #### #### #### | 1430 | | ### 1500 "" | |||| 1530 |||| | 1600 | | | 1630 | 1700 1730 | 1800 1830 | 2100 0035 ' (N= ) (N= ) (N= )
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Time Glance 25 Rules 1ml9 ml. 06:00 I 07:30 II 08:00 I 08:30 4th III II 09:00 III 09:30 III III 10:00 10:30 5th - 6th - 7th - 8th (10:40) 11:00 11:30 12:00 12:30 III II 13:00 III 13:30 II 14:00 I 14:30 I 15:00 II 15:30 III 16:00 16:30 17:00 17:30 18:00 I (18:30) 19:00 20:00
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TIME DIPSOSAURUS ARE ACTIVE GLAMIS STANDARD MARCH APRIL MAY JUNE JULY AUGUST 0600 0630 0700 0730 0800 0830 0900 0930 1000 1030 1100 1130 1200 1230 1300 1330 1400 1430 1500 1530 1600 1630 1700 1730 1800 1830 1900 1930 2030
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TIME DISCALIBUS ARE ACTIVE GLAMIS
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TIME DIPSAURUS ARE ACTIVE 29 PALMS GS STANDARD TIME MARCH APRIL MAY JUNE JULY AUGUST 0600 0630 0700 0730 0800 0830 0900 0930 1000 1030 1100 1130 1200 1230 1300 1330 1400 1430 1500 1530 1600 1630 1700 1730 1800 1830 1900 1930
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2 P PALMS STANDARD TIME MARCH APRIL MAY JUNE JULY
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TIME DIPSOSAURUS ARE ACTIVE PALM SPRINGS Feb 1140-1 STANDARD TIME MARCH APRIL MAY JUNE JULY AUGUST
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PALM SPRINGS 1140-1 Feb STANDARD TIME MARCH APRIL MAY JUNE JULY AUGUST 0600 0630 0700 0730 0800 0830 0900 0930 1000 1030 1100 1130 1200 1230 1300 1330 1400 1430 1500 1530 1600 1630 1700 1730 1800 1830 1900 1930
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Phyllosoma platy rhinus
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Phymosia platyrrhinos
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Phrynosoma platyrhinos Temps (by month) MARCH x x² x x² 38.0 1444.00 38.5 1482.25 38.8 1505.44 N=3 Σx = 115.3 Σx² = 4431.69 X̄ = 38.43 (X̄)² = 1476.86
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Phrynosoma platyrhinos Temps (by month) APRIL x x² x x² 36.0 1296.00 37.0 1369.00 38.4 1474.56 38,4 1474.56 38.1 1451.61 35.4 1253.16 36.2 1310.44 34.0 1156.00 33.8 1142.44 36.0 1296.00 33,4 1115.56 35.6 1267.36 35.8 1281.64 32.8 1075.84 30.5 930,25 29.2 852.64 28.8 829.44 N= 17 Σx = 589.4 Σ x² = 20,576,5 X̄ = 34.67 (X̄)² = 1202,00 S² = 8.9/ S.E. = √.524 = .724
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Phrynosoma platyrhinos Temps (by month) MAY x x² x y² 31.2 973.44 32.0 1369.00 35.2 1239.04 35.4 1253.16 N = 4 ∑x = 138.8 ∑x² = 4,834.64 X̄ = 34.7 (X̄)² = 1204.09
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Phrynosoma platyrhinos Temps (by month) JUNE x x² x x² 37.8 1428.84 36.2 1310.44 36.6 1339.56 36.0 1296.00 36.4 1324.96 37.4 1398.76 37.0 1369.00 38.0 1444.00 38.3 1466.89 37.8 1428.84 35.6 1267.36 N= 11 Σx = 407.1 Σx² = 15,074.65 X̄ = 37.0 (X̄)² = 1369.00 S² = 1.56 S.E. = √.142 = .379
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Phrynosoma platyrhinos Temps (by month) JULY x x² x x² 36,4 1324,96 33,4 1115,56 35,4 1253,16 N = 3 Σx = 105,2 Σx² = 3693.68 X̄ = 35.06 (X̄)² = 1229,2
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(b) [illegible] YJUT
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Phrynosoma platyrhinos Temps (by month) AUGUST x x² x y² 38.6 1489.96 38.8 1505.44 40.2 1616.04 34.2 1169.64 N=4 Σx = 151.8 Σx² = 5781.08 X̄ = 37.95 (X̄)² = 1440.20 37.6
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Phrynosoma platyrhinos Temps (by month) SEPT x x² x y² 38,6 1489,96 36,8 1354,24 38,5 1482,25 N = 3 Σx = 113,9 Σx² = 4326,45 X̄ = 37,96 (X̄)² = 1440,96 38,0
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Phrynosa platyrhinos Temps (by month) OGT x x² 31.9 1017.61 N = 1 Σx = 31.9 Σx² = 1017.61 X̄ = 31.9 (X̄)² = 1017.61
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Phrynosoma platyrhinos Temps (by sex) ♂ x x² x x² x x² 38.6 1489.96 35.6 1267.36 38.6 1489.94 35.6 1267.36 38.0 1444.00 35.8 1281.64 38.5 1482.25 32.8 1075.84 38.8 1505.44 29.2 852.64 35.0 1225.00 28.8 829.44 36.0 1296.00 37.0 1369.00 N=36 38.4 1474.56 Σx = 1294.6 38.4 1474.56 Σx² = 46,779.86 38.1 1451.61 x̄ = 35.96 35.4 1253.16 (x̄)² = 1293.12 36.2 1310.44 s² = 6.50 31.2 973.44 S.E. = √1.80 37.0 1369.00 = .424 35.2 1239.04 37.6 35.4 1253.16 36.2 1310.44 36.6 1339.56 36.0 1296.00 36.4 1324.96 33.4 1115.56 35.4 1253.16 40.2 1616.04 37.4 1398.76 37.0 1369.00 36.8 1354.24 34.0 1156.00 33.8 1142.44 37.8 1428.84
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Phrynosoma platyrhinos Temps (by sex) ♀ x x² x x² 38.8 1505.44 31.9 1017.61 37.8 1428.84 36.4 1324.96 38.0 1444.00 38.5 1482.25 34.2 1169.64 38.3 1466.89 30.5 930.25 N = 9 ΣX = 324.4 Σx² = 11,769.88 X̄ = 36.04 (X̄)² = 1298.88 S² = 10.0 S.E. = √1.11 = 1.54 38.0
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Phrynosoma platyrhinos Temps (by age) ADULT (65mm) X X² X X² X X² 38,6 1489,96 34,8 1354,24 38,8 1505,44 34,0 1156,00 38,6 1489,96 33,8 1142,44 31,9 1017,61 34,2 1169,64 38,0 1444,00 33,4 1115,56 38,5 1482,25 36,0 1296,00 38,8 1505,44 38,3 1466,89 35,0 1225,00 37,8 1428,84 37,0 1369,00 35,6 1267,36 38,4 1474,56 35,6 1267,36 38,4 1474,56 35,8 1281,64 38,1 1451,61 32,8 1075,84 35,4 1253,16 30,5 930,25 36,2 1310,44 29,2 852,64 31,2 973,44 28,8 829,44 37,0 1369,00 N = 45 35,2 1239,04 Σx = 1613,9 35,4 1253,16 Σx² = 58,183,05 37,8 1428,84 X̄ = 35,86 36,2 1310,44 (X̄)² = 1285,93 36,6 1339,56 S² = 7,19 36,0 1296,00 S.E. = √.160 36,4 1324,96 = .40 33,4 1115,56 35,4 1253,16 38,0 40,2 1616,04 36,4 1324,96 37,4 1398,76 37,0 1369,00 38,0 1444,00
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TJUGA [illegible]
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Phrynosoma platyrhinos Temps (by age) IMMATURE x x² 36.0 1296.00 N = 1 Σx = 36.0 Σx² = 1296.0 X̄ = 36.0 (X̄)² = 1296.0
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Phrynosoma platyrhinos Temps (by age) JUVENILE x x^2 38.5 1482.25 N = 1 ∑x = 38.5 ∑x^2 = 1482.25 X̄ = 38.5 (X̄)^2 = 1482.25 37.6
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Time Phrynosoma platyrhinos Are Active (by month) TIME JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC 0500 0530 0600 0630 0700 0730 0800 0830 0900 0930 1000 1030 1100 1130 1200 1230 1300 1330 1400 1430 1500 1530 1600 1630 1700 1730 1800 1830 1900
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Phrynosoma platyrhinos Temps TEMP(C) No of Animals "No Chase" 19 20 21 22 23 24 25 26 27 28 || || 29 | | 30 | | 31 | | 32 || || 33 ||| ||| 34 III |||| 35 IIII |||| 36 IIII |||| 37 IIIII |||||| 38 ||| || 39 | 40 41 42 43 44 45 46 47
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CLOACAL TEMP Phrynosoma platyrhinos TIME OF DAY
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SCELOPORUS GRACIOSUS
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SCELOPORUS GRACIOSUS
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Sceloporus graciosus caught Sept. 7, 1963 AM x x² 34.0 1156.00 33.4 1115.56 33.0 1089.00 36.0 1296.00 37.0 1369.00 34.0 1156.00 35.2 1239.04 32.2 1036.84 33.0 1089.00 35.2 1239.04 36.0 1296.00 36.4 1324.96 36.4 1324.96 33.4 115.56 33.2 1102.24 36.8 1354.24 33.0 1089.00 33.4 115.56 N = 18 ∑X = 621.6 ∑X² = 21,508.00 X̄ = 34.53 (X̄)² = 1192.32 S² = 2.72 S.E. = √.151 = .288 PM x x² 36.0 1296.00 30.2 912.04 35.0 1225.00 33.0 1089.00 35.6 1267.36 36.2 1310.44 35.6 1267.36 34.4 1183.36 33.0 1089.00 30.0 900.00 34.6 1197.16 36.0 1296.00 36.0 1296.00 34.8 1211.04 37.0 1369.00 34.0 1156.00 34.6 1197.16 34.4 1183.36 37.0 1369.00 34.4 1183.36 35.4 1253.16 35.0 1225.00 N = 22 ∑X = 762.2 ∑X² = 26,475.8 X̄ = 34.64 (X̄)² 1199.92 S² = 3.69 S.E. = √.168 = .410
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PM MA X X X X 38.0 34.0 30.5 32.4 32.0 32.0 32.0 32.0 32.9 32.5 32.6 32.8 32.8 32.5 32.4 32.0 32.0 32.5 32.0 32.0 32.9 32.4 32.0 32.4 32.8 32.4 32.0 32.5 32.0 32.8 32.9 32.0 32.4 32.4 32.5 32.8 32.4 32.8 32.4 32.8 32.7 32.8 32.0 32.8
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SCeloporus graciosus TEMPS (BY MONTH) APRIL x x² x x² x x² x x² x x² x x² 31.4 985.96 N = 31 29.8 888.09 Σx = 986.6 29.8 888.04 Σx² = 31,560.92 29.8 888.04 x̄ = 31.82 34.4 1183.36 (x̄)² = 1012.51 33.0 1089.00 s² = 5.77 33.6 1128.96 S.E. = √.186 30.0 900.00 = .431 33.0 1089.00 34.0 1156.00 30.4 924.16 31.2 973.44 29.2 852.64 28.6 817.96 35.6 1267.36 33.0 1089.00 31.0 961.00 28.8 829.44 29.2 852.64 36.6 1339.56 33.0 1089.00 32.4 1049.76 31.8 1011.24 36.2 1310.44 30.8 948.64 32.2 1036.84 33.4 1115.56 34.2 1169.64 33.0 1089.00 27.8 772.84 29.4 864.36
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APRIL
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SCELOPORUS GRACIOSUS TEMPS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 33.0 1089.00 32.6 1062.76 33.8 1142.44 33.0 1089.00 35.0 1225.00 35.0 1225.00 34.8 1211.04 [crossed out] 35.8 1281.64 32.0 1024.00 36.2 1310.44 33.6 1128.96 31.4 985.96 33.0 1089.00 32.0 1024.00 31.8 1011.24 34.0 1156.00 35.6 1267.36 37.0 1369.00 35.2 1239.04 32.6 1062.76 34.0 1156.00 34.6 1197.16 N = 66 34.0 1156.00 32.4 1049.76 Σx = 2229.9 31.5 992.25 34.4 1183.36 Σx² = 75,680.09 31.4 985.96 35.0 1225.00 X̄ = 33.78 34.4 1183.36 36.0 1296.00 (X̄)² = 1141.08 30.2 912.04 33.6 1128.96 S² = 5.67 35.8 1281.64 32.4 1049.76 S.E. = √.086 33.8 1142.44 35.2 1239.04 = .293 34.8 1211.04 36.8 1354.24 36.4 1324.96 34.8 1211.04 36.0 1296.00 34.4 1183.36 34.2 1169.64 33.6 1128.96 34.0 1156.00 35.4 1253.16 31.8 1011.24 35.4 1253.16 34.0 1156.00 35.8 1281.64 32.0 1024.00 34.2 1169.64 34.8 1211.04 35.2 1239.04 35.2 1239.04 33.0 1089.00 32.0 1024.00 33.0 1089.00 33.0 1089.00 33.8 1142.44 33.8 1142.44 32.4 1049.76 20.0 400.00 36.2 1310.44 34.0 1156.00 33.8 1142.44
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YAM 35.0 1087.00 J.55 106.2% 33.8 114548 33.0 1088.00 0.25 1079.00 32.0 133390 34.8 1071.00 3.25 0.55 1010.00 5.25 1210.44 32.9 115846 4.18 10.28P 0.38 1060.00 35.0 1064.00 8.15 105.100 0.45 1148.00 37.9 1366.39 0.55 108.100 2.25 1230.95 33.9 1089.56 0.45 1128.00 0.45 1149.10 0.45 1128.00 1.55 1063.80 2.15 211.5PP 4.15 1182.39 4.15 108.28P 0.75 1052.00 4.45 107.28P 0.45 1386.00 30.5 1013.00 0.35 1158.38 8.25 109.1750 4.55 1071.50 8.85 1115.4H 22.5 1033.04 8.45 104.1150 2.65 1214.92 36.4 108.45E 2.45 1231.10 0.15 101.0P0 4.45 1187.35 34.5 1189.04 22.9 1158.46 34.0 1128.00 32.4 1523.16 31.8 105.1100 4.25 1039.31 0.45 118.000 2.55 1562.19 35.0 105.400 2.42 1149.90 34.8 1211.150 32.5 1285.01 32.5 107.950 0.55 1069.00 35.0 105.400 0.55 1089.00 33.0 1089.00 2.55 1146.44 22.5 1114.4H 4.55 1098.40 5.00 100.50A 3.05 1210.44
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SCELOPORUS GRACIOSUS TEMPS (BY MONTH) JUNE X X² X X² X X² X X² X X² X X² 30.8 948.64 37.0 1369.00 37.2 1383.84 34.2 1169.64 34.4 1183.36 35.8 1281.64 34.2 1169.64 34.6 1197.16 28.5 812.25 35.6 1267.36 33.4 1115.56 36.0 1296.00 36.2 1310.44 34.2 1169.64 33.2 1102.24 33.6 1128.96 35.0 1225.00 35.0 1225.00 36.2 1310.44 36.4 1324.96 31.6 998.56 34.8 1211.04 36.0 1296.00 32.8 1075.84 34.4 1183.36 36.1 1303.21 34.8 1211.04 35.0 1225.00 33.2 1102.24 33.4 1115.56 37.4 1398.76 36.5 1332.25 34.8 1211.04 35.0 1225.00 33.2 1102.24 35.6 1267.36 34.4 1183.36 32.6 1062.76 36.5 1332.25 32.8 1075.84 36.8 1354.24 32.8 1075.84 34.4 1183.36 32.0 1024.00 34.4 1183.36 34.0 1156.00 27.9 778.41 29.6 34.4 1183.36 33.2 1102.24 N = 75 34.4 1183.36 34.0 1156.00 Σx = 2549.6 34.6 1197.16 34.0 1156.00 Σx² = 87,057.86 34.0 1156.00 31.6 998.56 X̄ = 33.99 28.2 795.24 35.2 1239.04 (X̄)² = 1155.32 32.2 1036.84 33.9 1149.21 S² = 5.52 36.6 1339.56 36.0 1296.00 S.E. = √0.074 36.0 1296.00 33.4 1115.56 36.6 1339.56 30.0 900.00 = 0.272 35.6 1267.36 34.2 1169.64 34.6 1197.16 32.2 1036.84 36.0 1296.00 28.0 784.00 30.2 912.04 27.0 729.00 35.0 1225.00 33.8 1142.44
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2 JUNE 30.00 34.5 36.5 33.7 34.5 150.00 118.28 192.84 152.24 34.5 33.7 36.5 33.7 34.5 150.00 118.28 192.84 152.24 30.00 34.5 36.5 33.7 34.5 150.00 118.28 192.84 152.24 34.5 33.7 36.5 33.7 34.5 150.00 118.28 192.84 152.24 30.00 34.5 36.5 33.7 34.5 150.00 118.28 192.84 152.24 34.5 33.7 36.5 33.7 34.5 150.00 118.28 192.84 152.24 30.00 34.5 36.5 33.7 34.5 150.00 118.28 192.84 152.24 34.5 33.7 36.5 33.7 34.5 150.00 118.28 192.84 152.24 30.00 34.5 36.5 33.7 34.5 150.00 118.28 192.84 152.24 34.5 33.7 36.5 33.7 34.5 150.00 118.28 192.84 152.24 30.00 34.5 36.5 33.7 34.5 150.00 118.28 192.84 152.24
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SCELOPORUS GRACIOSUS TEMPS (BY MONTH) JULY x x² x x² x x² x x² x x² x x² 33.0 1089.00 32.8 1075.84 32.4 1049.76 34.5 1190.25 X = 34.30 35.0 1225.00 36.5 992.25 35.3 1246.09 34.2 1169.64 (X)² = 1176.49 32.4 1049.76 31.6 998.56 35.0 1225.00 36.2 1310.44 34.4 1183.36 35.4 1253.16 36.0 1296.00 36.4 1324.96 S² = 3.20 34.6 1197.16 35.2 1239.04 34.6 1197.16 37.8 1428.84 S.R. = √0.028 35.8 1281.64 36.0 1296.00 32.3 1043.29 35.2 1239.04 = .167 35.0 1225.00 33.6 1128.96 35.5 1260.25 34.4 1183.36 33.0 1089.00 34.0 1156.00 32.8 1075.84 33.2 1102.24 31.0 961.00 35.6 1267.36 35.4 1253.16 37.4 1398.76 33.5 1122.25 34.4 1183.36 35.5 1260.25 33.2 1102.24 31.5 992.25 33.4 1115.56 34.0 1156.00 37.4 1398.76 34.0 1156.00 35.4 1253.16 32.0 1024.00 33.7 1135.69 35.0 1225.00 37.0 1369.00 34.8 1211.04 36.0 1296.00 33.0 1089.00 34.8 1211.04 34.4 1197.16 36.0 1296.00 36.6 1339.56 30.8 948.64 34.4 1183.36 34.6 1197.16 31.8 1011.24 36.5 1332.25 34.6 1197.16 34.3 1176.49 35.0 1225.00 33.4 1115.56 35.2 1239.04 36.0 1296.00 34.2 1169.64 33.7 1135.69 34.6 1197.16 36.4 1324.96 30.4 924.16 33.4 1115.56 33.2 1102.24 37.0 1369.00 35.0 1225.00 33.6 1128.96 33.3 1108.89 34.0 1156.00 33.6 1128.96 37.9 1436.41 36.0 1296.00 36.0 1296.00 34.8 1211.04 34.2 1169.64 31.0 961.00 33.6 1128.96 30.2 912.04 34.0 1156.00 28.4 806.56 33.2 1102.24 36.8 1354.24 38.4 1474.56 32.4 1049.76 33.0 1089.00 33.2 1102.24 34.3 1176.49 36.4 1324.96 37.8 1428.84 35.0 1225.00 34.0 1156.00 35.2 1239.04 34.0 1156.00 34.2 1169.64 34.4 1183.36 36.0 1296.00 N = 116 32.5 1056.25 33.0 1089.00 31.8 1011.24 ΣX = 3978.9 31.5 992.25 34.6 1197.16 37.0 1369.00 Σx² = 136,840.97 33.0 1089.00 34.0 1156.00 33.8 1142.44
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Y JUT 35.0 10820.00 8.95 1082.84 35.4 1042.58 34.2 1140.32 35.0 15520.00 31E 665.52 35.3 15401.04 34.3 1609.38 35.4 10600.56 31.0 998.56 35.0 10522.00 33.8 10701.84 36.4 11882.88 35.4 1588.16 35.0 15609.00 33.8 1582.88 36.4 11471.16 35.5 1532.04 34.0 11622.16 33.8 1432.84 35.8 10281.84 35.0 15409.00 35.3 10472.58 33.2 1072.36 35.8 10522.00 35.0 1152.88 35.2 15009.12 34.4 1582.96 35.0 10884.00 34.0 1126.00 34.8 1052.84 33.2 1102.88 34.0 1061.00 32.24 1505.30 33.4 1522.10 32.4 1548.36 35.2 11552.52 34.4 1188.36 35.0 15009.12 33.2 1502.16 34.0 11420.00 32.4 1142.56 34.0 11509.00 33.4 1582.36 34.0 11520.00 32.4 1523.16 35.0 15041.00 33.2 1582.12 35.0 10572.00 35.0 1511.04 34.8 15111.04 34.0 1546.00 35.0 10880.00 34.8 1511.04 34.8 11472.88 34.4 11621.16 36.4 10822.88 35.8 948.84 34.8 11829.90 34.4 11621.16 35.8 10111.74 34.2 15325.52 34.8 11621.16 34.3 1142.96 35.0 10522.00 34.4 1112.56 35.2 15324.04 34.0 1584.00 34.5 1182.84 33.4 1132.84 34.0 11441.16 34.4 1589.12 36.0 101.14P 34.4 1142.56 34.8 11055.84 34.0 1508.00 35.0 10522.00 33.4 1158.84 34.8 11411.06 34.4 1542.00 35.8 104.2571 35.4 1142.96 35.8 11421.06 35.0 1546.00 35.8 104.1101 34.4 1144.84 34.8 11409.00 33.8 1142.16 30.0 104.010 34.5 11509.00 34.4 15047.56 32.0 104.56 35.8 104.2301 35.4 1154.56 35.4 10442.58 35.0 104.56 35.8 104.2011 34.5 11509.00 34.8 11501.06 33.8 1152.16 35.8 10522.00 34.0 1152.00 35.2 15382.84 34.4 1542.16 35.4 104.9211 34.4 1148.84 35.0 15091.06 34.8 1152.16 35.0 10502.00 34.0 10880.00 34.8 11055.84 34.0 1142.16 35.2 10552.9P 34.8 1162.16 35.0 15271.06 34.0 1542.16
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SCELOPORUS GRACIOSUS TEMPS (BY MONTH) AUGUST x x² x x² x x² x x² x x² x x² 34.2 1169.64 32.8 1075.84 32.6 1062.76 34.8 1211.04 35.2 1239.04 35.1 1232.01 34.0 1156.00 37.0 1369.00 36.7 1346.89 37.5 1406.25 35.5 1260.25 34.4 1183.36 36.0 1296.00 35.8 1281.64 36.0 1296.00 34.6 1197.16 33.4 1115.56 34.6 1197.16 35.6 1267.36 33.2 1102.24 39.0 1521.00 33.4 1115.56 35.6 1267.36 34.4 1189.36 33.6 1128.96 35.0 1225.00 37.2 1383.84 33.8 1142.44 36.0 1296.00 35.6 1267.36 33.4 1115.56 32.2 1036.84 32.8 1075.84 34.5 1190.25 35.0 1225.00 36.2 1310.44 34.3 1176.49 33.6 1128.96 34.8 1211.04 29.9 894.01 34.0 1156.00 36.4 1324.96 32.8 1075.84 31.6 998.56 38.0 1444.00 32.5 1056.25 35.0 1225.00 36.8 1354.24 31.4 985.96 34.0 1156.00 34.0 1156.00 35.8 1281.64 36.0 1296.00 34.0 1156.00 36.4 1324.96 35.2 1239.04 34.2 1169.64 37.2 1383.84 33.0 1089.00 32.6 1062.76 35.4 1253.16 31.6 998.56 35.0 1225.00 36.4 1324.96 34.5 1190.25 36.6 1339.56 33.4 1115.56 37.2 1383.84 N=84 35.0 1225.00 33.0 1089.00 ΣX = 2915.8 36.4 1324.96 34.7 1204.09 Σx² = 101,434.08 33.2 1102.24 35.6 1267.36 x̄ = 34.71 35.4 1253.16 36.1 1303.21 (x)² = 1204.78 34.8 1211.04 36.3 1317.69 s² = 2.80 35.0 1225.00 32.8 1075.84 S.E. = √1.033 34.4 1183.36 35.0 1225.00 = .182 34.8 1211.04 33.0 1089.00
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AUGUST 320 1982.90 35.8 1052.94 348 1511.04 36.5 1315.05 32.7 1522.16 36.5 1322.16 332 1501.50 11.25 1512.75 36 1354.88 36.4 1391.28 328 1284.24 32.0 1316.24 31.4 1252.88 31.0 1283.88 352 1202.52 35.0 1237.52 35.8 1012.84 31.9 1044.74 34.9 864.10 34.0 898.10 343 1156.40 33.6 1190.00 342 1140.52 32.0 1172.52 334 1122.28 33.0 1155.28 338 1112.96 33.4 1146.36 33.8 1115.34 33.0 1148.34 330 1122.48 33.0 1155.48 334 1112.28 33.6 1145.88 329 1108.28 32.9 1141.18 320 1063.28 32.0 1095.28 31.8 1052.76 31.6 1084.36 328 1022.40 32.8 1055.20 31.4 1012.88 31.0 1043.88 32.0 952.00 32.0 984.00 31.0 912.00 31.0 943.00 30.6 872.64 30.6 903.24 28.8 832.32 28.8 861.12 27.0 792.00 27.0 819.00 25.2 751.68 25.2 776.88 23.4 711.36 23.4 734.70
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SCELOPORUS GRACIOSUS TEMPS (BY MONTH) SEPTEMBER x x² x x² x x² x x² x x² x x² 35.2 1239.04 33.4 1115.56 34.8 1211.04 33.0 1089.00 32.4 1049.76 35.6 1267.36 34.8 1211.04 33.4 1115.56 35.2 1239.04 31.0 961.00 31.8 1011.24 33.6 1128.96 34.2 1169.64 33.2 1102.24 34.4 1183.36 34.0 1156.00 36.2 1310.44 33.2 1102.24 36.0 1296.00 36.8 1354.24 34.6 1197.16 30.4 924.16 30.8 948.64 35.4 1253.16 36.2 1310.44 33.0 1089.00 35.0 1225.00 35.0 1225.00 32.2 1036.84 33.9 1149.21 36.3 1317.69 36.0 1296.00 35.2 1239.04 34.8 1211.04 33.4 1115.56 36.0 1296.00 32.0 1024.00 30.2 912.04 33.2 1102.24 36.8 1354.24 34.2 1169.64 33.4 1115.56 35.2 1239.04 35.0 1225.00 36.4 1324.96 33.2 1102.24 33.0 1089.00 30.0 900.00 33.4 1115.56 33.0 1089.00 N = 70 36.5 1332.25 27.8 772.84 25.0 625.00 34.7 1204.09 35.6 1267.36 Σx = 2408.2 2.8 7.84 29.4 864.36 42.0 1764.00 34.8 1211.04 36.2 1310.44 Σx² = 83,085.54 36.2 1310.44 33.5 1122.25 33.6 1128.96 35.6 1267.36 x̄ = 34.40 34.4 1183.36 42.2 1780.84 33.0 1089.00 34.4 1183.36 (x̄)² = 1183.36 36.0 1296.00 32.2 1036.84 35.4 1253.16 33.0 1089.00 33.6 1128.96 35.0 1225.00 32.2 1036.84 30.0 900.00 S² = 3.63 34.0 1156.00 31.4 985.96 25.4 645.16 34.6 1197.16 S.E. = √.052 32.4 1049.76 32.8 1075.84 33.2 1102.24 36.0 1296.00 → .228 36.2 1310.44 34.8 1211.04 32.8 1075.84 36.0 1296.00 36.4 1324.96 35.4 1253.16 34.0 1156.00 34.8 1211.04 33.4 1115.56 33.2 1102.24 33.4 1115.56 37.0 1369.00 34.2 1169.64 35.4 1253.16 33.0 1089.00 34.0 1156.00 35.0 1225.00 34.2 1169.64 36.0 1296.00 34.6 1197.16 36.0 1296.00 29.2 852.64 35.2 1239.04 37.0 1369.00 34.4 1183.36 36.0 1296.00 28.6 817.96 33.0 1089.00 34.0 1156.00 37.0 1369.00 36.0 1296.00 35.0 1225.00 33.0 1089.00 35.2 1239.04 34.4 1183.36 36.5 1332.25 33.0 1089.00 33.4 1115.56 32.2 1036.84 35.4 1253.16 33.2 1102.24 31.0 961.00 33.4 1115.56 33.0 1089.00 35.0 1225.00 32.0 1024.00 28.8 829.44 36.2 1310.44 35.2 1239.04 32.6 1062.76 36.0 1296.00 24.2 585.64 35.8 1281.64 36.0 1296.00 35.6 1267.36 35.0 1225.00 26.6 707.56 33.6 1128.96 36.4 1324.96 34.0 1156.00 34.0 1156.00 33.0 1089.00 34.2 1169.64 36.4 1324.96 35.0 1225.00 33.0 1089.00 34.0 1156.00
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SEPTEMBER BY MONTH X^2 X^2 X^2 X^2 X^2 X^2 X X 32.5 103.604 37.8 103.604 37.8 1430.44 34.8 1211.04 37.4 1211.04 37.4 1400.76 34.5 1190.25 37.2 1190.25 37.2 1383.84 36.0 1296.00 38.6 1296.00 38.6 1490.96 36.5 1332.25 37.0 1332.25 37.0 1369.00 39.3 1544.49 38.0 1544.49 38.0 1444.00 35.0 1225.00 38.0 1225.00 38.0 1444.00 32.5 1056.25 38.0 1056.25 38.0 1444.00 33.4 1115.56 37.0 1115.56 37.0 1369.00 34.4 1183.36 32.8 1183.36 32.8 1075.84 34.8 1211.04 38.5 1211.04 38.5 1482.25 33.9 1149.21 37.6 1149.21 37.6 1413.76 33.0 1089.00 37.4 1089.00 37.4 1398.76 32.5 1056.25 33.0 1056.25 33.0 1089.00 32.9 1082.41 34.6 1082.41 34.6 1197.16 33.5 1122.25 36.0 1122.25 36.0 1296.00 35.8 1281.64 39.0 1281.64 39.0 1521.00 34.0 1156.00 34.8 1156.00 34.8 1211.04 32.4 1049.76 35.0 1049.76 35.0 1225.00 33.0 1089.00 34.0 1089.00 34.0 1156.00 36.0 1296.00 34.6 1296.00 34.6 1197.16 33.0 1089.00 34.0 1089.00 34.0 1156.00 35.5 1260.25 37.4 1260.25 37.4 1398.76 33.5 1122.25 37.4 1122.25 37.4 1398.76 33.6 1128.96 35.0 1128.96 35.0 1225.00 32.5 1056.25 35.6 1056.25 35.6 1267.36 36.0 1296.00 37.0 1296.00 37.0 1369.00
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SCELOPORUS GRACIOSUS TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 34.8 1211.04 34.2 1169.64 32.6 1062.76 33.0 1089.00 32.4 1049.76 35.6 1267.36 35.2 1239.04 36.2 1310.44 33.0 1225.00 31.0 961.00 31.8 1011.24 32.6 1062.76 33.0 1089.00 36.3 1317.69 33.6 1128.96 34.0 1156.00 36.2 1310.44 33.2 1102.24 33.0 1089.00 32.0 1024.00 34.4 1183.36 30.4 924.16 30.8 948.64 35.2 1239.04 34.8 1211.04 33.4 1115.56 35.0 1225.00 35.0 1225.00 32.2 1036.84 33.9 1149.21 32.0 1024.00 34.8 1211.04 34.4 1183.36 34.8 1211.04 33.4 1115.56 36.0 1296.00 31.4 985.96 33.6 1128.96 34.4 1183.36 36.8 1354.24 34.2 1169.64 33.4 1115.56 31.8 1011.24 35.4 1253.16 34.0 1156.00 33.2 1102.24 33.0 1089.00 30.0 900.00 37.0 1369.00 32.2 1036.84 34.4 1183.36 31.5 992.25 27.8 772.84 28.0 784.00 34.0 1156.00 25.4 645.16 34.4 1183.36 32.8 1075.84 29.4 864.36 27.0 729.00 34.0 1156.00 34.4 1183.36 34.6 1197.16 31.6 998.56 36.2 1310.44 33.8 1142.44 31.5 992.25 29.8 888.04 32.2 1036.84 35.2 1239.04 34.4 1183.36 37.2 1383.84 31.4 985.96 34.4 1183.36 36.0 1296.00 36.0 1296.00 36.0 1296.00 33.2 1102.24 30.8 948.64 33.0 1089.00 35.6 1267.36 33.6 1128.96 33.6 1128.96 35.0 1225.00 34.2 1169.64 33.6 1128.96 34.6 1197.16 34.0 1156.00 32.4 1049.76 31.6 998.56 34.2 1169.64 33.0 1089.00 30.2 912.04 36.4 1324.96 36.2 1239.04 32.8 1075.84 35.6 1267.36 34.0 1156.00 37.0 1369.00 35.0 1225.00 34.8 1211.04 34.8 1211.04 36.2 1310.44 36.2 993.44 34.4 1183.36 36.4 1324.96 35.4 1253.16 34.4 1183.36 34.0 1156.00 35.8 1281.64 33.4 1115.56 33.2 1102.24 35.4 1253.16 29.6 32.5 1056.25 33.8 1442.44 34.2 1169.64 35.4 1253.16 35.8 1281.64 34.4 1183.36 34.6 1197.16 34.8 1211.04 35.0 1225.00 35.4 1253.16 34.2 1169.64 37.0 1369.00 33.6 1128.96 36.4 1324.96 36.4 1324.96 29.2 852.64 35.2 1239.04 34.8 1211.04 33.4 1115.56 36.0 1296.00 36.0 1296.00 28.6 817.96 33.0 1089.00 30.8 948.64 34.5 1190.25 34.0 1156.00 36.1 1303.21 35.6 1267.36 33.0 1089.00 33.4 1115.56 34.3 1176.49 31.8 1011.24 36.5 1332.25 33.0 1089.00 33.8 1142.44 33.7 1135.69 29.9 894.01 32.0 1024.00 33.2 1102.24 31.0 961.00 32.4 1049.76 33.4 1115.54 32.5 1056.25 33.0 1089.00 32.6 1062.76 28.8 829.44 36.2 1310.44 37.9 1436.41 31.4 985.96 33.8 1142.44 36.8 1354.24 29.2 852.64 35.8 1281.64 34.2 1169.64 35.8 1281.64 20.0 400.00 35.0 1225.00 36.6 1339.56 33.6 1128.96 34.0 1156.00 34.8 1211.04 34.0 1156.00 34.6 1197.16 33.0 1089.00 32.0 1024.00 34.0 1156.00
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(BY SEX) X X X X X X X X X 34.8 101.XI 54.8 111.PA 32.6 102.SS 33.0 100.9800 33.4 104.47 33.4 32.5 120.XX 30.2 131.XI 32.0 120.00 31.0 96.00 31.8 104.XX 33.0 33.0 100.XX 30.3 131.PP 33.6 115.EB 34.0 100.EE 36.2 94.01 32.8 33.0 100.ZZ 33.0 103.HH 34.0 118.EB 30.4 95.41 30.8 98.07 32.2 34.8 101.XX 33.4 112.SS 32.0 120.00 33.0 125.00 35.5 108.EB 38.0 35.0 100.HH 34.8 114.XI 34.4 118.SS 34.8 121.04 33.4 116.09 34.4 31.4 108.ZZ 33.0 125.JP 34.4 127.EB 36.8 128.41 34.5 112.PP 33.4 31.8 101.HH 33.4 123.ZL 34.0 112.00 33.2 110.00 33.0 109.98 30.0 35.0 136.00 37.5 148.EB 34.4 118.SS 31.2 95.59 35.8 108.47 38.0 34.0 111.ZZ 33.4 161.AJ 34.4 163.EB 35.8 102.8A 34.9 108.JP 35.0 34.0 111.ZZ 34.4 118.EB 34.8 115.PP 31.8 122.PP 30.8 126.XA 39.0 31.2 25.6PP 35.4 110.368 35.5 102.EB 32.0 120.HK 32.2 152.PP 34.4 31.4 16.2FF 34.4 118.EE 33.0 120.HH 32.0 120.HH 30.0 120.00 33.5 30.8 116.PP 33.0 108.88 33.0 124.SS 33.0 117.98 33.0 117.98 32.0 34.5 116.PP 33.0 125.JP 34.4 111.PP 34.0 117.SS 33.4 104.EB 31.0 34.5 116.PP 33.0 108.88 30.5 116.HH 32.4 129.HH 30.2 125.00 35.8 32.0 122.00 34.0 112.SS 35.0 126.EB 32.0 100.ZZ 34.8 121.HH 34.8 32.8 116.0E 37.5 114.EP 34.4 118.SS 32.4 129.EB 34.4 122.XJ 34.4 32.8 116.0E 37.5 114.EP 33.2 122.SS 33.2 110.00 39.4 123.ZL 32.4 35.2 114.PP 33.8 111.HH 34.5 116.EB 32.4 122.7J 32.8 128.EB 34.4 34.6 119.SS 34.8 110.XL 32.0 125.00 32.8 120.98 34.5 121.PP 35.0 33.4 122.7J 36.4 131.EE 36.4 132.HH 35.5 120.00 35.2 122.SS 34.8 33.4 120.98 36.0 120.ZZ 36.0 120.98 38.4 120.98 33.0 120.98 30.0 34.0 115.0E 34.0 115.EP 30.4 120.00 32.2 120.7J 33.4 120.98 33.4 36.4 116.HH 31.8 115.XZ 32.2 123.SS 33.0 120.EB 33.8 115.PP 33.4 33.0 101.PPB 35.0 102.PP 32.8 110.XK 31.0 100.JE 35.4 104.PE 33.4 35.2 102.SS 33.0 102.PP 35.8 106.SS 32.8 108.XX 32.0 108.EB 37.4 31.4 116.XX 33.8 114.HH 36.8 125.SS 33.0 100.EE 33.8 104.PP 34.8 32.8 120.00 37.0 123.XX 32.0 122.ZZ 36.0 129.XX 34.0 115.EB 34.0
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Sceloporus graciosus Temps. (By sex) x x² x x² x x² x x² 34.0 1156.00 34.4 1183.36 34.0 1156.00 33.2 1102.24 35.0 1225.00 35.5 1260.25 33.4 1115.56 36.4 1324.96 36.0 1296.00 35.8 1281.64 36.0 1296.00 N = 274 34.6 1197.16 33.2 1102.24 37.0 1369.00 Σx = 9,315.8 35.5 1260.25 36.0 1296.00 34.0 1156.00 Σx² = 318,120.81 32.8 1075.84 35.0 1303.21 32.2 1036.84 X̄ = 33.99 35.4 1253.16 33.6 1128.96 33.0 1089.00 (X̄)² = 1155.32 32.0 1024.00 34.0 1156.00 35.2 1239.04 34.6 1197.16 31.6 998.56 36.0 1296.00 s² = 5.72 33.3 1108.89 34.0 1156.00 36.4 1324.96 S.E. = √.021 36.0 1296.00 35.2 1239.04 36.4 1324.96 = .145 31.0 961.00 33.0 1089.00 33.4 1115.56 28.4 806.56 31.6 998.56 33.4 1115.56 32.4 1049.76 37.2 1383.84 33.0 1089.00 36.4 1324.96 33.0 1089.00 36.0 1296.00 35.2 1239.04 34.7 1204.09 33.0 1089.00 36.0 1296.00 36.3 1317.69 35.6 1267.36 34.5 1190.25 35.0 1225.00 36.2 1310.44 34.2 1169.64 33.0 1089.00 35.6 1267.36 37.8 1428.84 32.6 1062.76 33.0 1089.00 35.2 1239.04 34.4 1183.36 30.0 900.00 37.4 1388.76 36.0 1296.00 34.6 1197.16 36.0 1296.00 34.6 1197.16 34.0 1156.00 36.0 1296.00 37.2 1383.84 34.6 1197.16 34.6 1197.16 32.8 1075.84 35.4 1253.16 34.3 1176.49 36.2 1310.44 35.0 1225.00 36.0 1296.00 34.8 1211.04 32.6 1062.76 37.0 1369.00 36.4 1324.96 35.2 1239.04 36.0 1296.00 36.8 1354.24 34.4 1183.36 37.8 1428.84 34.0 1156.00 34.6 1197.16 35.0 1225.00 35.0 1225.00 35.0 1225.00
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(x52 f0 X X X X X X X X 34.0 1172.00 18.9 18.9 0.36 4.0 14.4 14.4 0.36 32.0 1024.00 32.0 16.0 0.50 8.0 16.0 16.0 0.50 32.0 1024.00 32.0 16.0 0.50 8.0 16.0 16.0 0.50 34.0 1156.00 34.0 17.0 0.50 8.5 17.0 17.0 0.50 32.0 1024.00 32.0 16.0 0.50 8.0 16.0 16.0 0.50 32.0 1024.00 32.0 16.0 0.50 8.0 16.0 16.0 0.50
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SCELOPORUS GRACIOSUS TEMPS (BY SEX) ♀ x x² x x² x x² x x² x x² x x² 36.0 1296.00 28.2 795.24 35.4 1253.16 34.0 1156.00 35.2 1239.04 35.6 1267.36 36.6 1339.56 33.0 1089.00 36.5 1332.25 33.6 1128.96 33.2 1102.24 33.4 1115.56 36.6 1339.56 34.0 1156.00 33.6 1128.96 33.2 1102.24 36.8 1354.24 33.8 1142.44 36.0 1296.00 35.2 1239.04 38.4 1474.56 33.0 1089.00 30.2 912.04 32.8 1075.84 35.0 1225.00 34.6 1197.16 34.3 1176.49 34.0 1156.00 35.0 1225.00 36.4 1324.96 34.6 1197.16 32.4 1049.76 34.4 1183.36 35.0 1225.00 34.4 1183.36 37.2 1383.84 33.2 1102.24 35.0 1225.00 33.0 1089.00 34.8 1211.04 35.6 1267.36 36.0 1296.00 33.0 1089.00 36.8 1354.24 34.6 1197.16 32.8 1075.84 34.0 1156.00 35.2 1239.04 32.4 1049.76 34.4 1183.36 32.4 1049.76 35.2 1239.04 36.0 1296.00 34.7 1204.09 34.4 1183.36 33.6 1128.96 35.3 1246.09 37.0 1369.00 36.0 1296.00 33.0 1089.00 35.8 1281.64 33.8 1142.44 32.3 1043.29 33.4 1115.56 34.8 1211.04 33.2 1102.24 35.0 1225.00 33.8 1142.44 35.5 1260.25 35.6 1267.36 37.0 1369.00 32.8 1075.84 33.5 1122.25 35.0 1225.00 34.0 1156.00 32.2 1036.84 34.4 1183.36 30.2 912.04 31.5 992.25 32.0 1024.00 34.8 1211.04 35.0 1225.00 37.0 1369.00 29.8 888.04 35.0 1225.00 27.9 778.41 34.6 1197.16 36.0 1296.00 34.4 1183.36 29.8 888.04 33.0 1089.00 34.0 1156.00 34.4 1183.36 34.5 1190.25 35.0 1225.00 31.4 985.96 36.6 1339.56 34.0 1156.00 34.6 1197.16 35.6 1267.36 34.8 1211.04 30.0 900.00 31.8 1011.24 31.6 998.56 35.2 1239.04 36.1 1303.21 35.2 1239.04 30.4 924.16 35.0 1225.00 34.2 1169.64 33.2 1102.24 32.8 1075.84 N = 167 34.2 1169.64 34.2 1169.64 32.2 1036.84 31.8 1011.24 35.1 1232.01 ΣX = 5719.0 34.0 1156.00 33.6 1128.96 35.8 1281.64 37.0 1369.00 36.7 1346.89 Σx² = 196,426.22 34.8 1211.04 30.2 912.04 28.5 812.25 33.8 1142.44 39.0 1521.00 X̄ = 34.24 35.2 1239.04 35.0 1225.00 36.0 1296.00 36.2 1310.44 34.4 1183.36 (X̄)² = 1172.37 32.0 1024.00 34.2 1169.64 33.4 1115.56 36.4 1324.96 35.6 1267.36 36.2 1310.44 32.5 1056.25 34.8 1211.04 34.4 1183.36 38.0 1444.00 S² = 3.86 34.8 1211.04 33.0 1089.00 35.6 1267.36 33.2 1102.24 34.0 1156.00 S.E. = √.023 35.0 1225.00 31.5 992.25 36.5 1332.25 33.2 1102.24 34.2 1169.64 = .152 37.4 1398.76 35.4 1253.16 32.8 1075.84 37.4 1398.76 36.6 1339.56 32.8 1075.84 33.4 1115.56 35.6 1267.36 33.7 1135.69 32.6 1062.76 34.0 1156.00 34.8 1211.04 33.4 1115.56 36.4 1324.96 33.0 1089.00
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{ "text": "35.4 1052.89 4.22 67.24 1051.65 1052.17 32.4 1052.00 38.0 1234.56 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105.54 34.5 1105 [TRANSCRIPTION_TRUNCATED_DUE_TO_LOOP]
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SCELOPORUS GRACIOSUS TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 34.8 8211.04 29.9 894.01 34.4 1183.36 34.4 1183.36 36.1 1303.21 33.2 1102.24 34.2 1169.64 32.8 1075.84 33.0 1089.00 35.0 1225.00 33.2 1102.24 35.0 1225.00 35.2 1239.04 32.5 1056.25 33.6 1128.96 37.4 1398.76 36.5 1332.25 34.2 1169.64 33.0 1089.00 31.4 985.96 30.0 900.00 35.0 1225.00 33.2 1102.24 32.5 1056.25 33.0 1089.00 35.8 1281.64 33.0 1089.00 34.4 1183.36 32.6 1062.76 31.5 992.25 34.8 1211.04 36.4 1324.96 34.0 1156.00 32.8 1075.84 36.8 1354.24 33.0 1089.00 32.0 1024.00 37.2 1383.84 30.4 924.16 34.4 1183.36 33.0 1089.00 32.8 1075.84 31.4 985.96 34.8 1211.04 31.2 973.44 34.8 1156.00 35.0 1225.00 31.5 992.25 31.8 1011.24 34.2 1169.64 35.8 1281.64 34.4 1183.36 32.4 1049.76 31.6 998.56 32.0 1024.00 36.0 1296.00 33.8 1142.44 34.4 1183.36 34.4 1183.36 35.4 1253.16 34.0 1156.00 36.2 1310.44 34.8 1211.04 34.6 1197.16 34.6 1197.16 35.2 1239.04 34.0 1156.00 36.3 1317.69 36.9 1361.61 34.0 1156.00 35.8 1281.64 36.0 1296.00 31.5 992.25 32.0 1024.00 36.0 1296.00 28.2 795.24 35.0 1225.00 33.6 1128.96 31.4 985.96 35.2 1239.04 34.2 1169.64 32.2 1036.84 33.0 1089.00 34.0 1156.00 30.8 948.64 33.4 1115.56 34.0 1156.00 36.6 1339.56 31.0 961.00 35.4 1253.16 34.2 1169.64 34.7 1204.09 31.8 1011.24 36.0 1296.00 33.5 1122.25 36.4 1324.96 34.2 1169.64 34.8 1211.04 34.0 1156.00 36.6 1339.56 31.5 992.25 33.4 1115.56 35.6 1267.36 33.6 1128.96 32.0 1024.00 35.6 1267.36 34.0 1156.00 35.0 1225.00 36.2 1310.44 33.0 1089.00 34.8 1211.04 34.6 1197.16 35.0 1225.00 36.4 1324.96 34.0 1156.00 35.4 1253.16 35.2 1239.04 36.0 1296.00 33.0 1089.00 33.2 1102.24 37.5 1406.25 32.2 1036.84 32.0 1024.00 30.2 912.04 36.6 1339.56 35.4 1253.16 36.0 1296.00 25.4 645.16 33.0 1089.00 35.0 1225.00 31.8 1011.24 34.8 1211.04 34.6 1197.16 33.2 1102.24 33.8 1142.44 37.0 1369.00 35.0 1225.00 36.6 1339.56 35.6 1267.36 32.8 1075.84 20.0 400.00 34.4 1183.36 34.2 1169.64 33.0 1089.00 33.4 1115.56 34.4 1183.36 34.0 1156.00 34.6 1197.16 30.4 924.16 32.4 1049.76 33.6 1128.96 30.2 912.04 32.6 1062.76 33.4 1115.56 35.0 1225.00 31.8 1011.24 33.8 1142.44 31.4 985.96 35.0 1225.00 34.2 1169.64 33.6 1128.96 36.2 1310.44 33.4 1115.56 29.8 888.04 33.6 1128.96 35.0 1225.00 34.8 1211.04 30.8 948.64 34.5 1190.25 29.8 888.04 36.2 1310.44 36.4 1324.96 30.2 912.04 32.2 1036.84 34.3 1176.49 29.8 888.04 34.8 1211.04 36.0 1296.00 36.8 1354.24 33.4 1115.56
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ADULT 34.8 10,159 25.9 10,008 34.4 18,286 34.4 118,336 38.1 118,536 13,007.15 33.5 34.5 11,934 35.8 10,284 33.0 10,894 32.0 15,200 33.5 110,504 33.0 32.5 13,270 35.2 10,265 23.9 11,886 38.4 13,964 38.2 13,952 34.5 33.0 10,880 31.4 10,288 30.0 680.00 32.0 13,280 33.5 110,504 35.2 33.0 10,984 33.8 13,879 33.0 10,800 34.1 116,380 35.9 108,838 31.2 34.8 10,118 36.4 13,849 34.0 11,200 35.8 10,784 36.8 13,824 33.0 35.0 10,140 35.5 13,874 30.9 9,341 34.1 116,390 33.0 10,880 35.8 31.4 38,246 34.8 10,157 31.5 4,999 34.0 11,680 32.0 11,280 31.2 31.8 10,130 34.5 13,884 32.8 11,879 34.4 110,808 35.4 104,156 31.6 32.0 13,880 34.0 13,880 33.8 10,896 34.4 118,384 34.4 118,384 32.4 34.8 11,280 34.5 13,874 34.8 13,316 34.9 11,316 34.9 11,316 32.5 34.0 11,280 34.3 13,870 34.8 13,184 34.8 13,184 34.8 13,184 32.5 34.0 11,280 34.3 13,870 34.8 13,184 34.8 13,184 34.8 13,184 32.5 31.2 24,999 32.0 10,800 32.0 10,800 32.0 10,800 32.0 10,800 32.0 31.4 28,289 32.5 10,800 34.5 10,800 34.5 10,800 34.5 10,800 34.5 30.8 11,879 33.4 11,280 34.0 13,800 34.0 13,800 34.0 13,800 32.4 34.5 11,879 34.5 11,280 34.8 13,960 34.8 13,960 34.8 13,960 34.4 34.5 11,879 34.8 11,280 34.8 13,960 34.8 13,960 34.8 13,960 34.4 32.8 13,870 33.0 10,800 33.0 10,800 33.0 10,800 33.0 10,800 32.0 34.0 11,280 34.5 13,874 34.8 13,184 34.8 13,184 34.8 13,184 32.5 32.4 26,910 33.5 10,800 33.5 10,800 33.5 10,800 33.5 10,800 32.4 34.8 10,118 36.4 13,849 34.0 11,200 35.8 10,784 36.8 13,824 33.0 33.4 11,280 34.8 13,874 34.8 13,184 34.8 13,184 34.8 13,184 32.5 34.2 26,099 34.8 10,888 34.4 10,788 34.4 10,788 34.4 10,788 34.4 34.3 11,586 34.8 10,888 34.4 10,788 34.4 10,788 34.4 10,788 34.4
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Sceloporus graciosus Temps. (By Age) ADULT IMMATURE X X² X X² X X² X X² X X² X X² 34.2 1169.64 33.6 1128.96 37.0 1369.00 34.2 1169.64 34.0 1156.00 34.0 1156.00 33.0 1089.00 32.0 1024.00 34.8 1211.04 36.2 1310.44 31.6 998.56 34.2 1169.64 27.8 772.84 35.6 1267.36 33.4 1115.56 36.4 1324.96 35.0 1225.00 35.0 1225.00 29.4 864.36 32.6 1062.76 33.7 1135.69 37.8 1428.84 31.6 998.56 36.6 1339.56 36.2 1310.44 35.2 1239.04 33.6 1128.96 35.2 1239.04 34.5 1190.25 34.0 1156.00 33.0 1089.00 33.9 1149.21 37.9 1436.41 33.2 1102.24 37.2 1383.84 33.4 1115.56 34.0 1156.00 36.0 1296.00 38.4 1474.56 37.4 1398.76 33.0 1089.00 36.0 1296.00 35.2 1239.04 33.4 1115.56 34.4 1183.36 37.4 1398.76 34.7 1204.09 30.2 912.04 34.6 1197.16 30.0 900.00 35.3 1246.09 33.7 1135.69 35.6 1267.36 35.0 1225.00 32.4 1049.76 34.2 1169.64 35.0 1225.00 36.0 1296.00 36.1 1303.21 35.6 1267.36 34.4 1183.36 32.2 1036.84 36.0 1296.00 34.6 1197.16 36.3 1317.69 36.2 1310.44 35.0 1225.00 28.0 784.00 34.6 1197.16 36.0 1296.00 32.8 1075.84 35.6 1267.36 36.0 1296.00 27.0 729.00 32.3 1043.29 36.4 1324.96 35.0 1225.00 34.4 1183.36 33.6 1128.96 33.8 1142.44 35.5 1260.25 37.0 1369.00 33.0 1089.00 33.0 1089.00 32.4 1049.76 37.2 1383.84 32.8 1075.84 34.0 1156.00 32.6 1062.76 34.6 1197.16 35.2 1239.04 35.8 1281.64 35.4 1253.16 36.0 1296.00 35.1 1232.01 36.0 1296.00 36.8 1354.24 28.5 812.25 35.5 1260.25 33.6 1128.96 36.7 1346.89 34.0 1156.00 34.8 1211.04 36.0 1296.00 34.0 1156.00 33.2 1102.24 34.4 1183.36 35.0 1225.00 34.4 1183.36 33.2 1102.24 32.0 1024.00 37.8 1428.84 36.0 1296.00 35.0 1225.00 33.6 1128.96 35.0 1225.00 34.8 1211.04 34.0 1156.00 34.6 1197.16 34.8 1211.04 35.4 1253.16 31.6 998.56 34.6 1197.16 37.0 1369.00 39.0 1521.00 35.2 1239.04 35.4 1253.16 32.8 1075.84 34.4 1183.36 35.5 1260.25 34.4 1183.36 34.4 1183.36 35.8 1281.64 34.8 1211.04 34.6 1197.16 35.8 1281.64 37.2 1383.84 34.6 1197.16 34.2 1169.64 33.4 1115.56 35.2 1239.04 33.4 1115.56 35.6 1267.36 35.0 1225.00 33.0 1089.00 34.8 1211.04 34.6 1197.16 33.2 1102.24 32.8 1075.84 35.2 1239.04 33.0 1089.00 35.6 1267.36 33.2 1102.24 35.6 1267.36 36.2 1310.44 N = 360 36.2 1310.44 36.5 1332.25 33.3 1108.89 35.0 1225.00 34.8 1211.04 ΣX = 12,300.3 33.8 1142.44 32.8 1075.84 36.0 1296.00 36.0 1296.00 36.4 1324.96 ΣX² = 421,816.17 33.8 1142.44 34.4 1183.36 35.2 1239.04 32.2 1036.84 38.0 1444.00 X̄ = 34.16 35.0 1225.00 34.4 1183.36 37.0 1369.00 35.0 1225.00 36.8 1354.24 (X̄)² = 1166.90 35.8 1281.64 33.4 1115.56 33.8 1142.44 33.6 1128.96 34.0 1156.00 (on back)
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= 4.82 = √0.013 = .114
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SCLOPORUS GRACIOSUS TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 29.2 852.64 31.0 961.00 30.0 900,00 28.6 817.96 28.4 806.56 36.0 1296.00 35.6 1267.36 32.4 1049.76 34.8 1211,04 33.0 1089.00 36.4 1324.96 37.0 1369.00 31.0 961.00 36.0 1296.00 34.6 1197,16 28.8 829.44 31.8 1011.24 34.4 1183.36 29.2 852.64 34.5 1190.25 37.0 1369.00 35.2 1239.04 34.4 1183.36 34.4 1183,36 33.8 1142.44 33.2 1102.24 35.4 1253,16 32.4 1049.76 36.0 1296.00 32.6 1062.76 32.0 1024.00 34.3 1176.49 35.6 1267.36 27.9 728.41 33.0 1089.00 34.0 1156.00 33.2 1102.24 35.0 1225.00 33.2 1102.24 34.0 1156.00 34.4 1183.36 36.4 1324.96 34.0 1156.00 34.8 1211.04 N = 73 31.6 998.56 32.8 1075.84 Σx = 2457.1 27.6 35.2 1239.04 Σx² = 83,038.37 35.6 1267.36 34.0 1156.00 X = 33.65 35.4 1253.16 36.0 1296.00 (X)² = 1132.32 30.8 948.64 35.2 1239.04 S² = 5.26 36.5 1332.25 33.0 1089.00 S.E. = √.072 33.4 1115.56 32.6 1062.76 = .268 34.2 1169.64 36.4 1324.96 34.0 1156.00 36.4 1324.96 34.3 1176.49 33.4 1115,56 34.0 1156.00 33.4 1115,56 33.0 1089.00 33.2 1102,24 34.6 1197.16 36.8 1354.24 34.0 1156.00 33.0 1089.00 32.4 1049.76 33.0 1089.00
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IMMATURE (BY AGE)
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SCELOPORUS GRACIOSUS TEMPS (BY AGE) JUVENILE
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No text detected
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SCELOPORUS MAGISTER
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SCELOPORUS MAGISTER
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Sceloporus Magister Morning - Afternoon Temperatures July 15, 1959 Morning 35.8 33.8 33.9 35.7 37.5 36.9 38.0 35.6 34.8 33.3 N = 17 32.7 TOTAL = 593.1 34.3 X̄ = 34.9 35.6 33.4 32.8 32.5 36.5 Afternoon 31.9 37.5 32.8 32.0 36.2 40.2 N = 6 TOTAL = 210.6 X̄ = 35.1 August 25, 1959 Morning 34.0 N = 11 32.2 TOTAL = 376.4 35.6 X̄ = 34.2 36.2 31.9 32.2 34.0 34.0 32.0 34.8 39.5 Afternoon 31.8 34.2 34.9 37.6 31.1 28.3 28.4 27.9 N = 8 TOTAL = 254.2 X̄ = 31.8
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July 28, 1967 [illegible] [illegible] [illegible]
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SCELOPORUS MAGISTER TEMPS (BY MONTH) MARCH x x² x x² x x² x x² x x² x x² 34.0 1156.00 31.0 961.00 32.8 1075.84 31.2 973.44 33.2 1102.24 N = 5 Σx = 162.2 Σx² = 5268.52 X̄ = 32.44 (X̄)² = 1052.35 S² = 1.69 S.E = √.338 = .581
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MARCH
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SCELoporUS magISTER TEMPS (BY MONTH) APRIL x x² x x² x x² x x² x x² x x² 32.6 1062.76 S² = 10.87 33.9 1149.21 S.E. = √.435 34.9 1218.01 = .660 34.6 1195.16 32.4 1049.76 22.8 518.56 35.0 1225.00 33.5 1122.25 32.6 1062.76 34.8 1211.04 33.8 1142.44 33.0 1089.00 31.2 973.44 33.6 1128.96 33.0 1089.00 33.4 1115.56 33.6 1128.96 33.8 1142.44 34.2 1169.64 34.4 1183.36 36.4 1324.96 34.8 1211.04 32.0 1024.00 34.0 1156.00 33.6 1128.96 N = 25 Σx = 831.7 Σx² = 27,916.47 X̄ = 33.26 (X̄)² = 1106.22
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APRIL 35.6 1802.5 33.9 1144.51 34.9 1217.01 34.6 1132.10 35.4 1004.23 35.8 910.29 33.0 1200.00 33.2 1133.52 35.9 1093.78 34.8 1211.04 33.8 1143.44 33.0 1068.00 31.3 993.44 33.9 1158.36 33.0 1068.00 33.4 1112.28 33.9 1158.36 33.8 1145.44 34.5 1169.64 34.4 1183.38 36.4 1304.46 34.8 1211.04 35.0 1054.00 34.0 1132.00 33.9 1158.36
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SCELOPORUS MAGISTER TEMPS PS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 30.4 924.16 34.4 1183.36 34.0 1156.00 18.0 324.00 34.0 1156.00 34.0 1156.00 34.8 1211.04 33.0 1089.00 31.0 961.00 21.8 475.24 N = 10 Σx = 305.4 Σx² = 9,635.8 X̄ = 30.54 (X̄)² = 932.69 S² = 34.82 S.E. = √34.82 = 1.85
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YAM
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SCELOPORUS MAGISTER TEMPS (BY MONTH) JUNE x x² x x² x x² x x² x x² x x² 34.6 1197.16 N = 29 37.2 1383.84 ∑x=1038,8 35.4 1253.16 ∑x²=37,275.6 34.8 1211.04 X̄ = 35.82 34.6 1192.16 (X̄)²=1283.07 33.4 1115.56 S²=2.38 37.0 1369.00 S.E.=√.082 37.4 1398.76 = .286 34.2 1169.64 36.2 1310.44 35.2 1239.04 36.0 1296.00 38.4 1474.56 36.8 1354.24 36.0 1296.00 38.0 1444.00 38.8 1505.44 39.0 1521.00 34.6 1197.16 36.0 1296.00 34.4 1183.36 33.8 1142.44 34.4 1183.36 35.8 1281.64 36.6 1339.56 35.2 1239.04 36.0 1296.00 35.0 1225.00 34.0 1156.00
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34.0 1188.00 32.0 1326.00 39.0 1584.00 32.5 1528.04 36.0 1328.28 32.8 1381.64 34.4 183.30 33.8 1145.44 34.4 1182.84 39.0 1578.00 34.0 1188.16 38.0 1251.00 38.8 1202.44 38.0 1144.00 39.0 1588.00 39.8 1368.44 38.4 1434.24 39.0 1568.00 32.5 1338.04 39.8 1380.40 34.0 1188.04 35.4 1348.44 35.0 1388.00 33.4 112.88 34.6 1168.16 34.8 1311.04 32.4 1282.16 35.5 1388.04 34.6 1148.16
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SCELOPORUS MAGISTER TEMPS (BY MONTH) JULY x x² x x² x x² x x² x x² x x² 37.0 1369.00 34.8 1211.04 35.8 1281.64 34.4 1183.36 33.9 1149.21 33.0 1089.00 31.9 1017.61 32.5 1056.25 37.5 1406.25 34.0 1156.00 37.5 1406.25 34.2 1169.64 38.0 1444.00 35.4 1253.16 34.8 1211.04 33.8 1142.44 33.3 1108.89 34.0 1156.00 32.7 1069.29 36.0 1296.00 34.3 1176.49 N = 40 35.6 1267.36 ΣX = 1391.5 33.4 1115.56 ΣX² = 48,569.21 32.0 1024.00 X̄ = 34.78 36.2 1310.44 (X̄)² = 1209.64 32.8 1075.84 S² = 4.71 32.5 1056.25 S.E = √.118 36.5 1332.25 = .344 33.8 1142.44 35.7 1274.49 40.2 1616.04 36.9 1361.61 35.6 1267.36 32.8 1075.84 29.6 876.16 36.4 1324.96 32.0 1368.00 35.3 1246.09 36.4 1324.96 34.0 1156.00
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DUTY (18 MONTH) 35.0 1964.00 24.8 901/04 38.8 1981.64 24.74 163.06 33.8 1944.00 33.0 1088.00 31.8 1915.12 35.2 1036.52 35.2 1908.22 34.0 1128.00 35.2 1908.22 34.24 1128.64 38.0 1944.00 38.4 1223.16 34.8 1911.04 33.8 1145.44 33.3 1887.84 34.0 1128.00 35.7 1986.24 36.0 1584.00 34.3 1138.44 33.8 1230.24 33.4 1172.88 35.0 1095.00 36.2 1210.44 35.8 1092.84 35.2 1086.24 36.2 1230.24 33.8 1145.44 38.7 1237.44 40.2 1610.40 36.2 1230.24 35.2 1291.04 35.8 1092.84 35.8 958.16 36.4 1234.56 35.0 1388.00 35.2 1094.24 36.4 1237.64 36.4 1168.00
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SCELOPUS MAGISTER TEMPS (BY MONTH) AUGUST x x² x x² x x² x x² x x² x x² 36.2 1310.44 33.0 1089.00 32.8 1075.84 N = 31 34.4 1183.36 ΣX = 1041.2 35.0 1225.00 ΣX² = 35,146.94 34.0 1156.00 X̄ = 33.58 31.8 1011.24 (X̄)² = 1127.61 32.2 1036.84 S² = 6.37 35.6 1267.36 S.E. = √1.205 36.2 1310.44 = .453 31.9 1017.61 34.2 1169.64 35.4 31.9 1017.61 34.8 32.2 1036.84 34.0 1156.00 34.0 1156.00 32.0 1024.00 34.8 1211.04 34.9 1218.01 37.6 1413.76 31.1 967.21 28.3 800.89 28.4 806.56 27.9 778.41 35.4 1253.16 36.0 1296.00 35.8 1281.64 36.8 1354.24 34.2 1169.64 34.0 1156.00 34.6 1197.16
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AUGUST 34.6 1027.10 34.0 1125.00 34.5 1189.94 36.8 1224.54 32.8 1231.84 36.0 1289.00 32.4 1227.14 35.9 1188.41 35.8 800.20 35.3 800.84 31.1 865.31 37.6 H13.24 34.9 1315.01 34.8 1211.04 35.0 1054.00 34.0 1129.00 34.0 1126.00 35.5 1039.84 31.9 1017.81 34.5 1149.64 31.9 1015.61 30.5 1310.44 32.0 1365.89 35.5 1039.84 31.8 1011.54 34.0 1126.00 32.0 1225.00 34.4 1182.39 37.8 1052.84 36.5 H40.10 1310.44 33.0 1028.00
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SCELOPORUS MAGISTER TEMPS (BY MONTH) SEPTEMBER x x² x x² x x² x x² x x² x x² 35.7 1274.49 35.1 1232.01 35.2 1239.04 34.8 1211.04 34.2 1169.64 34.5 1190.25 33.0 1089.00 33.8 1142.44 33.6 1128.96 33,4 1115.56 33.7 1135.69 31,5 992.25 35,4 1253.16 33.2 1102.24 35.4 1253.16 N = 15 ΣX = 512.5 ΣX² = 17,528.93 X̄ = 34.16 (X̄)² = 1166.90 S² = 1.82 S.E. = √.121 = .348 38.6 34.6 35.0 33.6
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SEPTEMBER x² x 32.5 1204.89 32.1 1030.41 32.5 1056.25 34.8 1211.04 34.5 1190.25 34.2 1169.64 33.0 1089.00 33.8 1142.44 33.8 1142.44 33.4 1115.56 33.7 1135.69 31.3 979.69 32.9 1082.41 33.5 1122.25 32.4 1049.76 N = 15 X = 213.2
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SCELOPORUS MAGISTER TEMPS (BY MONTH) OCTOBER X X² X X² X X² X X² X X² X X² 31.4 985.96 34.8 1211.04 36.0 1296.00 34.9 1218.01 35.1 1232.01 33.9 1149.21 35.3 1246.09 32.9 1082.41 32.9 1082.41 34.1 1162.81 35.0 1225.00 32.6 1062.76 31.0 961.00 33.8 1142.44 N = 14 ΣX = 473.7 ΣX² = 16,057.15 X̄ = 33.83 (X̄)² = 1144.46 S² = 2.67 S.E. = √.191 = .437
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OCTOBER 31.4 952.89 34.8 1211.04 36.0 1296.00 34.9 1218.01 32.1 1030.41 33.9 1149.21 32.3 1043.29 32.5 1056.25 32.5 1056.25 34.1 1162.81 32.0 1024.00 32.0 1024.00 31.0 961.00 33.8 1142.44
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SCELOPORUS MAGISTER TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 32.8 1075.84 34.2 1169.64 31.2 973.44 36.0 1296.00 35.7 1274.49 34.5 1190.25 33.6 1128.96 35.8 1281.64 32.6 1062.76 33.6 1128.96 33.0 1089.00 33.0 1089.00 37.0 1369.00 33.4 1115.56 33.4 1115.56 33.2 1102.24 34.4 1183.36 33.7 1135.69 33.8 1142.44 33.0 1089.00 35.0 1225.00 31.5 992.25 34.2 1169.64 31.0 961.00 35.8 1281.64 35.4 1253.16 34.4 1183.36 35.4 1253.16 33.9 1149.21 31.4 985.96 36.4 1324.96 21.8 475.24 31.9 1017.61 35.1 1232.01 34.8 1211.04 N = 98 37.5 1406.25 35.3 1246.09 34.0 1156.00 ΣX = 3327.7 37.5 1406.25 32.9 1082.41 33.6 1128.96 ΣX² = 113,514.83 38.0 1444.00 34.1 1162.81 34.8 1211.04 X̄ = 33.95 34.8 1211.04 32.6 1062.76 37.2 1383.84 (X̄)² = 1152.60 33.3 1108.89 31.0 961.00 35.4 1253.16 S² = 5.77 34.3 1176.49 34.0 1156.00 34.6 1197.16 S.E. = √1.059 35.6 1267.36 32.8 1075.84 37.0 1369.00 = .243 32.8 1075.84 31.2 973.44 34.2 1169.64 29.6 876.16 33.2 1102.24 36.2 1310.44 38.6 37.0 1369.00 33.9 1149.21 36.0 1296.00 35.0 31.8 1011.24 34.6 1197.16 35.0 1444.00 32.2 1036.84 32.4 1049.76 34.6 1197.16 35.6 1267.36 30.4 924.16 36.0 1296.00 32.2 1036.84 34.0 1156.00 35.2 1239.04 34.0 1156.00 34.0 1156.00 35.0 1225.00 34.8 1211.04 35.0 1225.00 34.0 1156.00 39.5 1560.25 33.5 1122.25 32.5 1056.25 28.4 806.56 32.6 1062.76 34.0 1156.00 27.9 778.41 34.8 1211.04 34.2 1169.64 35.2 1239.04 33.8 1142.44 35.4 1253.16 34.8 1211.04 33.0 1089.00 34.0 1156.00
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8.4E 33.0 108500 37.0 1622.16 5.2E 158501 33.8 1145.44 32.4H 1529.16 5.5S JJJJ 55.4 1570.4J H3.PHI 6..PBI 5.SS 800.08 J.JE 1005.48 34.0 1182.00 3.9E 1800.08 2.EE 1155.55 2.5E 1062.00 8.4E 1171.04 33.0 1552.00 34.0 1182.00 34.0 00.2211 0.4E 1126.00 32.0 1529.16 5.EE 1022.84 36.0 1126.00 32.0 1529.00 J.2E 1585.51 H.0E JI.HEP 0.4E 00.PE01 5.EE 1022.84 34.4 10M.74 34.0 1199.16 8.1E HS.1101 J.AE 61.5PHI 0.2E 00.HH41 3.50 138.93E1 33.E 15.PMII E.JE 0.2E 00.9P51 J.PE J.EE 5.5E 116.5011 5.5E 1410IEI J.9E 8.5E 1053.84 31.5 957.H4 34.2 H3.PHI J.2E 1585.24 36.0 1052.48 35.0 00.PE01 34.0 1160.48 34.0 1128.00 34.0 1199.16 3.E 1105.80 0.1E 861.00 34.4 81.E201 8.4E 1511.04 J.JE 107.C00I 35.5 H8.E8EI 6.8E 1044.00 34.1 1105.J1 8.PE H0.11C1 3.5E 1400.22 35.9 1085.HI 33.E J.EE 69.EZ01 3.5E 1400.22 EZE 150.HH 34.0 00.8271 31.0 1014.21 32.E 10.5EEI 8.PE H0.11C1 33.E 1164.51 31.4 982.99 34.H 18.XXI 8.IE 33.8 1585.84 32.4H 1023.16 34.H H.EPHI 41.22 21.EZEI 32.0 1572.04 JIE 94.599 2.PE H4.PHI 0.18 00.19P 34.H 1182.48 33.J 1182.84 33.E 1145.HH 0.0 108.00 35.0 1587.00 H.3E 1112.26 33.H 1112.94 33.5 45.2011 35.0 1085.04 33.J 1155.86 33.0 1084.00 33.0 1082.00 32.0 15M.44 34.2 1160.25 JEE 1158.96 33.E 1531.64 35.8 1028.84 34.J 1168.44 31.5 J3.HH 30.0 1558.00
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SCeloporus magister TEMPS (BY SEX) ♀ X X² X X² X X² X X² X X² X X² 36.2 1310.44 35.1 1232.01 35.8 1281.64 34.6 1197.16 33.0 1089.00 36.6 1339.56 32.7 1069.29 33.8 1142.44 36.0 1296.00 33.4 1115.56 34.8 1211.04 34.8 1211.04 32.0 1024.00 36.0 1296.00 34.4 1183.36 36.2 1310.44 34.9 1218.01 33.0 1089.00 32.8 1075.84 33.9 1149.21 33.8 1142.44 32.5 1056.25 32.9 1082.41 36.0 1296.00 36.5 1332.25 33.0 1225.00 35.4 1253.16 33.8 1142.44 33.8 1142.44 36.8 1354.24 35.7 1274.49 31.0 961.00 34.2 1169.64 40.2 1616.04 34.9 1218.01 34.0 1156.00 36.9 1361.61 22.6 510.76 34.6 1197.16 35.6 1267.36 34.4 1183.36 N = 73 36.4 1324.96 18.0 324.00 ΣX = 2500.7 35.3 1246.09 34.0 1156.00 ΣX² = 86,361.65 36.4 1324.96 33.6 1128.96 X̄ = 34.25 34.0 1156.00 32.0 1024.00 (X̄)² = 1173.06 34.0 1156.00 34.8 1211.04 S² = 10.11 36.2 1310.44 33.4 1115.56 S.E. = √.138 31.9 1017.61 37.4 1398.76 = .371 34.2 1169.64 35.2 1239.04 34.6 31.9 1017.61 36.0 1296.00 33.6 31.9 1017.61 38.4 1474.56 34.0 1156.00 36.8 1354.24 32.0 1024.00 38.8 1505.44 34.9 1218.01 39.0 1521.00 37.6 1413.76 34.4 1183.36 31.1 967.21 33.8 1142.44 28.3 800.89 34.4 1183.36
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x² x'² x² x² x'² x² x 8.2E 10.5EEI 13E PP.0IEI C.EE 34.6 118.74 E3.0 0.EE H.PPE J.HE 3.5E 1094.5E 8.3E 11H.4H O.JE 09.JEEI 3.3E 1112.2E 34.8 8.PE 15110H J.E 440UJCI 35.0 1057.00 O.JE 159.P0D 24H 42.EBI 5.JE 1218.H 9.AE 10.8IEI O.JE 09.9B01 8.5E 102.8E PEE 12.9HH 8.EE HHL.ELI 2.EE 103.6E90 9.EE 14.58H OJE 09.9ECI 2.JE 120.6EEI 3E.0 1J.2CEI J.JE 27.E2EI 8.EE 11H.5HH 8.EE H.HHHI J.JE PE.PCEI 2JE 124.PCEI OJE 09.10P J.HE H0.8HI 2.HP 10.3IEI P.HE 10.8 IEI O.HE 09.EEI PJE 10.12E J.JS 50.0E2 J.HE 01.5PEI J.EE JE.9E9I H.HE JE.88D EP=UJ H.JE 124.PEEI O.8I 09.HSE F.0022=XZ 3EE P0.HHEI O.HE 09.JEH K₀=√Σx²/n HJE JP.HEEI J.EE PP.ECI ΣXₙ = Σ(x̄-x)² O.HE 00.JEI O.JE 00.000I E.C.1E= 0.JE 112.JEI 8.HE H0.IIEI J₀=Σx̄-Σx/n 5.EE 14H.0EI HEE aE.3II ΣX²/n = ? PJE 12.510I H.EE 67.8BEI 2.HE 11H.HH J.JE 2.JE J.4E H0.PECI PJE 10510I O.JE J.2E 09.9ECI PJE 13.510I H.EE aEH O.HE 00.JEI 8.EE H5.IBEI OJE 00.HEEI 8.EE H420E1 PHE 10.8IEI O.JE 90.IE1 JJE 0P.EIH HHE JE.ERII JJE 14.TAP J.EE HHIHII 3.EE P8.0DB HAC BE.EBI
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SCELOPORUS MAGISTER TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 35.8 1281.64 31.4 985.96 34.8 1211.04 36.0 1296.00 34.0 1156.00 33.9 1149.21 36.0 1298.00 33.8 1142.44 38.0 1444.00 34.6 1197.16 31.9 1017.61 34.9 1218.01 33.0 1089.00 38.8 1505.44 33.0 1089.00 37.5 1406.25 35.1 1232.01 31.2 973.44 39.0 1521.00 33.2 1102.24 37.5 1406.25 33.9 1149.21 33.6 1128.96 34.6 1192.16 21.8 475.24 38.0 1444.00 35.3 1246.89 33.0 1089.00 36.0 1296.00 N = 125 33.8 1142.44 32.9 1082.41 33.4 1115.56 34.4 1183.36 ΣX = 4267.2 35.7 1274.49 32.9 1082.41 33.6 1128.96 33.8 1142.44 ΣX² = 146,717.32 40.2 1616.04 34.1 1162.81 33.8 1142.44 34.4 1183.36 X̄ = 34.13 36.9 1361.61 35.0 1225.00 34.2 1169.64 35.8 1281.64 (X̄)² = 1164.85 35.6 1267.36 32.6 1062.76 34.4 1183.36 36.6 1339.56 S² = 8.96 29.6 876.16 31.0 961.00 36.4 1324.96 35.2 1239.04 S.E. = √.072 36.4 1324.96 33.8 1142.44 34.8 1211.04 36.0 1296.00 = .268 34.0 1156.00 34.0 1156.00 32.0 1024.00 35.0 1225.00 31.9 1017.61 32.8 1075.84 34.0 1156.00 34.0 1156.00 38.6 34.2 1169.64 31.2 973.44 33.6 1128.96 34.8 1211.04 34.6 31.9 1017.61 33.2 1102.24 34.8 1211.04 34.4 1183.36 35.0 31.9 1017.61 33.9 1149.21 37.2 1383.84 33.0 1089.00 33.6 32.2 1036.84 34.9 1218.01 35.4 1253.16 32.5 1056.25 34.0 1156.00 34.6 1197.16 34.8 1211.04 34.0 1156.00 34.8 1211.04 32.4 1049.76 34.6 1197.16 34.2 1169.64 39.5 1560.25 22.6 510.76 33.4 1115.56 35.4 1253.16 34.9 1218.01 30.4 924.16 37.0 1369.00 33.8 1142.44 28.3 800.89 34.0 1156.00 37.4 1398.76 34.0 1156.00 28.4 806.56 18.0 324.00 34.2 1169.64 36.0 1296.00 35.2 1239.04 34.0 1156.00 36.2 1310.44 35.4 1253.16 34.2 1169.64 34.0 1156.00 35.2 1239.04 36.0 1296.00 34.5 1190.25 35.0 1225.00 36.0 1296.00 35.8 1281.64 33.6 1128.96 33.5 1122.25 38.4 1474.56 36.8 1354.24 35.4 1253.16 32.6 1062.76 36.8 1354.24 34.2 1169.64
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{ "text": "ADULT\nX X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X [TRANSCRIPTION_TRUNCATED_DUE_TO_LOOP]
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SCELOPORUS MAGISTER TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 36.2 1310.44 27.9 778.41 32.8 1075.84 35.1 1232.51 32.6 1062.76 34.8 1211.04/ 34.6 1197.16 33.0 1089.00 37.0 1369.00 33.8 1142.44 34.4 1183.36 33.4 1115.56 34.8 1211.04 33.7 1135.69 33.3 1108.89 31.5 992.25 32.7 1069.29 34.8 1211.04 34.3 1176.49 31.0 961.00 35.6 1267.36 34.4 1183.36 33.4 1115.56 33.0 1089.00 32.0 1024.00 31.0 961.00 36.2 1310.44 35.4 1253.16 32.8 1075.84 N = 44 32.5 1056.25 ∑X = 1490,5 36.5 1332.25 ∑X² = 50,660.17 32.8 1075.84 X̄ = 33.87 37.0 1369.00 (X̄)² = 1147.17 35.3 1246.09 S² = 4.30 36.4 1324.96 S.E. = √1.098 34.0 1156.00 = .313 31.8 1011.24 32.2 1036.84 35.4 35.6 1267.36 34.8 36.2 1310.44 34.0 1156.00 32.0 1024.00 37.6 1413.76 31.1 967.21
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IMMATURE 35.0 1682.49 55.8 146.441 37.0 1695.80 38.0 1682.80 35.0 1685.00 34.8 1571.04 34.0 1655.16 33.0 1682.00 37.0 1747.60 33.8 1645.44 34.0 1692.28 33.0 1612.28 34.8 1801.04 33.0 1682.04 33.0 1658.80 31.0 1657.20 35.0 1682.80 34.8 1711.04 34.0 1692.00 31.0 1682.00 33.0 1652.80 34.0 1688.00 33.0 1652.80 33.0 1652.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00 35.0 1752.94 31.0 1682.00
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SCELOPORUS MAGISTER TEMPS (BY AGE) JUVENILE x x² x x² x x² x x² x x² x x² 35.7 1274.49 35.0 1225.00 N = 2 ∑X = 70.7 ∑X² = 2499.49 X̄ = 35.35 (X̄)² = 1249.62
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JUVENTILE
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SCELOPORUS OCCIDENTALIS
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SCELOPORUS OCCIDENTALIS
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Sceloporus occidentalis Temps. (By Month) JANUARY X X^2 X X^2 25.6 655.36 32.0 1024.00 33.8 1142.44 N = 3 ΣX = 91.4 ΣX^2 = 2821.8 X̄ = 30.46 (X̄)^2 = 927.81 30.6 936.36 34.4 1183.36 33,0 1089.00 35,2 1239.04 33,8 1142.44 35,2 1239.04 N = 9 Σ X = 293.6 Σ X^2 = 9651.04 X̄ = 32.6 (X̄)^2 = 1062.76 Range = 25.6 - 35.2 S^2 = (9651.04 - 9(1062.76)) / 8 = 86.20 / 8 = 10.77 SE = √(10.77 / 9) = √1.20 = 1.1 2 SE ---- 30.4 34.8
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JANUARY x² x' x 37.8 (22.3)E 50.0 1954.60 33.8 1145.44 Σ = 14 [illegible] [illegible] [illegible] [illegible] [illegible] [illegible] [illegible] [illegible] [illegible]
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SCELOPORUS OCCIDENTALIS TEMPS (BY MONTH) FEBRUARY x x² x x² x x² x x² x x² x x² 31.8 1011.24 35.4 1253.16 35.2 1239.04 33.0 1089.00 N = 4 ΣX = 135.4 ΣX² = 4592.44 X̄ = 33.85 (X̄)² = 1145.82 34.8 1211.04 36.8 1354.24 35.8 1281.64 35.5 1260.25 35.0 1225.00 35.0 1225.00 35.8 1281.64 35.0 1225.00 32.0 1024.00 35.8 1281.64 N = 14 ΣX = 486.9 ΣX² = 17051.89 X̄ = 34.8 (X̄)² = 1211.04 Range = 31.8 - 36.8 s² = (17051.89 - 14(1211.04)) / 13 = 97.33 / 13 = 7.48 SE = √(7.48 / 14) = √0.53 = 0.73 2SE 33.3 36.3
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FEBRUARY X X 32.8 1581.44 25.0 1024.00 27.0 1521.00 32.0 1521.00 37.0 1521.00 32.0 1521.00 32.8 1521.00 32.8 1521.00 22.0 1521.00 22.0 1521.00 32.0 1521.00 37.0 1521.00 32.8 1521.00 32.8 1521.00 32.8 1521.00 32.8 1521.00 32.8 1521.00
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SCELOPORUS OCCIDENTALIS TEMPS (BY MONTH) MARCH x x² x x² x x² x x² x x² x x² 15.0 225.00 35.6 1267.36 36.4 1324.96 33.0 1089.00 27.7 767.29 36.0 1296.00 34.2 1169.64 35.2 1239.04 34.2 1169.64 34.6 1197.16 37.0 1369.00 34.2 1169.64 30.5 930.25 34.2 1169.64 35.8 1281.64 34.6 1197.16 35.0 1225.00 35.0 1225.00 35.0 1225.00 26.2 686.44 36.2 1310.44 32.0 1024.00 34.8 1211.04 34.8 1211.04 35.6 1267.36 34.0 1156.00 37.8 1428.84 34.4 1183.36 34.8 1183.36 34.8 1211.04 33.0 1089.00 33.8 1142.44 35.5 1260.25 34.0 1156.00 32.4 1049.76 N = 47 35.0 1225.00 ΣX = 1584.5 33.2 1102.24 ΣX² = 53,963.63 34.4 1183.36 X̄ = 33.71 35.2 1239.04 (X̄)² = 1136.36 35.6 1267.36 S² = 12.06 32.2 1036.84 S.E. = √.256 33.8 1142.44 = .506 33.8 1142.44 32.8 1075.84 33.6 1128.96 34.4 1183.36 33.6 1128.96
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"MARCH" }
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SCELOPORUS OCCIDENTALIS TEMPS (BY MONTH) APRIL x x² x x² x x² x x² x x² x x² 34.8 1211.04 33.2 1102.24 33.0 1089.00 32.8 1075.84 35.0 1225.00 34.0 1156.00 34.1 1162.81 35.8 1281.64 32.2 1036.84 33.4 1115.56 34.0 1156.00 31.2 973.44 33.3 1108.89 34.6 1197.16 34.7 1204.09 32.4 1049.76 35.0 1225.00 36.0 1296.00 35.4 1253.16 36.2 1310.44 35.4 1253.16 34.4 1183.36 34.8 1211.04 31.7 1004.89 35.5 1260.25 33.4 1115.56 33.1 1095.61 N = 43 30.8 948.64 ∑X = 1461.4 28.8 829.44 ∑x² = 49,787.72 35.8 1281.64 x̄ = 33.98 31.3 979.69 (x̄)² = 1154.64 34.8 1211.04 s² = 3.29 35.8 1281.64 S.E. = √0.076 34.4 1183.36 = .276 35.4 1253.16 35.9 1288.81 34.0 1156.00 35.4 1253.16 34.2 1169.64 34.8 1211.04 34.6 1197.16 30.6 936.36 35.4 1253.16
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APRIL 34.8 1511.91 0.88 110.72H 33.0 108.06 35.8 106.84 32.0 142.00 34.0 112.00 34.1 118.81 38.8 128.84 2.58 103.80 33.9 111.38 34.0 112.00 31.5 86.44 33.3 110.88 34.0 110.16 34.4 100.00 35.4 104.80 36.0 123.00 36.0 153.00 32.4 122.16 36.5 131.02H 33.4 122.16 34.4 122.36 34.8 131.00 31.1 100.73 2.38 122.02 33.4 116.35 1.33 100.00 11 = 63 8.08 93.00 3K = 3H 5.85 85.00 2X - X 3.28 140.80 3.2 3.13 93.00 3.0 34.8 101.16 34.8 8.28 128.64 33.8 34.4 118.76 34.4 4.38 152.36 33.8 9.38 123.81 33.8 34.0 112.00 34.0 4.38 122.16 32.4 8.08 110.64 34.5 34.8 131.00 34.8 34.8 116.76 34.8 38.0 93.00 38.0 32.4 122.16 32.4
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SCELOPORUS OCCIDENTALIS TEMPS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 36.4 1324.96 X̄ = 34,56 30.0 900.00 (X̄)² = 1194,39 32.8 1075.84 S² = 4.00 37.0 1369.00 S.E. = √.148 36.8 1354.24 = .385 36.4 1324.96 36.0 1296.00 35.2 1239.04 34.8 1211.04 32.6 1062.76 36.0 1296.00 36.8 1354.24 34.8 1211.04 35.0 1225.00 36.8 1354.24 34.0 1156.00 33.4 1115.56 31.4 985.96 33.0 1089.00 34.0 1156.00 34.2 1169.64 37.8 1428.84 34.4 1183.36 31.8 1011.24 35.6 1267.36 33.2 1102.24 33.0 1089.00 N = 27 ΣX = 933.2 ΣX² = 32,352.56
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YAM 350 124769 380 80000 358 105284 350 108800 308 (13494) 304 134560 350 129900 357 125804 368 127104 356 109550 350 154000 308 129254 358 121104 350 122000 308 (13474) 350 112000 336 112284 314 12829 350 105200 300 112800 30.5 110884 308 105824 30.5 11289 318 107104 356 105539 350 110354 350 106800
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SCELOPORUS OCCIDENTALIS TEMPS (BY MONTH) JUNE x x² x x² x x² x x² x x² x x² x x² 33.4 1115.56 32.5 1062.25 35.8 1281.64 35.8 1281.64 34.0 1156.00 35.8 1281.64 35.0 1225.00 32.8 1075.84 35.8 1281.64 33.8 1142.44 35.8 1281.64 34.8 1211.04 34.2 1169.64 35.6 1267.36 32.2 1036.84 32.0 1024.00 32.0 1024.00 29.5 870.25 35.2 1239.04 32.1 1030.41 34.6 1197.16 31.2 973.44 32.2 1036.84 32.0 1024.00 39.0 1521.00 36.0 1296.00 36.0 1296.00 34.6 1197.16 34.0 1156.00 34.6 1197.16 34.0 1156.00 34.0 1156.00 32.4 1049.76 29.6 876.16 32.8 1075.84 N= 47 34.8 1211.04 ΣX = 1613.2 34.0 1156.00 ΣX² = 55547.96 36.8 1354.24 X̄ = 34.32 32.0 1024.00 (X̄)² = 1177.86 35.0 1225.00 S² = 4.10 35.0 1225.00 S.E. = √.087 32.6 1062.76 = .295 34.0 1156.00 36.5 1332.25 34.2 1169.64 32.8 1075.84 36.2 1310.44
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323 159284 328 343 16093 328 15095,36 328 118,00 340 153200 320 1572.00 320 1260.00 320 (32+34) 368 1180.00 340 15911,04 348 H8250103 8,55 10H47,38 H8,5 34J 340 34J 0 340 11560.00 340 12.48.00 320 1857.00 360 98.888,84 95,0 355 11637,18 31.5 349 1538.04 98,1 325 18047.00 952 320 1038.84 350 350 1168,84 340 340 15381.84 348 348 152200 238 238 153284 358 358 1180.00 328 328 1581.64 328 328 118,28 328 328
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SCELOPORUS occidentalis TEMPS (BY MONTH) JULY x x² x x² x x² x x² x x² x x² x x² 22.4 750.76 35.2 1239.04 36.2 1310.44 37.9 1436.41 36.4 1324.96 38.0 1444.00 31.0 961.00 38.2 1459.24 30.0 900.00 35.0 1225.00 32.8 1075.84 35.0 1225.00 33.2 1102.24 31.6 998.56 34.2 1169.64 33.8 1142.44 34.1 1162.81 34.0 1156.00 33.4 1115.56 32.8 1075.84 38.0 1444.00 35.5 1260.25 36.6 1339.56 37.6 1413.76 33.2 1102.24 33.7 1135.69 34.2 1169.64 34.2 1169.64 34.0 1156.00 34.4 1183.36 32.5 1406.25 34.6 1197.16 31.9 1017.61 37.0 1369.00 35.2 1239.04 30.5 930.25 ( 34.4 1183.36 N = 48 34.7 1204.09 ∑X = 1647.6 34.2 1169.64 ∑X² = 56,793.92 31.8 1011.24 X̄ = 34.32 34.4 1183.36 (X̄)² = 1177.86 31.5 992.25 s² = 5.46 32.8 1075.84 S.E. = √.114 35.6 1267.36 = .338 33.9 1149.21 36.2 1310.44 36.1 1303.21 33.7 1135.69
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327 113284 361 130319 385 121014 336 114641 326 151281 338 101210 312 9352 34.1 117872 318 101111 349 118890 345 116864 335 110524 366 13387 380 169901 33.8 103541 331 116281 345 116844 33.8 118544 31.2 110334 358 103284 300 930000 310 96100 364 135438 360 131014 354 120246 32.5 123504
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Sceloporus occidentalis Temps. (By Month) AUGUST x x² x x² x x² x x² x x² x x² 35.0 1225.00 35.8 1281.64 34.6 1197.16 35.8 1281.64 31.0 961.00 35.2 1239.04 34.4 1183.36 29.2 852.64 34.4 1183.36 38.4 1474.56 34.2 1169.64 36.6 1339.56 33.1 1095.61 35.0 1225.00 36.2 1310.44 32.0 1024.00 38.0 1444.00 31.0 961.00 31.4 985.96 37.8 1428.84 33.2 1102.24 35.0 1225.00 34.5 1190.25 36.1 1303.21 32.4 1049.76 36.1 1303.21 34.1 1162.81 N = 43 34.5 1190.25 Σx = 1473.17 33.8 1142.44 Σx² = 50,674.43 33.0 1089.00 X̄ = 34.27 33.5 1122.25 (X̄)² = 1174.43 35.2 1239.04 S² = 4.14 33.7 1135.69 S.E = √4.096 34.3 1176.49 = .398 35.1 1232.01 33.7 1135.69 34.6 1197.16 35.7 1274.49 34.8 1211.04 36.6 1339.56 31.5 992.25 31.7 1004.89 31.5 992.25
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T2N0UA x x x x x x x x x x x 0.28 135.00 3.28 3.1821 0.48 114.10 3.78 4.1821 0.18 100.10 5.28 4.9421 0.68 118.60 5.58 4.5420 0.48 112.80 3.87 22.5541 0.48 110.80 3.38 22.9821 1.38 120.11 32.0 002651 0.68 131.04 0.58 00.4801 0.78 144.00 0.18 00.0149 4.18 182.28 5.58 49.8841 3.28 110.00 0.28 002651 2.48 112.00 1.28 12.001 4.28 160.00 3.61 12.9601 3.78 138.00 1.78 13.8501 2.48 116.00 2.68 0.8501 3.28 114.40 3.28 00.0901 3.28 122.00 5.28 40.8501 3.28 122.20 5.28 02.2701 5.48 164.00 5.48 14.8801 1.28 102.00 1.28 1.6301 5.58 162.00 5.58 02.2701 3.98 145.00 3.98 15.8401 3.28 125.00 5.28 27.8801 3.38 122.00 3.38 11.4201 3.12 119.00 3.12 9.7301 3.15 120.00 3.15 9.9201 3.12 119.00 3.12 9.7301
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SCELOPORUS OCCIDENTALIS TEMPS (BY MONTH) SEPTEMBER x x² x x² x x² x x² x x² x x² x x² 35.4 1253.16 32.8 1075.84 26.8 718.24 28.4 806.56 32.4 1049.76 34.8 1211.04 32.2 1036.84 35.7 1274.49 35.7 1274.49 33.7 1135.69 37.1 1376.41 32.5 1056.25 24.6 605.16 29.2 852.64 29.2 852.64 N = 15 Σx = 480.5 Σx² = 15,579.21 X̄ = 32.03 (X̄)² = 1025.92 S² = 13.60 S.E. = √.907 = .952
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SCELOPORUS OCCIDENTALIS TEMPS (BY MONTH) OCTOBER x X² x X² x X² x X² x X² x X² 35.0 1225.00 36.6 1339.56 34.4 1183.36 36.0 1296.00 34.8 1211.04 33.4 1115.56 33.1 1095.61 31.9 1017.61 31.8 1011.24 31.3 979.69 N = 10 Σx = 338.3 ΣX² = 11,474.67 X̄ = 33.83 (X̄)² = 1144.46 S² = 3.34 S.E. = √.334 = .578
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OCTOBER 31 3 318 319 331 334 348 360 344 36.7 370
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SCELOPORUS OCCIDENTALIS TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 31.0 961.00 32.4 1049.76 33.0 1089.00 33.8 1142.44 32.4 1049.76 32.6 1062.76 30.0 900.00 34.1 1162.81 34.1 1162.81 33.8 1142.44 30.0 900.00 34.0 1156.00 32.8 1075.84 34.5 1190.25 32.2 1036.84 35.4 1253.16 32.8 1075.84 36.5 1332.25 33.2 1102.24 33.8 1142.44 34.0 1156.00 35.8 1281.64 32.0 1369.00 34.2 1169.64 34.2 1169.64 33.0 1089.00 34.7 1204.09 34.4 1183.36 35.2 1239.04 36.2 1310.44 34.1 1162.81 33.5 1122.25 35.4 1253.16 33.6 1128.96 36.8 1354.24 37.5 1406.25 33.4 1115.56 34.3 1176.49 35.4 1253.16 35.6 1267.36 34.8 1211.04 35.8 1281.64 38.0 1444.00 35.1 1232.01 35.5 1260.25 36.0 1296.00 35.0 1225.00 32.8 1075.84 36.6 1339.56 34.6 1197.16 30.8 948.64 35.2 1239.04 34.0 1156.00 33.8 1142.44 34.0 1156.00 36.6 1339.56 35.8 1281.64 34.6 1197.16 31.4 985.96 35.6 1267.36 37.5 1406.25 31.7 1004.89 34.8 1211.04 34.2 1169.64 33.0 1089.00 29.5 870.25 35.2 1239.04 35.8 1281.64 35.8 1281.64 34.2 1169.64 34.0 1156.00 34.0 1156.00 34.7 1204.09 35.8 1281.64 34.4 1183.36 34.6 1197.16 34.2 1169.64 32.8 1075.84 31.8 1011.24 29.2 852.64 35.4 1253.16 32.0 1024.00 32.8 1428.84 34.4 1183.36 31.5 992.25 32.8 1075.84 35.9 1288.81 34.0 1156.00 34.4 1183.36 31.7 1004.89 32.8 1075.84 26.8 718.24 31.8 1011.24 34.4 1183.36 31.8 1011.24 33.4 1115.56 35.6 1267.36 32.4 1049.76 34.2 1169.64 34.8 1211.04 35.0 1225.00 35.6 1267.36 32.7 1135.69 34.8 1211.04 37.0 1369.00 33.8 1142.44 35.0 1225.00 33.2 1102.24 35.2 1239.04 32.2 1036.84 35.8 1281.64 34.2 1169.64 35.8 1281.64 33.0 1089.00 37.9 1436.41 35.7 1274.49 35.0 1225.00 30.6 936.36 34.2 1169.64 32.1 1030.41 31.6 998.56 32.5 1056.25 35.0 1225.00 35.4 1253.16 32.2 1036.84 34.0 1156.00 34.6 1197.16 35.0 1225.00 34.8 1211.04 33.2 1102.24 35.2 1239.04 29.6 876.16 31.0 961.00 36.6 1339.56 34.4 1183.36 32.8 1075.84 39.0 1521.00 37.6 1413.76 34.4 1183.36 34.4 1183.36 35.5 1260.25 34.0 1156.00 34.0 1156.00 33.7 1135.69 34.4 1183.36 33.4 1115.56 32.4 1049.76 35.8 1281.64 32.4 1049.76 34.2 1169.64 34.2 1169.64 31.8 1011.24 35.0 1225.00 36.4 1324.96 34.8 1211.04 34.4 1183.36 33.1 1095.61 36.4 1324.96 33.2 1102.24 29.2 852.64 34.0 1156.00 35.0 1225.00 36.2 1310.44 27.7 767.29 34.4 1183.36 33.4 1115.56 36.8 1354.24 32.0 1024.00 38.0 1444.00 34.2 1168.64 35.6 1267.36 31.2 973.44 37.0 1369.00 36.1 1303.21 34.5 1190.25 34.8 1211.04 32.2 1036.84 34.6 1197.16 35.0 1225.00 35.4 1253.16 33.0 1089.00
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Sceloporus occidentalis Temp ♂ N = 181 ΣX = 6170.3 ΣX² 213068.9 x̄ 34.1 (x̄)² 1162.8 S² 14.4 S.E. √.08 = = .28
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Scalopus aquaticus Temp ♀ N = 181 X = 3.0572 X² = 9.220614 Σ X̄ = 1.45 Σ X̄² = 8.6211 Σ X³ = 4.41 ∑ = 70.732 S = 28.
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SCELOPORUS OCCIDENTALIS TEMPS (BY SEX) ♀ x x² x x² x x² x x² x x² x x² 15.0 225.00 36.6 1339.56 33.0 1089.00 31.2 973.44 22.4 750.76 35.4 1253.16 35.0 1225.00 32.0 1024.00 36.2 1310.44 28.4 806.56 26.2 686.44 30.0 1296.00 36.4 1324.96 35.7 1274.49 34.8 1211.04 34.6 1197.16 33.2 1102.24 33.7 1135.69 34.0 1156.00 34.6 1197.16 34.2 1169.64 37.1 1376.41 34.8 1211.04 35.5 1260.25 31.9 1017.61 24.6 605.16 34.6 1197.16 34.6 1197.16 34.4 1183.36 36.0 1296.00 29.2 852.64 37.0 1369.00 34.2 1169.64 34.8 1211.04 36.0 1296.00 30.5 930.25 [illegible] 33.1 1095.61 36.2 1310.44 31.0 961.00 34.4 1183.36 31.9 1017.61 36.8 1354.24 37.8 1428.89 33.9 1149.21 31.3 979.69 36.4 1324.96 35.0 1225.00 36.2 1310.44 35.0 1225.00 36.0 1296.00 36.1 1303.21 36.1 1303.21 33.3 1108.89 34.8 1211.04 25.6 655.36 38.0 1444.00 35.0 1225.00 32.6 1062.76 32.0 1024.00 38.2 1459.24 34.8 1211.04 36.0 1296.00 33.8 1142.44 35.0 1225.00 33.1 1095.61 36.8 1354.24 35.2 1239.04 35.0 1225.00 28.8 829.44 33.4 1115.56 N = 287 35.0 1225.00 31.3 979.69 32.0 1024.00 ΣX = 9759.2 31.4 985.96 34.0 1156.00 34.6 1197.16 ΣX² = 333,588.34 33.2 1102.24 30.5 930.25 32.2 1383.84 X̄ = 34.00 35.2 1239.04 36.2 1310.44 36.0 1296.00 (X̄)² = 1156.00 33.7 1135.69 35.6 1262.36 34.0 1156.00 S² = 6.33 33.7 1135.69 32.8 1428.84 32.8 1075.84 S.E. = √.022 35.7 1274.49 33.0 1089.00 35.0 1225.00 = .148 34.8 1211.04 35.2 1239.04 32.8 1075.84 N = 106 31.5 992.25 32.8 1075.84 35.8 1281.64 ΣX = 3584.3 31.5 992.25 33.4 1115.56 34.8 1211.04 ΣX² [illegible] 121476.8 S² = 3.59 35.2 1239.04 34.0 1156.00 32.0 1024.00 X̄ = 33.8 S.E. = √.03 38.4 1474.56 33.6 1128.96 33.8 1142.44 (X̄)² = 1142.4 = .17
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X X² X X² X X² X X² X 18.0 325.00 37.0 1369.00 34.0 1156.00 35.0 1225.00 35.0 1225.00 35.0 1225.00 37.0 1369.00 32.0 1024.00 36.0 1296.00 36.0 1296.00 36.0 1296.00 37.0 1369.00 38.5 1482.25 38.0 1444.00 38.0 1444.00 38.0 1444.00 39.0 1521.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 33.0 1089.00 34.0 1156.00 32.0 1024.00 33.0 1089.00 33.0 1089.00 34.0 1156.00 37.0 1369.00 35.0 1225.00 35.0 1225.00 35.0 1225.00 38.0 1444.00 37.0 1369.00 39.0 1521.00 39.0 1521.00 39.0 1521.00 34.0 1156.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 37.0 1369.00 38.0 1444.00 38.0 1444.00 38.0 1444.00
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SCELOPORUS OCCIDENTALIS TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 15.0 225.00 33.7 [illegible] 36.5 992.25 34.2 1169.64 35.6 1267.36 34.4 1183.36 27.4 750.76 35.2 1239.04 35.8 1281.64 34.8 1211.04 32.8 1428.84 34.8 1211.04 36.2 1310.44 37.9 1436.41 35.8 1281.64 33.0 1089.00 34.4 1183.36 33.8 1142.44 36.4 1324.96 38.0 1444.00 35.2 1239.04 35.0 1225.00 33.0 1089.00 34.0 1156.00 31.0 961.00 38.2 1459.24 29.2 852.64 34.1 1162.81 35.3 1262.05 34.2 1169.64 30.0 900.00 35.0 1225.00 38.4 1474.56 32.2 1036.84 32.4 1049.76 34.8 1211.04 32.8 1075.84 35.0 1225.00 36.6 1339.56 34.0 1156.00 35.0 1225.00 34.6 1197.16 33.2 1102.24 31.6 998.56 35.4 1253.16 33.3 1108.89 34.4 1183.36 30.6 936.36 34.2 1169.64 35.0 1225.00 32.8 1075.84 34.7 1204.09 35.2 1239.04 35.4 1253.16 34.1 1162.81 34.6 1197.16 26.8 718.24 35.0 1225.00 35.6 1267.36 33.2 1102.24 33.4 1115.56 31.0 961.00 28.4 806.56 35.4 1253.16 32.2 1036.84 32.8 1075.84 38.0 1444.00 34.4 1183.36 32.4 1049.76 35.4 1253.16 33.8 1142.44 35.8 1281.64 36.6 1339.56 34.4 1183.36 34.8 1211.04 35.5 1260.25 32.8 1075.84 36.4 1324.96 33.2 1102.24 34.2 1169.64 32.2 1036.84 33.1 1095.61 34.0 1156.00 29.2 852.64 34.2 1169.64 33.1 1095.61 35.7 1274.49 30.8 948.64 33.6 1128.96 29.2 852.64 34.0 1156.00 38.0 1444.00 33.7 [illegible] 28.8 829.44 34.4 1183.36 33.4 1115.56 32.5 1406.25 31.4 985.96 32.5 1056.25 35.8 1281.64 33.6 1128.96 31.2 973.44 31.9 1017.61 33.2 1102.24 24.6 605.16 31.3 979.69 35.6 1267.36 34.6 1197.16 35.2 1239.04 34.5 1190.25 35.0 1225.00 34.8 1211.04 33.0 1089.00 32.4 1049.76 34.4 1183.36 34.1 [illegible] 36.6 1339.56 35.8 1281.64 36.0 1296.00 36.0 1296.00 34.7 1204.09 34.5 1190.25 34.4 1183.36 34.4 1183.36 35.2 1239.04 36.2 1310.44 34.2 1169.64 33.7 1135.69 36.0 1296.00 35.9 1288.81 34.6 1197.16 30.0 900.00 31.8 1011.24 34.3 1176.49 34.8 1211.04 34.0 1156.00 34.2 1169.64 32.8 1075.84 34.4 1183.36 33.7 1135.69 33.4 1115.56 34.2 1169.84 34.2 1169.64 32.0 1369.00 31.5 992.25 34.6 1197.16 33.1 1095.61 32.0 1369.00 34.6 1197.16 36.8 1354.24 32.8 1075.84 35.7 1274.49 31.9 1017.61 30.5 930.25 35.0 1225.00 36.4 1324.96 35.6 1267.36 34.8 1211.04 31.8 1011.24 35.8 1281.64 26.2 686.44 36.8 1296.00 33.9 1149.21 36.6 1339.56 31.3 979.69 35.0 1225.00 32.0 1024.00 35.2 1239.04 36.2 1310.44 31.5 992.25 36.4 1324.96 35.0 1225.00 34.8 1211.04 34.8 1211.04 36.1 1303.21 31.7 1004.89 27.7 767.29 34.8 1211.04 34.0 1156.00 32.6 1062.76
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ADULT 120 35.200 33.7 31.3 48.95 24.9 34.5 48.95 33.6 34.4 12.5 35.00 33.25 32.8 48.95 24.9 34.5 48.95 33.6 34.4 130 35.25 34 31.75 48.95 24.9 34.5 48.95 33.6 34.4 130.5 35.25 34 31.75 48.95 24.9 34.5 48.95 33.6 34.4
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SCELOPORUS OCCIDENTALIS TEMPS (BY AGE) ADULT X X² X X² X X² X X² X X² X X² 36.0 1296.00 36.8 1354,24 36.0 1296.00 36.8 1354,24 37.0 1369.00 37.6 1413.76 34.8 1211.04 35.0 1225.00 35.5 1260.25 35.0 1225.00 35.0 1225.00 33.7 1135.69 36.8 1354,24 32.6 1062.76 34.2 1169.64 34.0 1156.00 34.0 1156.00 34.4 1183.36 33.4 1115.56 36.5 1332.25 34.6 1197.16 31.4 985.96 34.2 1169.64 37.0 1369.00 33.0 1089.00 32.8 1075.84 30.5 930.25 34.0 1156.00 36.2 1310.44 31.0 961.00 34.2 1169.64 37.5 1406.25 37.8 1428.84 37.8 1428,84 35.8 1281.64 35.0 1225.00 34.4 1183.36 35.8 1281.64 36.1 1303.21 31.8 1011.24 32.8 1075.84 36.1 1303.21 35.0 1225.00 33.8 1142.44 25.6 655.36 35.0 1225.00 34.8 1211.04 35.4 1253.16 34.2 1169.64 35.6 1267.36 35.2 1239.04 32.2 1036.84 32.0 1024.00 N = 257 32.0 1024.00 29.5 870,25 ΣX = 8736.0 35.2 1239.04 33.8 1142.44 ΣX² = 298,605.92 34.6 1197.16 34.0 1156.00 X̄ = 33.99 37.2 1383.84 32.8 1075.84 (X̄)² = 1155.32 39.0 1521.00 33.4 1115.56 S² = 6.60 36.0 1296.00 31.7 1004.89 SE = √1,026 34.0 1156.00 34.4 1183.36 = .161 34.0 1156.00 35.6 1267.36 32.4 1049.76 33.2 1102.24 32.8 1075.84 32.1 1030.41 34.8 1211,04 31.2 973.44 34.0 1156.00 32.0 1024.00
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ADULT X X X X X X X X X 34.0 162.00 8.5E 105.49 0.95 105.00 34.8 104.00 8.5E 104.00 6.72 105.39 34.0 102.00 8.5E 103.00 4.72 105.00 34.0 102.00 8.5E 103.00 4.72 105.00 34.0 102.00 8.5E 103.00 4.72 105.00
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SCELOPORUS OCCIDENTALIS TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 36.2 1310.44 N = 30 32.4 1049.76 Σ x = 1023.2 33.8 1142.44 Σ x² = 34,974.32 33.0 1089.00 X̄ = 34.10 33.5 1122.25 (X̄)² = 1162.81 35.2 1239.04 s² = 3.10 35.1 1232.01 S.E. = √.103 35.7 1274.49 = .321 37.1 1376.41 34.8 1211.04 35.9 1253.16 31.8 1011.24 36.2 1310.44 33.2 1102.24 33.8 1142.44 35.4 1253.16 33.4 1155.56 35.8 1281.64 39.0 1156.00 35.8 1281.64 33.0 1089.00 34.6 1197.16 34.6 1197.16 34.0 1156.00 29.6 876.16 35.0 1225.00 32.0 1024.00 32.0 1024.00 33.8 1142.44 33.0 1089.00
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MATURITY 32.0 15:53.00 33.0 10:48.00 33.0 10:59.00 32.8 11:45.00 32.6 12:38.00 32.5 13:28.00 32.1 14:23.00 32.7 15:19.00 32.1 15:50.00 31.8 16:22.00 31.8 16:40.00 31.6 17:07.00 31.6 17:29.00 31.8 17:51.00 32.4 18:23.00 32.8 18:52.00 32.8 19:24.00 33.0 19:56.00 33.0 20:28.00 33.0 21:00.00 33.0 21:32.00 33.0 22:04.00
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SCELOPORUS OCCIDENTALIS TEMPS (BY AGE) JUVENILE X X² X X² X X² X X² X X² X X²
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JUVENILE BY AGE)
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Sceloporus orcatti
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Sceloporus orcutti
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TIME SCELOPORUS ORCUTTI ARE ACTIVE BY MONTH January Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 0530 0600 0630 0700 0730 0800 0830 0900 0930 1000 1030 1100 1130 1200 1230 1300 1330 1400 1430 1500 1530 1600 1630 1700 1730 1800 1830 1900 1930 2000
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[illegible]
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Sceloporus orcutti Temps. (By Month) January x x² x x² 28.4 806.56 25,8 665.64 26.8 718.24 30,2 912.04 31.8 1011.24 29,2 852.64 N=15 X̄ = 28,2°C 32.0 1024.00 32.5 1056.25 ΣX = 422.5 (X̄)² = 795.24 27.8 772.84 28,8 829.44 ΣX² = 12011.85 22.6 570.76 28,2 795.24 26.4 696.94 24,0 576.00 28.0 784.00 S² = (ΣX² - N(X̄)²) / (N-1) S² = (12011.85 - 15(795.24)) / 14 S² = 83.25 / 14 = 5.95 S.E. = √(5.95/15) = √0.40 = .63 [±1.3° at 95% level] [26.9°–29.5°] 27.0 729.00 (1964 - 35.0 1225.00 no hibernation 25.2 635.04 this winter) 30.4 924.16 35.4 1253.16 32.0 1024.00 31.6 998.56 31.8 1011.24 27.4 750.76 33.6 1128.96 32.8 1075.84 36.4 1324.96 33.0 1089.00 32.2 1036.84 35.8 1281.64 32.0 1024.00 34.6 1197.16 30.0 900.00 30.2 912.04 25.6 655.36 N=20 ΣX = 632.0 ΣX² = 20176.72 X̄ = 31.6°C (X̄)² = 998.56 S² = (ΣX² - N(X̄)²) / (N-1) S² = (20176.72 - 20(998.56)) / 19 S² = 205.52 / 19 = 10.81 S.E. = √(10.81/20) = √0.54 = .74 [±1.5° at 95% level] [30.1°–33.1°]
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January X X X X 5.28 34.200 5.88 56.94 30.3 90.1P 8.8 55.8 20.2 70.25P 2.8 31.8 22.2 20.820 0.2 35.0 6.08 44.858 3.8 33.8 8.8 45.27P 5.8 52.0 0.196 00.4V2 5.8 55.4 0.85 00.485 0.8 58.0 0.85 00.228 0.3 32.0 15.2 00.228 2.8 37.0 2.8 00.228 5.2 27.0 4.28 30.14 30.14 4.28 30.14 32.4 0.28 00.401 35.0 2.8 00.401 31.6 2.8 00.401 31.2 4.28 00.401 35.4 2.8 00.401 33.6 8.28 00.401 35.8 4.28 00.401 36.6 0.28 00.401 33.0 5.28 00.401 35.8 3.28 00.401 32.8 0.28 00.401 35.0 6.8 00.401 36.8 0.28 00.401 30.0 5.28 00.401 30.8 8.28 00.401 32.8
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Sceloporus orcutti; Temps. (By Month) February (M) (R) x x² x x² 25.6 655.36 31.0 961.00 M+R 20.6 424.36 30.0 900.00 N = 21 31.8 1011.24 35.0 1225.00 ΣX = 631.2 24.8 615.04 30.0 900.00 ΣX² = 19347.52 33.6 1128.96 32.0 1024.00 X̄ = 30.0°C 32.8 1075.84 34.0 1156.00 (X̄)² = 900.00 36.6 1339.56 21.0 441.00 31.6 998.56 28.0 784.00 S² = (ΣX² - N(X̄)²)/(N-1) 35.2 1239.04 27.0 729.00 S² = (19347.52 - 21(900.00))/20 31.6 998.56 30.0 900.00 S² = 447.52/20 = 22.38 32.6 1062.76 (1964 - no 29.0 841.00 S.E. = √(S²/N) = √(22.38/21) 29.5 870.25 hibernation S.E. = √1.06 = 1.03 31.6 998.56 this winter) [± 2.1°C at 95% level] 36.0 1296.00 [27.9° - 32.1°] 34.6 1197.16 29.0 841.00 33.4 1115.56 32.0 1024.00 N = 21 S² = (21281.69 - 21(1011.24))/20 32.0 1024.00 ΣX = 667.5 S² = 45.65/20 = 2.28 32.0 1024.00 ΣX² = 21281.69 29.0 841.00 X̄ = 31.8°C 34.0 1156.00 (X̄)² = 1011.24 32.0 1024.00 30.0 900.00 S.E. = √(2.28/21) = √.108 = .33 32.0 1024.00 [± 0.66°C at 95% level] 32.0 1024.00 [31.1° - 32.5°] 30.0 900.00 32.2 1036.84 30.0 900.00 31.6 998.56 32.0 1024.00
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(8) HONDA Remark (9) X X 60.0 0.18 30.0 0.30 20.0 0.45 60.0 0.08 60.0 0.07 60.0 0.08 60.0 0.09 60.0 0.13 60.0 0.15 60.0 0.20 60.0 0.25 (10) X X 60.0 0.25 30.0 0.50 30.0 0.60 30.0 0.80 30.0 1.00 30.0 1.20 30.0 1.50 30.0 2.00 30.0 3.00 30.0 4.00 30.0 5.00 30.0 6.00 30.0 8.00 30.0 10.00 30.0 12.00 30.0 15.00 30.0 20.00 30.0 25.00 30.0 30.00 30.0 40.00 30.0 50.00 30.0 60.00 30.0 80.00 30.0 100.00
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Sceloporus orcutti Temps. (By Month) November X X² 33.0 1089.00 32.4 1049.76 32.4 1049.76 34.6 1197.16 32.0 1024.00 33.0 1089.00 35.8 1281.64 N=7 ΣX = 233.2 ΣX² = 7780.32 X̄ = 33.3°C (X̄)² = 1108.89 s² = (7780.32 - 7(1108.89)) / 6 = 18.09 / 6 = 3.01 S.E. = √(3.01/7) = √.43 = .66 [± 1.4°C at 95% level] [31.9° - 34.7°]
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SCELOPORUS ORCUTTI THERMAL PREFERENCES (Fields) °C % N 15 16 17 18 19 20 21 / ½ 1 22 - - 23 || 1 2 24 - - 25 /// 1½ 3 26 //// 2 4 27 //// 2 4 28 /// 1½ 3 29 #/ //// 5 9 30 ### ### // 6½ 12 31 #### #### //// 7½ 14 32 #### #### #### #### #### #### #### // 20 37 33 #### #### #### #### #### | 14 26 34 #### #### #### #### #### / 14 26 35 #### #### #### ####/#### 13½ 25 36 ### ### //// 7½ 14 37 ### I 3 6 38 99.5% 186 39 40 41 Photothermal gradient chambers X̄ = 32.4°C 42 No. lizards = 29; No. lizard-days = 81 43 X̄ Temp. = 31.8°C 44
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(Field) Photothermal gradient chambers No.1 size=5'; No.1 size 6' - 9' = 8' X temp = 31.8 °C
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SCELOPORUS ORCUTTI Toe clip # 1 Caught UCR 10/25/66 Ad ♂ 98 mm. (S-V) Field Temp.-32.6°C. Date Time Temp(°C) Chase(ft) Date Time Temp(°C) Therm. # Chase(ft) Date Time Temp(°C) Therm. # Chase(ft) 10/27/66 0745 33,5 10 X (total) = 32.4 0845 35.4 3 X (a.m.) = 30.8 1010 33,2 0 X (p.m.) = 34.0 1110 33,8 0 1200 34.6 5 Therm. 10/29 1430 32.0 3 1435 32.0 3 1450 32.4 3 1455 32.2 3 1510 35,5 3 1515 36.0 3 10/29 1440 32.0 3 Greatest variation (°C) in same animal on different days (not 1st 2 days): Jan.-5,5° 1500 32,0 3 Oct.-5,0° 1520 35,5 3 1540 36.0 3 Greatest variation (°C) between AM and PM 1600 36.0 3 temps, in same animal: 5.9° 1620 35,5 3 (Jan., Feb., Oct.) 1640 34.0 3 No. lizards A M P M 1700 34.5 3 27 X̄ = 30.5° X̄ = 32.5° 10/30 0840 23,0 3 ΣX=25193,81 ΣX=28643,57 0900 24,0 X̄² = 930.25 X̄² = 1056.25 0920 24,5 s² = 2.96 s² = 4.80 0940 32.0 S.E.=±0.3 S.E.=±0.4 1000 34,0 (29.8°-31.2°) (31.7°-33.3°) 1020 33,5 1040 32.0 4 cases out of 27 in which X̄ AM Temp. 1100 25,0 was higher than X̄ PM Temp. for same 1120 32,0 lizard. 1140
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SCELOPORUS ORCUTTI Toe clip #2 Caught UCR 10/25/66 Imm ♂ 65 mm (s-v) Field Temp. - 35°C. Date Time Temp(°C) Chase(#) Date Time Temp(°C) Therm, #(Chase(#)) Date Time Temp(°C) Chase(#) 10/27/66 0845 33.0 1 1010 29.4 6 1110 36.2 8 1200 28.6 6 11/3/66 0945 25.2 Therm, #1 11/3/66 1500 32.5 1 1000 25.5 1 1520 32.0 1 1125 34.2 1 1540 35.0 1 1225 33.0 1 1600 34.5 1 1305 30.5 1 1620 35.0 1 1520 33.5 1 1640 34.0 1 11/3/66 0820 29.0 1 x̄ (total) = 31.0 0840 26.5 1 x̄ (am.) = 28.9 0900 25.0 1 x̄ (pm) = 32.8 0920 25.0 1 0940 26.0 1 1000 26.0 1 1020 26.0 1 1040 30.0 1 1100 32.0 1 1120 33.0 1 1140 32.0 1 1200 31.5 1 1220 31.0 1 1240 33.0 1 1300 30.0 1 1320 33.0 1 1340 31.0 1 1400 33.5 1 1420 34.5 1 1440 31.0 1
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SCELOPORUS ORCUTTI Toe clip #3 Caught UCR 10/28/66 Imm of 68 mm (s-w) Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 10/28/66 1210 34.0 3 10/29 1630 33.5 3 1415 36.0 3 1650 36.5 3 1500 33.0 3 10/30 0930 27.0 3 1515 36.0 3 0950 28.0 3 1535 36.5 3 1010 28.0 3 1555 36.8 3 1030 35.0 3 1620 34.0 3 1050 33.5 3 1635 34.0 3 1110 33.0 3 1655 36.5 3 1130 35.0 3 10/29 1115 35.2 3 1150 35.5 3 1120 35.1 3 1210 33.0 3 1135 35.0 3 1230 33.0 3 1140 35.2 3 1250 34.5 3 1155 33.0 3 1310 35.0 3 1200 33.0 3 1330 36.5 3 1215 33.0 3 1350 35.0 3 1220 33.0 3 1410 35.5 3 1235 35.0 3 1240 35.0 3 x (total) = 34.11 1255 35.0 3 x (am) = 33.0 10/29 1310 30.0 3 x (pm) = 34.6 1330 31.0 3 x (day captured) = 34.7 1350 35.0 3 x (d.c. +1) = 33.6 1410 35.5 3 1430 34.5 3 1450 33.5 3 1510 35.5 3 1530 36.0 3 1550 36.5 3 1610 34.0 3
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SCELOPORUS ORCUTTI Toe clip #4 Caught UCR 10/28/66 Imm. of 75 mm (5-v) Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 10/29 1420 31.0 1 10/30 1250 35.5 1 1425 32.5 1 1310 35.5 1 1440 35.5 1 1330 35.0 1 1445 36.0 1 1350 33.0 1 1500 32.5 1 1410 30.5 1 1505 33.0 1 1430 30.0 1 1520 33.3 1 1450 33.0 1 1525 33.2 1 1510 33.5 1 10/30 1430 31.5 1 1530 33.0 1 1450 36.0 1 1550 35.0 1 1510 32.5 1 1610 35.5 1 1530 34.0 1 1630 35.5 1 1550 33.5 1 1650 34.5 1 1610 36.0 1 1710 36.0 1 1630 34.0 1 1730 35.0 1 1650 34.0 1 1750 31.0 1 1710 34.0 1 1810 30.5 1 10/31 0830 32.0 1 1830 30.0 1 0850 30.5 1 1850 28.0 1 0910 32.0 1 0930 29.0 1 x̄ (total) = 33.2 0950 30.0 1 x̄ (am) = 32.4 1010 30.0 1 x̄ (pm) = 33.5 1030 33.0 1 1050 36.0 1 1110 36.0 1 1130 36.0 1 1150 32.0 1 1210 35.0 1 1230 35.5 1
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SCELOPORUS ORCUTTI Toe clip #5 Caught UCR 10/28/66 Imm ♀ 78 mm (3-V) Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm No. 11/2/66 0850 33.0 3 11/3/66 1615 31.0 3 0910 27.0 3 1635 31.0 3 1230 34.0 3 1655 32.0 3 1310 33.0 3 1330 35.0 3 x̄(total) = 31.8 1410 34.6 3 x̄(am) = 28.7 1415 34.6 3 x̄(pm) = 33.6 1630 34.5 3 11/3/66 0855 32.0 3 0915 27.0 3 0935 25.0 3 0955 25.0 3 1015 32.5 3 1035 29.0 3 1055 27.0 3 1115 26.0 3 1135 27.0 3 1155 34.0 3 1215 33.0 3 1235 33.0 3 1255 32.0 3 1315 32.0 3 1335 34.0 3 1355 33.0 3 1415 33.0 3 1435 33.5 3 1455 34.0 3 1515 34.0 3 1535 36.0 3 1555 33.5 3
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Toe clip #6 Caught UCR 10/28/66 Ad. ♀ 92 mm (S-V) SCELOPORUS ORCUTTI Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm No. 11/3/66 0855 33.0 3 11/4/66 1530 33.0 3 0935 32.5 3 1550 35.0 3 1135 33.0 3 1610 35.0 3 1210 33.5 3 1630 35.0 3 1250 35.0 3 1650 35.5 3 1315 35.0 3 1435 37.2 3 x̄ (total) = 33.3 1535 35.0 3 x̄ (am) = 31.9 1600 36.5 3 x̄ (pm) = 34.2 11/4/66 0830 33.0 3 0850 32.5 3 0910 31.0 3 0930 32.0 3 0950 31.5 3 1010 27.0 3 1030 32.0 3 1050 31.5 3 1110 33.0 3 1130 32.0 3 1150 33.0 3 1210 32.0 3 1230 32.0 3 1250 34.0 3 1310 33.0 3 1330 34.0 3 1350 31.5 3 1410 35.0 3 1430 36.0 3 1450 33.0 3 1510 33.0 3
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SCELOPORUS ORCUTTI Toe clip #7 Caught UCR 10/31/66 Ad ♂ 107 mm (5-v) Field Temp - 35.8°C Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 10/31/66 1155 30.5 3 11/3 0810 33.0 3 x (total) = 32.1 1200 30.0 3 0830 34.0 3 x (am) = 33.9 1220 29.0 3 0850 34.6 3 x (pm) = 31.2 1225 29.0 3 0910 35.0 3 x (d.c.) = 29.6 1240 28.0 3 0930 36.0 3 x(d.c.+1) = 33.9 1300 27.0 3 0950 36.0 3 11/1/66 0840 34.5 3 1010 35.5 3 0845 34.5 3 1030 35.5 3 0900 34.6 3 1050 35.5 3 11/2 1140 35.0 3 1110 35.0 3 1200 34.5 3 1130 35.0 3 1130 29.0 3 1150 34.0 3 1150 30.0 3 1210 34.0 3 1210 28.5 3 1230 33.5 3 1230 28.0 3 1250 34.0 3 1250 27.5 3 1310 35.0 3 1310 27.5 3 1330 34.5 3 1330 27.5 3 1350 34.0 3 1350 27.5 3 1410 34.0 3 1410 27.5 3 1430 36.0 3 1430 27.5 3 1450 35.5 3 1450 29.5 3 1510 33.5 3 1510 31.0 3 1530 32.0 3 1530 32.5 3 1550 32.5 3 1550 33.0 3 1610 32.0 3 1610 33.0 3 1630 32.0 3 1630 34.0 3 1650 33.5 3 1650 33.0 3 1710 31.5 3 1730 28.0 3 1750 27.0 3
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SCELOPORUS ORCUTTI Toe clip #9 Caught UCR 10/31/66 Imm. 72 mm (S-V) Field Temp.- 32.8°C Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No 11/2/66 0845 34.0 1 11/3/66 1405 31.5 1 0848 29.5 1 1425 31.5 1 0900 29.0 1 1445 31.5 1 0945 26.0 1 (min) 1505 31.5 1 1000 26.0 1 (') 1525 27.0 1 1040 26.5 1 (') 1545 33.5 1 1220 31.5 1 1605 31.0 1 1240 30.0 + 1625 29.0 1 1300 28.0 (no record after 1220; lost therm) 1645 29.0 1 (starting again 1330) 1340 34.0 1 1440 32.5 1 x̄ (total) = 29.8 1600 32.2 1 x̄ (am) = 27.8 1620 30.0 1 x̄ (pm) = 31.7 1700 35.0 1 11/3/66 0845 33.0 1 0905 28.0 1 0925 25.0 1 0945 25.0 1 1005 25.0 1 1025 25.0 1 1045 25.5 1 1105 26.0 1 1125 26.0 1 1145 34.5 1 1205 35.0 1 1225 — 1 1245 — 1 1305 — 1 1325 — 1 1345 33.0 1
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SCELOPORUS ORCUTTI Toe clip #113 Caught UCR 10/31/66 Imm.♀ 87 mm (S-V) Field Temp - 32.2°C Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 10/31/66 1130 29.5 1 11/3 0800 25.0 1 1145 29.5 1 0820 28.0 1 1210 29.0 1 0840 29.5 1 1230 29.0 1 0900 30.0 1 1250 28.0 1 0920 31.0 1 1610 31.5 1 0940 32.0 1 11/1/66 0910 30.2 1 1000 32.5 1 0915 30.5 1 1020 32.5 1 1130 33.5 1 1040 32.5 1 1150 33.5 1 1100 33.0 1 1530 32.0 1 1120 33.5 1 11/2 1120 29.0 1 1140 34.0 1 1140 29.0 1 1200 35.5 1 1200 29.0 1 1220 33.5 1 1220 29.0 1 1240 33.5 1 1240 28.0 1 1300 31.0 1 1300 26.5 1 1320 31.0 1 1320 27.0 1 1340 31.0 1 1340 27.5 1 1400 32.0 1 1400 27.5 1 1420 32.0 1 1420 27.5 1 1440 32.0 1 1440 28.0 1 1500 32.0 1 1500 28.0 1 1520 32.0 1 1520 28.0 1 1540 32.0 1 1540 29.0 1 1600 32.0 1 1600 31.5 1 1620 34.0 1 1620 32.0 1 1640 33.5 1 1640 33.0 1 1700 31.5 1 1720 32.0 1 1740 30.0 1 x̄(total) = 30.7 x̄(am) = 31.0 x̄(pm) = 30.5 x̄(d.c.) = 29.0 x̄(d.c.H) = 31.8
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SCELOPORUS ORCUTTI Toe clip #445 Caught UCR 10/28/66 Ad ♂ 100 mm (S-V) Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 10/28/66 1220 29.0 1 10/30 1620 33.5 1 1405 30.0 1 1640 33.5 1 1445 29.5 1 10/31 0920 32.0 1 1505 33.0 1 0940 34.5 1 1525 36.0 1 1000 31.0 1 1530 35.0 1 1020 31.5 1 1605 34.0 1 1040 30.0 1 1610 34.0 1 1100 30.0 1 1645 34.0 1 1120 34.0 1 10/29 1105 34.0 1 1140 35.5 1 1125 35.5 1 1200 35.5 1 1130 36.0 1 1220 35.5 1 1145 35.2 1 1240 31.5 1 1150 35.2 1 1300 31.5 1 1205 35.0 1 1320 33.0 1 1210 35.4 1 1340 36.5 1 1225 32.0 1 1400 33.0 1 1245 31.5 1 1250 32.0 1 x̄ (total) = 32.7 1305 32.4 1 x̄ (am) = 33.6 10/30 1300 27.0 1 x̄ (pm) = 32.3 1320 26.0 1 x̄ (dc) = 31.7 1340 26.0 1 x̄ (dc+U) = 33.4 1400 30.0 1 1420 31.0 1 1440 29.0 1 1500 33.5 1 1520 35.5 1 1540 32.5 1 1600 34.0 1
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No. 1 Caught 11/17/64 Ad ♂ Date Time Temp (°C) Therm. No. 11-18-64 1100 25.0 3 1120 28.0 3 1140 29.0 3 1200 29.0 3 1220 29.5 3 1240 30.0 3 1300 30.0 3 1320 30.0 3 1340 30.5 3 1400 31.0 3 1420 31.0 3 1440 31.0 3 1500 31.0 3 1520 31.0 3 1540 31.0 3 1600 31.0 3 1620 31.0 3 1640 31.0 3 1700 30.5 3 1720 27.0 3 x̄ (total) = 29.9 x̄ (am) = x̄ (pm) =
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Date Time (s) Temp No. 11:30 82.0 2 11:40 83.0 3 11:50 83.1 4 12:00 83.2 5 12:10 83.3 6 12:20 83.4 7 12:30 83.5 8 12:40 83.6 9 12:50 83.7 10 13:00 83.8 11 13:10 83.9 12 13:20 84.0 13 13:30 84.1 14 13:40 84.2 15 13:50 84.3 16 14:00 84.4 17 14:10 84.5 18 14:20 84.6 19 14:30 84.7 20 14:40 84.8 21 14:50 84.9 22 15:00 85.0 23 P.P.S = (J/mol) x = (J/g) x = (cal/g) x
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No. 2 Caught 11/21/66 Ad ♀ SCELOPORUS OCCIDENTALIS Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 11/21/66 1045 32.0 1 11/22/66 1120 28.5 1 1105 32.0 1 1140 28.0 1 1125 32.0 1 1200 28.0 1 1145 32.0 1 1220 28.0 1 1205 32.5 1 1240 28.0 1 1225 32.5 1 1300 28.0 1 1245 33.0 1 1320 28.0 1 1305 33.0 1 1340 28.0 1 1325 33.0 1 1300 28.0 1 1345 33.0 1 1420 28.0 1 1405 33.0 1 1440 28.0 1 1425 34.0 1 1500 28.0 1 1445 33.5 1 1505 33.0 1 1525 33.0 1 x̄ (total) = 30.2 1545 33.0 1 x̄ (am) = 29.1 1605 33.0 1 x̄ (pm) = 31.0 1625 32.0 1 x̄ (dc) = 32.5 1645 30.5 1 x̄ (dc+1) = 28.2 1705 30.0 1 11/22/66 0800 26.0 1 0820 27.0 1 0840 27.0 1 0900 27.0 1 0920 28.0 1 0940 28.0 1 1000 28.0 1 1020 29.0 1 1040 31.0 1 1100 32.0 1
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Date Time Temp(°C) Time Out Temp(°C) No 11/04 18:42 35.0 1 1150 41.98 No 11/02 16:02 35.0 1 1140 58.0 11/02 15:42 35.0 1 1500 58.0 11/02 15:42 35.0 1 1930 58.0 15/07 15:42 35.2 1 1940 58.0 15/07 15:32 35.2 1 1300 58.0 13/12 13:12 33.0 1 1330 58.0 13/02 13:02 33.0 1 1340 58.0 13/27 13:27 33.0 1 1400 58.0 13/47 13:47 33.0 1 1450 58.0 15/07 15:07 33.0 1 1440 58.0 14/52 14:52 34.0 1 1250 58.0 14/42 14:42 33.2 1 14/36 14:36 33.0 1 17/52 17:52 33.0 1 15/47 15:47 33.0 1 18/02 18:02 33.0 1 18/52 18:52 34.0 1 18/42 18:42 30.2 16/07 16:07 30.0 1 08/00 08:00 30.0 1 08/50 08:50 30.0 1 09/40 09:40 33.0 1 09/50 09:50 33.0 1 09/50 09:50 38.0 1 09/40 09:40 38.0 1 10/00 10:00 38.0 1 10/30 10:30 39.0 1 10/40 10:40 39.0 1 11/00 11:00 35.0 1
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No. 3 Caught 11/21/66 Ad ♀ SCELOPORUS OCCIDENTALIS Date Time Temp(°C) Thermi No. 11/21/66 1100 30.0 3 1120 33.0 3 1140 32.5 3 1200 34.0 3 1220 34.5 3 1240 35.0 3 1300 35.5 3 1320 33.5 3 1340 34.5 3 1400 37.5 3 1420 37.5 3 1440 38.0 3 1500 33.0 3 1520 33.0 3 1540 33.0 3 1600 33.0 3 1620 33.0 3 1640 32.0 3 1700 31.0 3 11/22/66 0810 27.5 3 0830 28.0 3 0850 28.5 3 0910 29.0 3 0930 29.0 3 0950 29.5 3 1010 33.0 3 1030 27.0 3 1050 25.0 3 1110 25.5 3 1130 25.5 3 Date Time Temp(°C) Thermi No. 11/22/66 1150 26.0 3 1210 26.0 3 1230 26.0 3 1250 26.0 3 1310 26.0 3 1330 26.0 3 1350 26.0 3 1410 26.0 3 1430 26.0 3 1450 26.0 3 1570 26.0 3 x (total) = 30.0 x (am) = 28.9 x (pm) = 30.8 x (dc) = 33.6 x (dc+1) = 27.0
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SCELOPORUS OCCIDENTALIS 11/28/98 Date Time Temp(°C) No. Date Time Temp(°C) No. 11/28/98 1100 30.0 3 Illness 1150 30.0 2 1150 33.0 2 1140 35.2 3 1200 34.0 3 1250 34.2 2 1300 33.0 2 1300 32.2 2 1350 34.2 3 1340 34.2 2 1400 37.2 3 1450 37.2 3 1440 38.0 3 1500 33.0 3 1250 33.0 2 1220 33.0 3 1000 33.0 2 1550 33.0 3 1840 35.0 3 1350 31.0 2 11/28/98 0800 33.2 3 0820 38.0 3 0730 36.2 3 0710 34.0 3 0640 33.2 3 0650 33.0 3 1010 33.0 2 1030 33.0 2 1050 33.0 2 11/28/98 1150 30.0 2 1510 30.0 2 1530 30.0 3 1520 30.0 3 1340 30.0 2 1230 30.0 3 1320 30.0 2 1410 30.0 2 1430 30.0 2 1450 30.0 3 1510 30.0 3
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No.1 Toe Clip # 32 81 88 mm (S-V) Caught UCR 1/9/67 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 1/9 1200 26 1 1/10 1220 26 1 1220 31.5 1 1240 26 1240 25 1 1300 28 1300 24 1 1320 27 1320 26 1 1340 26.5 1340 30.5 1 1400 33 1400 33 1 1420 35 1420 33 1 1440 36 1440 37 1500 30 1500 33 1520 36.0 1520 33 1540 29 1540 35 1600 33 1600 34 1620 33 1620 33 1640 29 1640 34 1700 36 1700 34.5 1720 37 1720 30 1740 37 1740 27 1800 37 1800 29 1820 27 1/10 0900 29 0920 30 0940 31.5 1000 28.5 1020 27 1040 26 1100 26 1120 25.5 1140 25.5 1200 25.5 X (total) = 30.4 X (am) = 27.3 X (pm) = 31.3
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No. 3 Toe Clip # 34/ 86 mm (S-V) Caught dCR 11/9/67 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm. Date Time Temp(°C) Therm. No. No. 1/9 1210 25- 3 11/10 1230 25 3 1230 29.5 3 1250 25 1250 828 3 1310 25,5 1310 28,5 3 1330 25- 1330 28 3 1350 28,5 1350 27 3 1410 34 1410 27 5 1430 30 1430 30,5 3 1450 36 1450 28 3 1570 28,5 1510 24 3 1530 30 1530 25,5 3 1550 33 1550 20- 1610 33 1610 25- 1630 34 1630 25- 1650 34 1650 25- 1710 34,5 1710 25 1730 34 1730 25- 1750 33 1750 24 1810 30 1810 23 1830 23 1/10 0910 22 x (total) = 27.4 0930 23 x (am) = 23.7 0950 23 x (pm) = 28.2 1010 23,5 1030 24 1050 24 1110 24,5 1130 24,5 1150 24,5 1210 24,5
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Out temp (C) Time Date 1910 23 E 1/5 12:30 24 E 1/5 1310 28 E 1/5 1320 28 E 1/5 13:30 28 E 1/5 1410 29 E 1/5 1420 30 E 1/5 1430 30 E 1/5 1430 30 E 1/5 1510 30 E 1/5 1610 31 E 1/5 1630 32 E 1/5 1710 34 E 1/5 1810 34 E 1/5 19:10 34.2 E 1/5 1930 34 E 1/5 2010 33 E 1/5 2110 33 E 1/5 2130 33 E 1/5 2210 33 E 1/5 23:10 34 E 1/5 2330 34 E 1/5 2410 34 E 1/5 2430 33 E 1/5 2510 33 E 1/5 2610 32 E 1/5 27:10 32 E 1/5 2810 31 E 1/5 29:10 31 E 1/5 3010 30 E 1/5 3110 29 E 1/5 3210 28 E 1/5 3310 27 E 1/5 3410 26 E 1/5 3510 25 E 1/5 3610 24 E 1/5 3710 23 E 1/5 3810 22 E 1/5 3910 21 E 1/5 4010 20 E 1/5 4110 19 E 1/5 4210 18 E 1/5 4310 17 E 1/5 4410 16 E 1/5 4510 15 E 1/5 4610 14 E 1/5 4710 13 E 1/5 4810 12 E 1/5 4910 11 E 1/5 5010 10 E 1/5 5110 9 E 1/5 5210 8 E 1/5 5310 7 E 1/5 5410 6 E 1/5 5510 5 E 1/5 5610 4 E 1/5 5710 3 E 1/5 5810 2 E 1/5 5910 1 E 1/5 6010 0 E 1/5
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.No. 1 Toe Clip #586 ♀ 75 mm (S-V) Caught UCR 1/9/67 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm.No. Date Time Temp(°C) Therm.No. 1/16/67 1200 26.0 1 1/17/67 1240 31.0 1 1220 36.0 1300 32.0 1240 32.0 1320 33.0 1300 33,5 1340 33.0 1320 34,5 1380 32.0 1340 32.0 1420 35,5 1400 34.0 1440 35.0 1420 33.0 1500 35.0 1440 34.0 1620 33.0 1500 34.0 1640 33.0 1520 34.0 1800 33.5 1540 33.0 1820 33.0 1600 33.5 1840 33.0 1620 34.0 1/18/67 0900 31.0 1640 34.5 0920 33.0 1700 34.5 0940 35.0 1/17/67 0800 22,0 1000 33.0 0820 22.5 1020 33.0 0840 23.0 1040 34.0 0900 24.0 0920 24.0 x̄ (total) = 31,1 0940 24.5 x̄ (am) = 27.6 1000 25,0 x̄ (pm) = 33.5 1020 25.0 1040 25.5 1100 25,5 1120 26.0 1140 29.0 1200 32.0 1220 30,5
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11/6 11:05 PM Date Time (s) Temp (°C) 1/14 13:00 32.0 13:30 32.0 14:00 32.0 14:30 32.2 15:00 32.2 15:30 32.0 16:00 32.0 16:30 31.0 17:00 31.0 17:30 31.0 18:00 32.0 18:30 32.0 19:00 32.0 19:30 32.0 20:00 31.0 20:30 31.0 21:00 32.0 21:30 32.0 22:00 32.0 22:30 32.0 23:00 34.0 Date Time (s) Temp (°C) 1/14 19:00 31.0 20:00 31.0 21:00 32.0 22:00 32.0 23:00 32.0 23:30 32.2 0:00 32.2 0:30 32.0 1:00 32.0 1:30 32.0 2:00 32.0 2:30 34.0 3:00 34.0 3:30 34.0 4:00 34.0 4:30 34.0 5:00 34.0 5:30 34.0 6:00 34.0 6:30 34.0 7:00 34.0 X (total) = 1.18 X (min) = 2.58 X (max) = 2.23
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No. 3 Toe Clip #27 ♀ 75 mm (S-U) Caught UCR 1/9/67 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 1/16/67 1210 28,5 3 1/17/67 1250 29,0 3 1230 28,5 1310 29,5 1250 33,5 1330 32,0 1310 30,5 1350 34,0 1330 32,0 1410 33,0 1350 34,0 1430 36,5 1410 32,0 1450 34,0 1430 34,0 1510 35,5 1450 35,0 1530 33,0 1510 34,0 1550 35,0 1530 32,0 1610 35,0 1550 32,5 1630 35,0 1610 30,5 1630 32,0 1/18/67 0918 33,5 ↓ 1650 34,5 1710 34,5 1/17/67 0810 26,5 0830 29,0 0850 28,0 0910 29,5 0930 31,0 0950 31,0 1010 31,0 1030 31,0 1050 31,5 1110 29,0 1130 28,0 1150 28,5 1210 27,0 1230 28,0 X (total) = 31,6 X (am) = 29,6 X (pm) = 32,5
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Date Time Temp (°C) Humidity (%) Date Time Temp (°C) Humidity (%) 1/4/89 15:00 28.2 3 1/4/89 15:00 28.2 8 15:30 28.2 16:00 34.0 15:20 28.2 16:30 34.0 15:10 28.2 17:00 34.0 15:00 28.0 17:30 34.0 14:50 28.0 18:00 34.0 14:40 27.5 18:30 34.0 14:30 27.5 19:00 34.0 14:20 27.5 19:30 34.0 14:10 27.5 20:00 34.0 14:00 27.5 20:30 34.0 13:50 27.5 21:00 34.0 13:40 27.5 21:30 34.0 13:30 27.5 22:00 34.0 13:20 27.5 22:30 34.0 13:10 27.5 23:00 34.0 13:00 27.5 23:30 34.0 12:50 27.5 24:00 34.0 12:40 27.5 24:30 34.0 12:30 27.5 25:00 34.0 12:20 27.5 25:30 34.0 12:10 27.5 26:00 34.0 12:00 27.5 26:30 34.0 11:50 27.5 27:00 34.0 11:40 27.5 27:30 34.0 11:30 27.5 28:00 34.0 11:20 27.5 28:30 34.0 11:10 27.5 29:00 34.0 11:00 27.5 29:30 34.0 10:50 27.5 30:00 34.0 10:40 27.5 30:30 34.0 10:30 27.5 31:00 34.0 10:20 27.5 31:30 34.0 10:10 27.5 32:00 34.0 10:00 27.5 32:30 34.0 9:50 27.5 33:00 34.0 9:40 27.5 33:30 34.0 9:30 27.5 34:00 34.0 9:20 27.5 34:30 34.0 9:10 27.5 35:00 34.0 9:00 27.5 35:30 34.0 8:50 27.5 36:00 34.0 8:40 27.5 36:30 34.0 8:30 27.5 37:00 34.0 8:20 27.5 37:30 34.0 8:10 27.5 38:00 34.0 8:00 27.5 38:30 34.0 7:50 27.5 39:00 34.0 7:40 27.5 39:30 34.0 7:30 27.5 40:00 34.0 7:20 27.5 40:30 34.0 7:10 27.5 41:00 34.0 7:00 27.5 41:30 34.0 6:50 27.5 42:00 34.0 6:40 27.5 42:30 34.0 6:30 27.5 43:00 34.0 6:20 27.5 43:30 34.0 6:10 27.5 44:00 34.0 6:00 27.5 44:30 34.0 5:50 27.5 45:00 34.0 5:40 27.5 45:30 34.0 5:30 27.5 46:00 34.0 5:20 27.5 46:30 34.0 5:10 27.5 47:00 34.0 5:00 27.5 47:30 34.0 4:50 27.5 48:00 34.0 4:40 27.5 48:30 34.0 4:30 27.5 49:00 34.0 4:20 27.5 49:30 34.0 4:10 27.5 50:00 34.0 4:00 27.5 50:30 34.0 3:50 27.5 51:00 34.0 3:40 27.5 51:30 34.0 3:30 27.5 52:00 34.0 3:20 27.5 52:30 34.0 3:10 27.5 53:00 34.0 3:00 27.5 53:30 34.0 2:50 27.5 54:00 34.0 2:40 27.5 54:30 34.0 2:30 27.5 55:00 34.0 2:20 27.5 55:30 34.0 2:10 27.5 56:00 34.0 2:00 27.5 56:30 34.0 1:50 27.5 57:00 34.0 1:40 27.5 57:30 34.0 1:30 27.5 58:00 34.0 1:20 27.5 58:30 34.0 1:10 27.5 59:00 34.0 1:00 27.5 59:30 34.0 0:50 27.5 60:00 34.0 0:40 27.5 60:30 34.0 0:30 27.5 61:00 34.0 0:20 27.5 61:30 34.0 0:10 27.5 62:00 34.0 0:00 27.5 62:30 34.0
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No. 1 Toe Clip #200 ♀75 mm (S-V) Caught UCR 1/9/67 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 1/18/67 1330 26.0 1 1/19/67 1440 36.0 1 1/20/67 1530 30.5 1 1350 26.0 1500 34.5 1550 29.5 1 1410 26.0 1520 34.5 1430 36.5 1540 35.0 x (total) = 32.1 1450 36.0 1600 34.5 x (am) = 30.0 1510 34.0 1620 34.0 x (pm) = 33.4 1530 34.0 1640 33.0 1550 34.0 1700 34.0 1610 35.0 1/20/67 0810 34.0 1630 32.5 0830 34.0 1650 35.0 0850 33.0 1/19/67 0820 23.0 0910 33.0 0840 24.0 0930 33.0 0900 25.0 0950 33.5 0920 26.0 1010 34.0 0940 26.0 1030 34.0 1000 27.0 1050 34.0 1020 27.0 1110 31.5 1040 27.0 1130 34.0 1100 27.5 1150 36.0 1120 27.5 1210 35.5 1140 28.0 1230 34.0 1200 28.0 1250 34.0 1220 33.0 1310 35.5 1240 33.5 1330 36.0 1300 33.0 1350 34.0 1320 32.0 1410 34.0 1340 33.5 1430 36.0 1400 32.0 1450 34.5 1420 35.5 1570 33.0
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Date Time Temp (°C) Date Time Temp (°C) 11/10 830 26.0 1 11/10 1430 33.0 1 11/10 2030 27.0 1 11/11 830 29.0 1 11/11 1430 30.0 1 11/11 2030 35.0 1 11/12 830 32.0 1 11/12 1430 36.0 1 11/12 2030 34.0 1 11/13 830 32.0 1 11/13 1430 35.0 1 11/13 2030 33.0 1 11/14 830 32.0 1 11/14 1430 34.0 1 11/14 2030 33.0 1 11/15 830 33.0 1 11/15 1430 36.0 1 11/15 2030 34.0 1 11/16 830 32.0 1 11/16 1430 34.0 1 11/16 2030 33.0 1 11/17 830 33.0 1 11/17 1430 35.0 1 11/17 2030 34.0 1 11/18 830 34.0 1 11/18 1430 36.0 1 11/18 2030 34.0 1 11/19 830 33.0 1 11/19 1430 35.0 1 11/19 2030 34.0 1 11/20 830 32.0 1 11/20 1430 34.0 1 11/20 2030 33.0 1
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No. 3 Toe Clip No. 149 ♀ 94 mm (S-V) Caught UCR 1/9/67 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 1/18/67 1340 33.0 3 1/19/67 1430 34.5 3 1/20/67 1540 33.5 3 1400 33.5 1450 34.5 1600 35.0 3 1420 29.5 1510 35.0 1440 31.0 1530 33.0 x (total) = 31.5 1500 32.5 1550 35.0 x (am) = 30.4 1520 32.5 1610 32.0 x (pm) = 32.2 1540 30.0 1630 32.0 1600 32.0 1650 32.0 1620 33.0 1/20/67 0820 24.0 1640 33.5 0840 24.5 1700 30.0 0900 25.0 1/19/67 0810 28.0 0920 25.5 0830 35.5 0940 26.0 0850 34.0 1000 26.0 0910 35.0 1020 26.0 0930 35.5 1040 26.0 0950 36.0 1100 26.5 1010 36.0 1120 26.5 1030 36.5 1140 32.0 1050 34.0 1200 29.0 1110 33.5 1220 29.0 1130 33.0 1240 34.0 1150 34.5 1300 32.5 1210 32.0 1320 31.0 1230 32.5 1340 32.0 1250 33.0 1400 27.0 1310 32.5 1420 31.0 1330 33.5 1440 30.0 1350 35.5 1500 28.0 1410 36.0 1520 28.0
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1/16/03 13:40 32.0 3 11/18/03 14:30 34.2 3 11/20/03 15:40 33.5 14:40 33.2 14:50 34.2 14:50 32.7 15:10 32.0 14:40 31.0 12:30 32.0 12:50 33.2 12:20 32.0 12:50 33.2 10:10 33.0 12:40 30.0 10:30 35.0 10:00 33.0 10:20 35.0 10:10 32.0 10:30 34.0 10:30 33.2 08:40 34.7 13:00 30.0 09:00 32.9 10:30 33.0 09:30 32.2 08:30 32.2 09:40 36.0 08:50 34.0 10:40 36.0 09:10 32.0 10:50 35.0 09:30 32.2 10:40 36.0 09:50 38.0 11:00 36.2 10:10 30.0 11:50 36.7 10:30 36.2 11:40 35.0 10:50 34.0 13:00 35.0 11:50 32.2 15:50 33.0 11:50 33.0 16:40 34.0 11:20 34.2 18:00 35.2 18:10 35.0 19:50 35.0 18:30 35.2 18:40 35.0 19:20 32.0 19:40 35.0 19:10 35.2 19:50 31.0 19:30 33.2 19:40 30.0
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No. Toe Clip # 28 ♂ 78 mm (S-V) Caught UCR 1/9/67 SCELOPORUS ORCUTTI SCELOPORUS ORCUTTI Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 1/23/67 1010 27.5 3 1050 27.0 3 1/25/67 1250 34.0 1030 32.0 1110 31.5 1310 35.0 1050 33.0 1130 28.5 1330 34.0 1110 33.5 1150 30.0 1350 35.0 1130 32.0 1210 31.0 1410 34.0 1150 34.0 1230 31.0 1430 33.0 1210 33.0 1250 30.0 1450 32.5 1230 32.5 1310 [illegible] 1570 35.5 1250 32.5 1330 32.0 1530 33.0 1300 33.5 1350 28.0 1550 35.0 1330 34.0 1410 26.0 1610 34.0 1350 34.0 1430 30.5 1630 36.0 1410 33.0 1450 30.5 1650 36.0 1430 35.0 1510 30.5 1710 34.0 1450 35.0 1530 30.0 1510 35.0 1550 33.0 x̄ (total) = 31.2 1530 35.0 1610 33.0 x̄ (am) = 28.0 1530 35.0 1630 35.0 x̄ (pm) = 33.1 1610 35.0 1650 32.0 1630 35.0 1/25/67 0910 28.0 1650 34.5 0930 29.5 1710 33.5 0950 29.5 1/24/67 0810 20.5 1010 29.0 0830 21.5 1030 30.0 0850 22.0 1050 31.0 0910 22.0 1110 30.5 0930 22.0 1130 31.5 0950 22.5 1150 31.5 1010 23.0 1210 32.0 1030 23.5 1230 34.0
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SLEIDOPORUS ORCUTTI Gang 4, GSE 16/0101 Data Time Temp(°C) Data Time Temp(°C) 1528 10:10 35.2 E 3 0030 25.0 1020 22.0 1110 22.2 1130 25.0 025 21.0 1510 23.0 1530 25.2 1520 25.2 1310 22.2 1330 21.0 1328 24.0 1410 23.0 1430 22.0 1510 22.0 1210 22.0 1230 22.0 1230 22.0 1810 22.0 1030 22.0 1020 24.2 1210 22.2 1524/03 08:10 30.2 0820 21.2 0820 22.0 0910 22.0 0930 22.9 05:20 26.2 1010 23.0 1120 24.2 1120 24.2
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No. Toe Clip # 334 ♀ 72 mm (S-V) Caught UCR 1/9/67 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 1/23/67 1000 32.5 1 1/24/67 1040 28.8 1 1/25/67 1240 34.0 1020 34.0 1100 28.0 1300 32.0 1040 35.0 1120 28.5 1320 33.0 1100 35.0 1140 29.5 1340 30.0 1120 34.0 1200 35.0 1400 30.5 1140 33.5 1220 33.5 1420 34.0 1200 33.0 1240 32.0 1440 34.5 1220 33.5 1300 35.0 1500 34.0 1240 32.0 1320 29.0 1520 32.5 1300 32.5 1340 29.5 1540 27.0 1320 33.0 1400 34.5 1600 26.5 1340 30.0 1420 34.0 1620 26.5 1400 29.0 1440 35.0 1640 24.0 1420 29.0 1500 35.5 1700 26.0 1440 28.0 1520 33.0 1500 28.0 1540 34.5 x (total) = 30.2 1520 28.0 1600 33.5 x (am) = 28.9 1540 28.0 1620 32.0 x (pm) = 31.1 1600 28.0 1640 32.0 1620 28.0 1/25/67 0900 26.5 1640 28.0 0920 27.5 1700 28.0 0940 28.0 1/24/67 0800 20.5 1000 28.5 0820 22.5 1020 29.0 0840 24.0 1040 29.0 0900 24.5 1100 29.0 0920 25.0 1120 29.0 0940 26.0 1140 29.0 1000 27.0 1200 29.5 1020 27.5 1220 35.5
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SCOPORUS ORCUTTI 15:10 28.2 10.00 34.2 1 7:46 334 at 34 mins (2-4) Conduct NCE 1/8/05 Date Time Temp(M) Dist Time Temp Dist Temp(M) Time Date 15:10 10.00 34.2 1 16:03 10.0 38.2 67.0 15:20 9/18 10:50 34.0 0.10 11:00 11.0 38.2 67.0 10:50 10:30 33.0 0.20 11:30 11.5 38.2 68.0 10:20 11:00 34.0 0.0 11:40 11.5 38.2 69.0 11:00 11:30 34.0 0.0 12:00 12.0 38.2 70.0 11:30 11:50 33.2 0.2 12:30 12.5 38.2 71.0 11:50 12:00 33.0 0.0 12:40 13.0 38.2 72.0 12:00 12:10 33.0 0.0 13:00 13.5 38.2 73.0 12:10 12:20 34.0 0.0 13:10 14.0 38.2 74.0 12:20 12:40 35.2 0.2 13:30 14.5 38.2 75.0 12:40 13:00 35.0 0.0 13:50 14.5 38.2 76.0 13:00 13:20 35.0 0.0 14:10 15.0 38.2 77.0 13:20 13:40 35.2 0.2 14:30 15.5 38.2 78.0 13:40 14:00 35.0 0.0 14:50 16.0 38.2 79.0 14:00 14:10 35.0 0.0 15:10 16.5 38.2 80.0 14:10 14:30 35.2 0.2 15:30 17.0 38.2 81.0 14:30 14:50 36.0 0.0 15:50 17.5 38.2 82.0 14:50 15:10 36.0 0.0 16:10 18.0 38.2 83.0 15:10 15:30 36.2 0.2 16:30 18.5 38.2 84.0 15:30 15:50 37.0 0.0 16:50 19.0 38.2 85.0 15:50 16:10 37.0 0.0 17:10 19.5 38.2 86.0 16:10 16:30 37.2 0.2 17:30 20.0 38.2 87.0 16:30 16:50 38.0 0.0 17:50 20.5 38.2 88.0 16:50 17:10 38.0 0.0 18:10 21.0 38.2 89.0 17:10 17:30 38.2 0.2 18:30 21.5 38.2 90.0 17:30
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No. 1 Toe Clip #112 ♀ 55 mm (s-v) Caught UCR 1/9/67 SCELOPORUS ORCUTTI Date Time Temp(°c) Therm No. Date Time Temp(°c) Therm No. 1/11/67 0900 26.0 1 1/12/67 1220 32.0 1 0920 33.0 1240 33.0 0940 34.6 1300 32.5 1000 35.0 1320 33.0 1020 32.0 1340 32.0 1040 31.5 1400 32.5 1100 31.0 1420 35.0 1120 32.0 1440 33.5 1420 33.0 1500 33.0 1440 30.5 1520 33.0 1500 33.5 1540 34.5 1520 32.5 1600 36.0 1540 34.5 1620 33.0 1600 34.5 1640 32.5 1620 34.0 1640 33.0 x (total) = 32.5 1200 36.5 x (am) = 31.8 1/12/67 0800 33.0 x (pm) = 33.4 0820 33.0 0840 28.5 0900 27.5- 0920 32.5 0940 35,5 1000 35,5 1020 32.0 1040 32.0 1100 32.0 1120 28.0 1140 32.0 1200 32.0
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SCELPOROS ORCUTTI Date Time Temp (°C) Humidity Date Time Temp (°C) Humidity 11/15 0800 32.0 76 11/15 0800 32.4 78 0930 32.0 76 0930 32.4 78 1040 31.2 76 1040 31.2 78 1150 32.0 76 1150 32.4 78 1450 32.0 76 1450 32.4 78 1630 30.2 76 1630 30.2 78 1810 32.0 76 1810 32.4 78 1950 34.2 76 1950 34.2 78 2130 35.2 76 2130 35.2 78 2310 34.2 76 2310 34.2 78 11/16 0000 32.0 76 11/16 0000 32.4 78 0140 32.0 76 0140 32.4 78 0320 32.0 76 0320 32.4 78 0500 32.0 76 0500 32.4 78 0640 32.0 76 0640 32.4 78 0820 32.0 76 0820 32.4 78 1000 32.0 76 1000 32.4 78 1140 32.0 76 1140 32.4 78 1320 32.0 76 1320 32.4 78 1500 32.0 76 1500 32.4 78 1640 32.0 76 1640 32.4 78 1820 32.0 76 1820 32.4 78 2000 32.0 76 2000 32.4 78 2140 32.0 76 2140 32.4 78 2320 32.0 76 2320 32.4 78
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No. 3 Toe clip #515 ♀ 82 mm (S-U) Caught UCR 1/9/67 Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 1/11/67 0910 26.5 3 1/12/67 1230 33.0 3 0930 33.0 1250 32.5 0950 31.0 1310 34.5 1010 35.0 1330 34.5 1030 34.8 1350 31.0 1050 35.0 1410 33.5 1110 30.0 1430 34.0 1130 30.5 1450 31.0 1410 32.0 1570 32.5 1430 33.0 1530 33.0 1450 34.5 1550 33.5 1510 33.5 1610 34.0 1530 32.0 1630 33.0 1550 34.5 1650 33.0 1610 33.0 1630 32.5 x̄ (total) = 31.8 1650 34.0 x̄ (am) = 30.2 1/12/67 0810 26.0 x̄ (pm) = 33.1 0830 28.0 0850 30.0 0910 31.0 0930 32.0 0950 28.0 1010 28.5 1030 31.5 1050 29.5 1110 27.0 1130 27.0 1150 29.5 1210 32.0
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Scolopus occulti Stock Temp (deg) Stock Vol (ml) Trial Temp (deg) Trial Vol (ml) 1/10/23 14:25 83.0 3 11:49/23 14:30 83.0 1 1630 33.0 1620 35.2 1620 33.0 1610 34.7 1610 32.9 1600 34.2 1600 34.0 1580 34.0 1620 32.0 1610 32.2 1610 30.0 1600 34.0 1630 29.2 1620 31.8 1640 30.0 1630 35.2 1630 33.0 1620 33.0 1640 34.2 1620 33.2 1630 32.2 1610 34.0 1630 35.0 1620 33.0 1630 34.2 1620 33.0 1640 33.0 1630 31.8 1630 35.2 1620 34.0 1620 34.0 1610 34.0 1610 34.0 1600 34.0 1610 31.0 1600 31.0 1610 31.0 1600 31.0 1620 31.0 1610 31.0 1610 38.0 1600 38.2 1620 31.2 1610 31.2 1620 34.2 1610 34.2 1610 35.0 1600 35.0 1620 35.0 1610 35.2 T (avg) = 32.1 X (mL) = 30.5 Y (total) = 31.2
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No. Toe Clip No. 605 81 78 mm (S-V) Caught UCR 1/9/67 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 1/30/67 1000 27.5 3 1/31/67 1020 34.0 3 2/1/67 1140 29.0 3 1020 31.0 1040 34.0 1200 33.5 1040 33.0 1100 29.5 1220 34.0 1100 33.5 1120 31.0 1240 34.5 1120 33.5 1140 33.0 1300 34.0 1140 32.5 1200 34.0 1320 34.5 1200 30.5 1220 35.5 1340 34.5 1220 31.5 1240 35.5 1400 34.0 1240 32.0 1300 34.0 1420 35.0 1300 32.0 1320 34.0 1440 36.0 1320 34.0 1340 34.0 1500 36.0 1340 35.0 1400 33.5 1520 35.0 1400 34.0 1420 34.0 1540 35.0 1420 32.0 1440 34.5 1440 31.0 1500 33.0 X (total) = 32.9 1500 32.0 1520 34.0 X (am) = 31.8 1520 33.0 1540 33.5 X (pm) = 33.8 1540 33.0 1600 34.0 1600 33.0 1620 34.5 1620 33.5 2/1/67 0800 25.5 1640 33.0 0820 30.5 1700 33.5 0840 33.0 1720 33.5 0900 29.0 1/31/67 0800 27.0 0920 33.5 0820 29.0 0940 31.5 0840 36.0 1000 34.0 0900 33.0 1020 34.0 0920 32.0 1040 33.0 0940 33.0 1100 31.0 1000 33.0 1120 32.0
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Date Time Temp (°C) Humidity (%) Date Time Temp (°C) Humidity (%) 12/30/18 16:00 25.2 3 11:40 24.0 10:00 10:00 11:50 24.0 9:00 10:10 11:40 23.2 8:00 33.2 11:50 23.2 7:00 33.2 11:40 25.2 6:00 35.2 10:00 20.2 5:00 35.2 10:00 21.2 4:00 37.2 9:40 38.0 3:00 35.0 9:00 35.0 2:00 35.0 9:00 34.0 1:00 34.0 9:00 34.0 12:00 33.2 8:40 34.0 11:00 34.0 8:40 34.0 10:00 33.2 8:50 33.0 9:00 33.0 8:50 34.0 8:00 34.0 8:50 34.0 7:00 33.2 12/31/18 6:50 33.2 5:40 33.0 4:00 33.2 5:00 33.2 3:00 33.2 4:50 33.0 2:00 33.0 4:40 33.0 1:00 33.0 4:30 33.0 12:00 33.0 3:40 33.0 11:00 33.0 3:40 33.0 10:00 33.0 3:40 33.0 9:00 33.0 3:40 33.0 8:00 33.0 3:40 33.0 7:00 33.0 3:10 32.0 6:00 32.0 3:10 32.0 5:00 32.0 3:10 32.0 4:00 32.0 3:10 32.0 3:00 32.0 3:10 32.0 2:00 32.0 3:10 32.0 1:00 32.0 3:10 32.0 12:00 32.0
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No. 3 Toe Clip No. 7 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No, Date Time Temp(°C) Therm No, Date Time Temp(°C) Therm No, 2/6/67 1240 25,5 3 2/7/67 1150 31,5 3 2/8/67 1250 31,5 3 1310 31,5 1210 32,0 1310 33,0 1320 35,5 1230 32,5 1330 32,5 1340 32,0 1250 32,0 1350 30,5 1400 33,0 1310 31,0 1410 31,0 1420 34,0 1330 31,0 1430 31,0 1440 33,0 1350 31,0 1450 30,0 1500 32,0 1410 31,0 1510 32,5 1520 32,0 1430 31,0 1530 32,5 1540 32,0 1450 31,0 1550 31,0 1600 33,0 1510 31,0 1610 1620 32,0 1530 31,0 1630 1640 32,0 1550 31,0 1650 1700 33,0 1610 31,0 1710 1720 30,5 1630 31,5 1730 1740 31,0 1650 32,0 1750 1800 30,0 2/8/67 0840 30,5 1810 1820 28,0 0830 32,5 1830 1840 27,0 0850 32,5 1850 2/7/67 0810 31,0 0910 32,0 x (total) = 31,8 0830 33,5 0930 31,0 x (am) = 32,4 0850 33,0 0950 32,0 x (pm) = 31,5 0910 34,0 1010 35,5 0930 33,0 1030 32,0 0950 34,0 1050 31,0 1010 35,0 1110 33,5 1030 32,0 1130 33,0 1050 31,0 1150 32,0 1110 31,5 1210 34,0 1130 31,5 1230 31,0
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Date Time Temp (°C) No. Days Train Date Time Temp (°C) No. Days Train 21/6/03 14:40 52.2 3 8/7/03 11:50 31.2 3 4/8/03 15:20 21.2 13:40 31.2 12:50 32.7 13:40 35.0 14:00 33.0 14:50 34.0 14:40 33.0 14:50 35.0 14:50 35.0 12:40 35.0 16:00 22.0 14:50 25.0 18:40 35.0 13:00 33.0 15:50 30.2 15:40 31.9 18:00 30.0 18:50 32.0 18:40 33.0 08:10 31.0 08:30 23.2 08:50 33.0 09:10 34.0 09:30 33.0 09:50 34.0 10:10 32.0 10:30 33.0 11:10 35.0 11:10 34.0
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No. 1 Toe Clip No. 1 SCeloporus ORCUTTI Date Time Temp (°C) Therm No. Date Time Temp (°C) Therm No. Date Time Temp (°C) Therm No. 2/6/67 1230 35,0 1 2/7/67 1140 33.0 1 2/8/67 1240 34.8 1 1250 35,0 1200 34,0 1300 31,5 1310 35,0 1220 33,5 1320 33.0 1330 37,0 1240 32,0 1340 32,5 1350 34,5 1300 32,0 1400 34,0 1410 35,5 1320 33,0 1420 36.5 1430 35,0 1340 33,0 1440 33.0 1450 35,0 1400 33.0 1500 32.5 1510 35,5 1420 33,5 1520 33,5 1530 35,0 1440 33,0 1540 32.0 1550 35,0 1500 34,0 1610 35,5 1520 34,0 x (total) = 33.4 1630 35,5 1540 34,0 x (am) = 32,7 1650 35,0 1600 34,5 x (pm) = 33.1 1710 34,5 1620 34,5 1730 33,0 1640 35,0 1750 32,0 2/8/67 0800 30,5 1810 31,0 0820 33.0 1830 29,5 0840 32.5 2/7/67 0800 28,0 0900 32.0 0820 33,5 0920 32.5 0840 34,5 0940 31,5 0900 33,0 1000 32,5 0920 34,0 1020 32,0 0940 34,0 1040 32,0 1000 32,0 1100 35,0 1020 36,0 1120 33,5 1040 32,0 1140 32,0 1100 32,0 1200 33,0 1120 32,0 1220 32,5
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SCLEROTIUS ORCUTII Date Time Temp(G) Hum Date Time Temp(C) Hum Date Time Temp(C) 21/01/03 1530 22.0 1 5/4/03 11:30 22.0 1 3/4/03 1530 31.2 1530 22.0 1500 24.0 1300 31.2 1810 22.0 1530 23.2 1330 32.6 1930 23.0 1540 23.0 1340 32.6 1220 24.2 1300 30.0 1400 31.2 1410 32.2 1350 32.0 1450 30. 1430 28.0 1340 32.0 1440 33.2 1420 32.0 1400 32.0 1230 35.2 1250 32.2 1450 32.2 1250 32.2 1230 32.0 1440 32.0 1240 35.0 1220 32.0 1220 34.0 1910 32.2 1250 34.0 1930 32.2 1240 24.0 1928 32.0 1900 34.2 1510 34.2 1650 34.2 1330 32.0 1740 32.0 1920 35.0 08:00 20.2 1810 21.0 0850 33.0 1920 24.2 0840 25.2 2/01/03 2800 28.0 0900 25.0 0850 23.2 0850 35.2 0840 24.2 0840 31.2 0850 22.0 1000 25.2 0950 24.0 1050 35.0 0940 24.0 1040 25.0 1000 25.0 1100 32.0 1850 24.0 1150 33.2 1040 25.0 1140 35.0 1120 25.0 1500 32.0
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No. 1 Toe Clip #3 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 2/9/67 0930 28.0 1 2/10/67 1000 31.0 1 0950 33.0 1020 33.0 1010 31.0 1040 33.0 1030 32.0 1100 32.0 1050 31.0 1120 32.0 1110 32.0 1140 32.0 1130 33.0 1200 32.0 1150 33.0 1220 34.0 1210 34.0 1240 31.0 1230 33.0 1300 31.5 1250 33.5 1320 32.0 1310 34.0 1340 32.0 1330 34.0 1400 32.5 1350 33.5 1420 34.0 1410 33.5 1440 32.0 1430 33.5 1520 32.5 1450 33.0 1520 33.0 1510 33.0 1540 33.0 1530 33.0 1600 33.0 1550 31.5 1620 32.0 1610 31.0 1640 32.0 1630 31.5 1650 32.0 x (total) = 32.3 1710 32.0 x (am) = 31.8 2/10/67 0800 32.0 x (pm) = 32.7 0810 32.0 0820 31.5 0840 31.0 0906 32.0 0920 33.0 0940 30.5
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Date Time Temp (°C) Date Time Temp (°C) 01/18 0930 28.0 0930 23.0 1010 21.0 1030 25.0 1045 21.0 1110 25.0 1130 23.0 1150 23.0 1210 24.0 1230 22.0 1250 22.0 1310 24.0 1320 24.0 1340 22.2 1410 23.2 1430 23.2 1450 23.0 1510 23.0 1530 23.0 1610 21.2 1630 21.2 1700 20.0 1710 20.0 1800 19.8 1840 19.5 Avg (Temp) = 25.0 Avg (Temp) = 31.8 Avg (Temp) = 35.3
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No. 3 Toe Clip #9 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 2/9/67 0940 26.0 3 2/10/67 1030 28.0 3 1000 27.0 1050 31.0 1020 33.0 1110 34.0 1040 34.0 1130 33.0 1100 29.0 1150 31.5 1120 30.5 1210 33.0 1140 29.0 1230 31.0 1200 31.0 1250 31.5 1220 32.0 1310 32.5 1240 31.0 1330 30.5 1300 32.0 1350 32.5 1320 33.0 1410 31.0 1340 32.0 1430 30.0 1400 32.5 1450 30.5 1420 32.5 1510 31.0 1440 33.5 1530 32.0 1500 32.5 1550 32.5 1520 33.0 1610 32.5 1540 33.5 1630 33.0 1600 33.0 1650 32.0 1620 32.5 1640 33.0 x̄ (total) = 31.6 1700 32.0 x̄ (am) = 30.8 2/10/67 0810 31.0 x̄ (pm) = 32.2 0830 31.0 0850 29.5 0910 33.0 0930 33.0 0950 31.0 1010 31.0
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Date Time Temp (°C) Date Time Temp (°C) 9/10/23 04:10 28.0 9/10/23 10:30 28.0 10:10 25.0 10:30 21.0 10:30 22.0 11:10 21.0 10:40 24.0 11:30 23.0 11:00 25.0 11:40 21.2 11:50 20.2 12:10 23.0 12:10 23.0 12:30 21.0 12:20 21.2 12:40 21.2 12:50 25.0 13:10 23.2 13:10 21.0 13:30 20.7 13:40 25.2 13:50 25.2 14:00 23.0 14:10 21.0 14:10 28.0 14:30 20.0 14:20 25.2 14:20 20.2 14:30 25.2 14:40 21.0 14:50 28.2 15:10 23.0 15:10 25.2 15:20 25.2 15:20 23.0 16:10 23.0 16:00 23.0 16:20 23.0 17:50 28.2 18:40 22.0 19:00 25.0 20:30 21.0 21:20 28.2 22:10 23.0 22:20 22.0 X (pm) = 31.6 X (am) = 20.8 X (avg) = 25.5
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No. 3 Toe clip #445- SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 2/14/67 1410 34.0 3 1430 34.0 1450 34.0 1510 35.0 1530 34.0 1550 34.0 1610 34.0 1630 34.0 1650 35.0 1710 35.0 2/15/67 1510 32.0 1530 33.0 1550 32.5 1610 33.0 1630 32.0 1650 33.5- x (total) = 33.7 x (am) = x (pm) =
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SCLEROTUS ORCULTI Date Time Temp (C) Max Date Time Temp (C) Min Date Time Temp 3/10/85 14:10 34.0 14:30 34.0 14:50 34.0 12:10 32.0 12:30 34.0 12:50 34.0 10:10 34.0 10:30 34.0 10:50 32.0 13:10 32.0 3/11/85 12:10 35.0 12:30 33.0 12:50 35.2 14:10 33.0 12:30 35.0 16:50 32.2 X (mm) = X (cm) = X (in) = X (ft) = 32.7
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No. 1 Toe Clip #4 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 2/14/67 1400 31.0 1 1420 34.0 1440 33.0 1500 34.0 1520 33.5 1540 33.0 1600 34.0 1620 33.0 1640 31.0 1700 31.0 2/15/67 1500 33.0 1520 34.0 1540 34.5 1600 33.0 1620 29.5 1640 33.0 x̄(total) = 32.8 x̄(am) = x̄(pm) =
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Date Time Temp(°C) Out Temp(°F) No Dark Time Temp(°C) 5/14/19 1400 31.0 1 1430 34.0 1440 32.0 1500 34.0 1530 33.2 1630 33.0 1700 34.0 1830 33.0 1930 31.0 1950 31.0 5/15/19 1500 33.0 1620 34.0 1640 34.2 1800 33.0 1850 33.2 1940 32.0 = (mmol) X = (nmol) X = (umol) X
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No. 1 Toe Clip #2 SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 2/17/67 1110 28.0 1 2/18/67 1140 33.0 1 2/19/67 1330 33.5 1 1130 32.0 1200 33.0 1350 33.5 1150 33.0 1220 30.0 1410 32.5 1210 33.0 1240 30.5 1430 34.0 1230 33.0 1300 31.5 1450 34.0 1250 33.0 1320 32.0 1510 33.0 1310 33.0 1340 32.0 1530 32.0 1330 33.5 1400 33.5 1550 32.5 1350 34.0 1420 33.5 1610 34.5 1410 34.0 1440 33.5 1630 32.0 1430 34.0 1500 34.0 1650 33.0 1450 33.5 1520 34.0 2/20/67 0800 32.0 1570 34.0 1540 34.0 0820 31.0 1530 34.0 1600 34.5 0840 32.0 1550 34.0 1620 34.0 0900 34.0 1610 34.0 2/19/67 0830 33.0 0920 32.0 1630 34.5 0850 32.0 0940 30.5 1650 30.5 0910 31.0 1000 30.5 1710 31.0 0930 31.5 1020 30.5 2/18/67 0800 33.0 0950 30.0 1040 30.0 0820 34.0 1010 32.0 1100 30.0 0840 34.0 1030 32.0 1120 31.5 0900 32.0 1050 32.5 1140 32.5 0920 29.0 1110 33.5 1200 33.0 0940 32.5 1130 33.0 1220 33.0 1000 32.0 1150 33.0 1240 33.0 1020 32.0 1210 32.0 1300 33.5 1040 30.5 1230 32.0 1320 33.0 1100 30.5 1250 31.0 1340 32.0 1120 33.0 1310 32.0 1400 32.0
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SCELOPORUS ORCUTTI Date Time Temp (°C) No. Days Time Temp (°C) No. Days Time Temp (°C) No. 21/May 11:0 38.0 1 31/May 16:0 33.0 1 April 13:0 33.2 May 11:30 33.0 1500 33.0 23.0 1820 33.0 11:30 33.0 15:50 33.0 14:10 35.2 15:10 33.0 16:40 30.2 14:30 34.6 15:30 33.0 13:00 31.2 14:10 34.6 15:30 33.0 13:50 33.0 12:30 32.8 13:10 33.0 13:40 31.0 12:30 35.2 13:30 33.2 14:00 33.2 10:10 34.2 13:20 34.0 14:50 33.2 10:30 35.2 14:10 34.0 14:40 32.2 12:20 33.0 14:30 34.0 17:00 34.0 12:00 35.6 14:30 33.2 12:50 34.0 12:00 33.0 12:30 34.0 12:40 34.0 10:30 35.6 12:30 34.0 16:00 34.2 08:40 35.2 12:30 34.0 16:30 34.0 08:00 34.6 May 10:10 34.0 09:30 33.0 07:30 35.2 12:30 34.2 09:20 35.0 08:00 30.6 May 10:20 30.2 09:10 31.0 10:00 30.6 13:10 31.0 09:30 31.2 10:50 30.2 May 10:20 32.0 09:30 30.0 10:40 30.0 08:30 34.0 10:10 35.0 11:00 30.6 08:40 34.0 10:30 35.0 11:50 31.2 09:00 33.0 10:30 35.2 11:40 33.6 08:30 34.0 11:10 33.2 13:00 33.6 09:40 35.2 11:30 33.0 13:40 33.6 10:50 35.0 11:20 33.0 14:40 33.6 10:50 35.0 15:10 35.0 13:00 33.2 10:10 30.2 15:30 35.0 13:50 33.6 11:00 30.2 15:30 35.0 14:00 35.6
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No. 1 Toe clip #2 SCELOPORUS ORCUTTI SCELOPORUS ORCUTTI Date Time Temp(°C) Therm. 2/20/67 1420 32.0 1 1440 32.0 1500 32.0 1520 32.0 1540 33.0 1600 30.0 1620 28.5 1640 32.5 2/21/67 0840 30.0 0900 30.5 0920 31.0 0940 32.0 1000 32.5 1020 30.0 1040 28.0 1100 32.0 1120 31.0 1140 30.0 x̄ (total) = 32.2 x̄ (am) = 31.6 x̄ (pm) = 32.8
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SCIENTIFIC ORIGIN Date Time Temp(°C) No 4/30/93 11:50 25.0 1 1440 25.0 1200 25.0 1250 25.0 1240 23.0 1000 20.0 1050 22.2 1040 25.2 5/21/93 0840 20.0 0900 20.2 0950 21.0 0970 25.0 1050 25.2 1090 20.0 1040 28.0 1160 25.0 1150 21.0 1140 20.0 3 (bm) = 25.8 2 (mm) = 21.6 3 (mol) = 25.8
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No. 3 Toe Clip ≠ 5- SCELOPORUS ORCUTTI Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 2/17/67 1100 29.0 3 2/18/67 1150 33.5 3 2/19/67 1340 33.0 3 1120 27.0 1210 31.0 1400 33.0 1140 27.0 1230 32.5 1420 33.0 1200 26.5 1250 35.0 1440 33.5 1220 26.5 1310 36.0 1500 34.0 1240 26.5 1330 35.5 1520 33.5 1300 27.0 1350 35.0 1540 33.0 1320 30.0 1410 35.0 1600 33.0 1340 33.0 1430 34.5 1620 33.0 1400 34.5 1450 34.0 1640 35.0 1420 32.0 1510 34.0 1700 34.0 1440 31.0 1530 34.0 2/20/67 0810 32.0 1500 31.0 1550 34.0 0830 31.0 1520 31.0 1610 34.0 0850 31.0 1540 31.0 1630 32.0 0910 31.0 1600 31.0 2/19/67 0840 30.0 0930 — 1620 31.0 0900 30.0 0950 32.0 1640 31.5 0920 33.0 1010 32.5 1700 31.5 0940 34.0 1030 30.5 2/18/67 0810 33.5 1000 32.0 1050 32.5 0830 33.5 1020 30.0 1110 33.0 0850 34.0 1040 31.5 1130 32.0 0910 34.0 1100 33.0 1150 32.0 0930 34.0 1120 33.5 1210 34.0 0950 35.0 1140 34.0 1230 33.0 1010 35.0 1200 34.0 1250 32.0 1030 35.0 1220 33.0 1310 32.0 1050 34.5 1240 32.5 1330 33.0 1110 32.5 1300 32.5 1350 30.0 1130 33.0 1320 33.0 1410 31.0
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Date Time Temp Data Date Time Temp Data 1025 34.2 .2 1540 35.2 1030 34.0 .2 1550 35.0 1035 34.0 .75 1560 34.0 1040 34.0 .0 1570 34.0 1045 34.2 .9 1580 34.0 1050 34.0 .6 1590 33.8 1055 34.2 .8 1600 33.2 1100 33.0 .2 1610 33.0 1105 33.0 .0 1620 32.9 1110 33.2 .0 1630 33.2 1115 33.4 .0 1640 33.0 1120 33.6 .0 1650 32.8 1125 33.8 .0 1660 32.6 1130 34.0 .0 1670 32.4 1135 34.2 .0 1680 32.2 1140 34.4 .0 1690 32.0 1145 34.6 .0 1700 31.8 1150 34.8 .0 1710 31.6 1155 35.0 .0 1720 31.4 1200 35.2 .0 1730 31.2 1205 35.4 .0 1740 31.0 1210 35.6 .0 1750 30.8 1215 35.8 .0 1760 30.6 1220 36.0 .0 1770 30.4 1225 36.2 .0 1780 30.2 1230 36.4 .0 1790 30.0 1235 36.6 .0 1800 29.8 1240 36.8 .0 1810 29.6 1245 37.0 .0 1820 29.4 1250 37.2 .0 1830 29.2 1255 37.4 .0 1840 29.0 1300 37.6 .0 1850 28.8 1305 37.8 .0 1860 28.6 1310 38.0 .0 1870 28.4 1315 38.2 .0 1880 28.2 1320 38.4 .0 1890 28.0 1325 38.6 .0 1900 27.8 1330 38.8 .0 1910 27.6 1335 39.0 .0 1920 27.4 1340 39.2 .0 1930 27.2 1345 39.4 .0 1940 27.0 1350 39.6 .0 1950 26.8 1355 39.8 .0 1960 26.6 1400 40.0 .0 1970 26.4 1405 40.2 .0 1980 26.2 1410 40.4 .0 1990 26.0 1415 40.6 .0 2000 25.8 1420 40.8 .0 2010 25.6 1425 41.0 .0 2020 25.4 1430 41.2 .0 2030 25.2 1435 41.4 .0 2040 25.0 1440 41.6 .0 2050 24.8 1445 41.8 .0 2060 24.6 1450 42.0 .0 2070 24.4 1455 42.2 .0 2080 24.2 1500 42.4 .0 2090 24.0 1505 42.6 .0 2100 23.8 1510 42.8 .0 2110 23.6 1515 43.0 .0 2120 23.4 1520 43.2 .0 2130 23.2 1525 43.4 .0 2140 23.0 1530 43.6 .0 2150 22.8 1535 43.8 .0 2160 22.6 1540 44.0 .0 2170 22.4
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No 3 Toe Clip #5 SCELOPORUS ORCUTTI Date Time Temp(°) Therm No. 2/20/67 1430 33.0 3 1450 33.0 1510 32.0 1530 31.5 1550 31.5 1610 31.5 1630 29.0 1650 30.0 2/21/67 0850 31.5 0910 33.5 0930 32.5 0950 31.0 1010 31.0 1030 31.5 1060 30.0 1110 30.0 1130 29.5 1150 29.0 x̄ (total) = 32.2 x̄ (am) = 31.9 x̄ (pm) = 32.4
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DATE TIME Temp. 1/21/83 0800 31.2 0910 33.2 0930 35.2 0950 31.0 1010 31.0 1030 31.2 1050 30.0 1110 30.0 1130 31.2 1150 31.9 1/21/83 1200 30.0 1230 31.2 1250 31.2 1310 31.2 1330 34.0 1400 30.0 1430 33.0
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Experimental
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Experimental
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DIPSO SAURUS DORSALIS Caught - Palm Springs 5/27/67 Adult ♂ - 118 mm (S-V) #1 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 5/31/67 0830 38.5 6/1/67 0830 37.5 0850 36.5 0850 37.0 Range = 34.0° - 39.5°C 0910 36.5 0910 38.0 X̄ (Total) = 37.4 (N=51) 0930 36.5 0930 36.5 X̄ (AM) = 37.3 (N=28) 0950 38.0 0950 36.0 X̄ (PM) = 37.7 (N=23) 1010 38.5 1010 37.0 1030 37.5 1030 36.5 ΣX = 1909.5 1050 38.0 1050 38.5 ΣX (AM) = 1043.0 1110 37.0 1110 37.0 ΣX (PM) = 866.5 1130 39.5 1130 38.0 1150 38.0 1150 37.0 1210 37.0 1210 37.0 1230 38.0 1230 36.0 1250 37.5 1250 35.5 1310 37.0 1310 35.0 1330 37.5 1330 36.0 1350 38.5 1350 39.0 1410 39.0 1410 36.5 1430 39.5 1430 37.0 1450 39.5 1450 38.0 1510 40.0 1510 38.5 1530 39.5 1550 38.0 1610 37.0 6/1/67 0630 35.0 0650 36.0 0710 36.0 0730 37.5 0750 37.5 0810 37.5
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Date Time Temp (°C) 2/31/05 08:30 33.2 0820 36.7 0810 39.2 0830 38.2 0820 38.0 1010 38.2 1030 35.2 1020 38.2 1110 35.0 1130 34.2 1120 38.0 1310 35.0 1330 36.0 1320 35.2 1310 35.0 1330 35.2 1320 38.2 1410 36.2 1430 35.0 1420 38.2 1410 40.0 1430 35.2 1420 38.0 1610 35.0 0830 37.0 0820 39.0 0810 38.0 0830 35.2
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DIPSOSAURUS DORSALIS Caught - Palm Springs 5/27/67 Adult ♂ - 120 mm (S-V) #3 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 5/31/67 0840 38.5 6/1/67 0900 39.5 Range = 33,0° - 40,0°C 0900 33.5 0920 37.0 x̄ (total) = 38.1 (N=49) 0920 35.0 0940 38.5 x̄ (AM) = 38,0 (N=25) 0940 37.5 1000 36.5 x̄ (PM) = 38,2 (N=24) 1000 40.0 1020 37.0 1020 — 1040 37.0 Σx = 1865,5 1040 39.5 1100 39.0 Σx (AM) = 949,5 1100 40.0 1120 38.0 Σx (PM) = 916,0 1120 39.5 1140 38.0 1140 38.5 1200 34.0 1200 40.0 1220 38.0 1220 39.0 1240 38.5 1240 38.5 1300 37.5 1300 38.5 1320 38.5 1320 38.5 1340 38.0 1340 39.0 1400 37.5 1400 39.5 1420 37.0 1420 39.5 1440 37.0 1440 38.5 1500 37.0 1500 37.5 1520 38.5 1520 38.0 1540 39.5 1600 38.5 6/1/67 0640 38.0 0700 38.0 0720 38.0 0740 38.0 0800 39.0 0820 38.5 0840 37.5
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DIPLOSAURUS DORSALIS 21/02/12 08:30 38.2 09:00 37.2 09:30 37.0 10:00 37.2 10:30 40.0 10:50 ——— 11:00 38.2 11:00 40.0 11:30 38.2 11:40 38.2 12:00 40.0 12:30 39.6 13:00 38.2 13:00 38.2 13:30 38.2 14:00 35.0 14:00 35.0 14:30 38.2 15:00 38.2 15:00 38.2 08/02 08:30 38.2 09:30 37.0 09:50 38.2 10:00 38.2
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DIPSOSAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult ♂ - 129 mm (S-V) # 1 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/9/67 1200 38.0 6/11/67 0700 37.5 Range = 34.0° - 39.0°C 1240 38.0 0720 37.5 x̄ (total) = 37.2°C 1300 38.0 0740 37.5 x̄ (AM) = 37.5 1320 35.0 0800 37.5 x̄ (PM) = 36.8 1440 37.0 0820 37.5 Σx = 1786.0 (N=48) 1500 37.0 0840 37.5 Σx(AM) = 1086.5 (N=29) 1520 35.5 0900 37.5 Σx(PM) = 699.5 (N=19) 1540 35.5 0920 37.5 1600 35.5 1000 37.5 1620 37.0 1020 37.0 1640 36.0 1040 37.0 1700 38.5 1100 37.0 6/10/67 0700 39.0 1120 38.0 0720 39.0 1140 37.0 0740 39.0 1200 36.5 0800 39.0 1220 37.5 0820 38.0 1240 37.0 0840 38.0 1300 37.5 0900 38.0 0920 38.5 0940 38.5 1000 36.0 1020 34.0 1040 37.0 1100 37.0 1120 36.0 1140 36.0 1220 37.5 1240 37.0 1300 35.5
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50/170 2p41392 ml9 - T[illegible] (V-2) mm P<1 - 50 + 1.6A Total: [illegible] # (3°) gmot unit stad (3°) gmot unit stad 2.5E 0050 50/170 0.8E 0050 50/Pk8 2.5E 0010 0.2E 0450 2.5E 0Y50 0.8E 0050 2.5E 0020 0.2E 0050 2.5E 0030 0.7E 04Y1 2.5E 0H20 0.5E 0021 2.5E 0090 2.2E 0021 2.5E 0090 2.2E 0421 2.5E 0001 2.2E 0001 0.5E 0001 0.5E 0001 0.5E 0401 0.3E 0401 0.5E 0011 2.2E 0011 0.3E 0011 0.5E 0050 50/170 0.5E 0Y11 0.9E 0050 2.2E 0001 0.9E 0450 0.5E 0001 0.5E 0030 0.5E 0451 0.2E 0530 2.5E 0021 0.2E 0420 0.5E 0050 2.5E 0090 2.5E 0Y90 0.2E 0001 0.9E 0001 0.5E 0401 0.5E 0011 0.2E 0511 0.2E 0411 2.5E 0001
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DIPSOSAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult or - 132 mm (S-V) # 3 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/9/67 1210 40.0 1230 38.5 Range = 34.5° - 40°C 1250 38.5 X̄ (total) = 37.8°C 1310 38.5 X̄ (AM) = 36.6 1330 38.0 X̄ (PM) = 38.5 1350 40.0 1410 39.0 ΣX = 908.5 (N=24) 1430 39.0 ΣX(AM) = 293.0 (N=8) 1450 38.5 ΣX(PM) = 615.5 (N=16) 1510 38.5 1530 38.0 1550 39.0 1610 37.5 1630 37.0 1650 38.0 1710 37.5 6/10/67 0710 35.0 0730 38.0 0750 37.5 6/11/67 0700 34.5 0730 38.5 0750 36.0 0810 36.5 0850 37.0
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Date Time Temp (°C) Date Time Temp (°C) Date Time Temp (°C) 6/18/92 10:13 38.4 15:37 38.2 16:10 38.2 16:10 38.2 13:30 38.1 13:20 38.1 14:10 38.0 14:30 38.0 15:20 37.9 16:20 37.8 16:20 37.8 16:30 37.8 16:30 37.8 16:30 37.8 16:30 37.9 16:30 37.9 16:30 37.9 15:10 37.7 6/19/92 10:10 37.0 10:30 37.0 10:30 37.0 6/19/92 10:40 37.2 10:50 37.2 10:50 37.2 10:50 37.2 10:50 37.2 10:50 37.2
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DIPSOSAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult ♂ - 123 mm (S-V) # 1 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/12/67 0800 39.0 0820 39.0 0840 38.5 0900 39.5 0920 38.0 0940 35.0 1000 36.5 1020 37.0 1040 38.0 1100 37.0 1120 38.5 1140 38.0 1200 37.0 1220 37.5 1240 35.5 1300 37.5 1320 38.5 1340 36.0 1400 39.0 1420 38.0 1440 39.5 1500 40.0 1520 39.0 1540 37.5 1600 37.5 1620 37.0 1640 38.0 1700 38.0 Range = 33.5° - 40.0°C x̄ (total) = 37.8°C x̄ (AM) = 37.8 x̄ (PM) = 37.8 ΣX = 1059.5 (N=28) ΣX (AM) = 454.0 (N=12) ΣX (PM) = 605.5 (N=16)
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DIPPOSARUS DORSALIS Date Time Temp(°C) Date Time Temp(°C) Date Time Temp 08:00 37.0 08:00 37.0 09:00 38.0 10:00 38.0 10:30 38.0 10:40 38.0 10:50 38.0 11:00 38.2 10:50 37.0 10:40 37.0 11:00 38.0 11:00 38.2 11:00 38.2 12:00 37.0 13:00 37.5 13:00 37.8 13:00 37.8 13:30 38.0 13:30 38.0 14:00 38.0 14:30 38.2 15:00 38.0 16:00 37.5 16:00 37.0 16:30 37.0
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DIPSOSAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult ♂ - 124 mm (S-V) # 3 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/12/67 0810 38.5 0830 38.5 0850 37.5 0910 39.0 0930 38.5 0950 37.5 1010 39.5 Range = 37.5° - 42.0°C x̄ (Total) = 39.4°C 1030 39.0 x̄ (AM) = 38.8 1050 39.0 x̄ (PM) = 39.9 1110 40.0 1130 39.5 ∑X = 1103.5 (N=28) 1150 39.0 1210 39.5 ∑X(AM) = 465.5 (N=12) 1230 40.0 1250 39.5 ∑X(PM) = 638.0 (N=16) 1310 39.0 1330 39.0 1350 40.5 1410 40.0 1430 41.0 1450 39.0 1510 42.0 1530 39.0 1550 39.5 1610 40.0 1630 39.5 1650 39.5 1710 41.0
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Date Time Temp (°C) Date Time Temp (°C) 12/10 32.7 12/10 35.2 12/10 35.7 12/10 38.0 12/10 32.2 12/10 32.7 12/10 34.2 12/10 36.0 12/10 35.7 12/10 40.0 12/10 40.0 12/10 45.2 12/10 43.0 12/10 46.0 12/10 42.2 12/10 48.0 12/10 49.0 12/20 37.0 12/20 35.0 12/20 36.0 12/20 38.0 12/20 42.2 12/20 43.7 12/20 45.2 12/20 47.0 12/20 49.0
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DIPSOSAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult ♂ - 126 mm (S-V) # 3 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/13/67 0810 39.0 0830 40.0 Range = 36.0° - 40.5°C 0850 39.5 X̄(Total) = 38.4°C 0910 38.0 X̄(AM) = 38.6 0930 38.5 X̄(PM) = 38.3 0950 38.0 1010 38.0 ∑X = 1076.0 (N=28) 1030 37.0 ∑X(AM) = 463.0 (N=12) 1050 37.0 ∑X(PM) = 613.0 (N=16) 1110 40.0 1130 39.0 1150 39.0 1210 38.5 1230 39.0 1250 39.0 1310 39.0 1330 38.5 1350 38.5 1410 39.0 1430 39.5 1450 38.5 1510 38.5 1530 38.0 1550 37.5 1610 37.5 1630 37.5 1650 37.5 1710 37.0
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0.38 010 142 0.04 070 0.25 020 0.38 010 0.30 030 0.25 020 0.38 010 0.30 010 1020 350 110 400 1130 350 1120 380 1210 362 1530 350 1520 350 1310 350 1330 352 1320 352 1410 350 1430 352 1420 352 1210 382 1230 382 1220 352 1210 352 1630 352 1620 352 1110 350
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DIPSOSAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult ♂ - 132 mm (S-V) #1 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/13/67 0800 40,0 Range = 36,0° - 40,5°C 0820 40,0 X̄(Total) = 38,4°C 0840 39,0 X̄(AM) = 38,5 0900 38,5 X̄(PM) = 38,3 0920 38,5 0940 39,0 ΣX = 1075,5 (N = 28) 1000 38,5 ΣX(AM) = 462,5 (N = 12) 1020 38,5 ΣX(PM) = 613,0 (N = 16) 1040 38,0 1100 37,5 1120 38,0 1140 37,0 1200 37,0 1220 39,0 1240 39,5 1300 39,0 1320 38,5 1340 38,5 1400 38,5 1420 38,5 1440 38,0 1500 38,0 1520 38,0 1540 38,0 1600 38,0 1620 38,0 1640 38,0 1700 38,5
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DIPLOSAURUS DORSALIS # 1 A9.4m of 132 mm - (V-2) 06/18/82 0.04 0.030 0.04 0.050 0.08 0.030 2.88 0.040 2.88 0.050 0.92 0.040 2.88 0.001 2.88 0.001 0.38 0.001 2.98 0.001 0.88 0.011 0.38 0.011 0.58 0.001 0.92 0.001 2.98 0.041 0.38 0.001 2.88 0.051 2.88 0.061 2.78 0.001 2.88 0.001 0.88 0.041 0.88 0.001 0.38 0.021 0.38 0.041 0.88 0.001 0.88 0.001 0.88 0.001 2.88 0.001
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DIPSOSAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult of 117 mm (S-V) (molting) # 1 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/14/67 0750 38.0 0810 38.5 0830 39.5 Range = 36.5° - 40.5°C 0850 39.0 x̄(Total) = 39.0°C (N= 13) 0910 40.0 x̄(AM) = 39.0°C (N= 13) 0930 40.0 0950 39.5 x̄(PM) = 1010 39.5 1030 39.0 1050 39.5 1110 38.0 1130 40.0 1150 37.5 508.0 = ΣX
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Date Time Date Time (5) post temp (s) 12/05 0320 38.0 0810 38.2 0840 39.2 0920 40.8 1020 40.8 1030 40.8 0220 39.2 1010 39.2 1030 39.8 1020 39.2 1110 38.0 1130 40.0 1120 39.2 X̄ = 0.302
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DIPSOSAURUS DORSALIS Caught- Palm Springs 6/2/67 Adult ♂ - 128 mm (S-V) #3 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/14/67 0800 38.0 0820 39.0 0840 38.0 0900 38.0 0920 39.0 0940 36.0 1000 37.5 1020 37.0 1040 38.0 1100 38.5 1120 39.5 1140 36.0 1200 37.5 492.0 = Σx Range = 35.0° - 39.5°C x̄ (Total) = 37.8°C (N=13) x̄ (AM) = 37.8°C (N=13) x̄ (PM) =
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Gaslight - 6 atm spring 17/08 A=4.1T Tₒ = 125 mm (v-2) A = 125 mm # 2 Test meter Date time Temp(°C) 10/08 00:30 0.8E 07:0 0.8E 09:40 0.8E 06:50 0.8E 08:40 0.8E 08:50 0.8E 10:00 2.3E 09:01 0.5E 09:40 0.7E 11:11 2.3E 11:01 2.1E 09:11 0.8E 00:51 2.5E H₂O = 5PH
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DIPSO SAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult ♂ - 130 mm (S-V) #1 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/19/67 0735 41.0 6/20/67 0720 36.0 Range = 33.5° - 44.0°C 0750 40.0 0740 34.5 x̄ (total) = 37.5°C 0830 39.5 0800 36.5 0850 42.0 0900 35.0 x̄ (AM) = 37.4 0910 38.0 0920 37.0 x̄ (PM) = 37.5 0930 38.5 0940 38.5 0950 37.5 1000 36.5 ΣX = 1836.5 (N=49) 1010 38.5 1020 35.5 ΣX(AM) = 898.5 (N=24) 1030 37.5 1040 36.5 ΣX(PM) = 938.0 (N=25) 1050 37.0 1100 35.0 1110 37.0 1120 36.0 1130 37.5 1200 37.5 1150 37.5 1220 37.0 1210 37.0 1240 37.5 1230 38.0 1300 37.0 1250 38.0 1320 37.0 1310 39.0 1340 37.0 1330 37.5 1400 37.0 1350 39.0 1420 38.0 1410 38.0 1440 38.0 1430 37.0 1450 39.0 1510 38.0 1530 37.0 1550 39.0 1610 37.0 1630 38.0 1650 35.5 1710 35.0
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#1 Temperature Date Time Temp (°C) 07/03 09:50 44.0 07/03 09:50 44.0 07/03 10:00 38.2 07/03 10:10 38.0 07/03 10:20 38.0 07/03 10:30 38.2 07/03 10:40 38.2 07/03 11:00 38.2 07/03 11:10 38.2 07/03 11:20 38.2 07/03 11:30 38.2 07/03 11:40 38.2 07/03 11:50 38.2 07/03 12:00 38.2 07/03 12:10 38.2 07/03 12:20 38.2 07/03 12:30 38.2 07/03 12:40 38.2 07/03 12:50 38.2 07/03 13:00 38.2 07/03 13:10 38.2 07/03 13:20 38.2 07/03 13:30 38.2 07/03 13:40 38.2 07/03 13:50 38.2 07/03 14:00 38.2 07/03 14:10 38.2 07/03 14:20 38.2 07/03 14:30 38.2 07/03 14:40 38.2 07/03 14:50 38.2 07/03 15:00 38.2
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DIPSOSAURUS DORSALIS Caught - Palm Springs 6/7/67 Adult ♂ - 128 mm (S-V) (molting) # 3 Thermistor Date Time Temp(°C) Date Time Temp(°C) Date Time Temp(°C) 6/19/67 0745 40.0 6/20/67 0730 38.0 0800 40.0 0750 36.5 Range = 33.5° - 41.0°C 0820 40.0 0810 38.0 x̄(total) = 38.5°C 0840 40.5 0830 38.5 x̄(AM) = 38.2 0900 40.5 0850 38.5 x̄(PM) = 38.8 0920 39.0 0910 35.5 0940 36.5 0930 36.5 1000 38.0 1010 37.0 ΣX = 1887.0 (N=49) 1020 40.0 1030 35.0 ΣX(AM) = 955.0 (N=25) 1040 39.0 1050 37.5 ΣX(PM) = 932.0 (N=24) 1100 39.5 1110 36.5 1120 38.5 1130 36.5 1140 39.5 1230 37.5 1200 39.0 1250 38.5 1220 39.0 1310 38.5 1240 41.0 1330 38.0 1300 39.0 1410 38.5 1320 40.0 1430 40.0 1340 40.5 1450 40.0 1400 39.5 1420 39.0 1440 38.0 1500 39.0 1520 40.0 1540 37.0 1600 36.5 1620 37.5 1640 39.0 1700 39.0 1720 38.0
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Date Time Temp (°C) Date Time Temp (°C) 12/16/09 0800 40.0 0840 40.0 0930 40.0 0940 40.2 1020 38.2 1030 38.2 1040 37.2 1100 36.2 1110 36.2 1130 35.7 1200 35.2 1230 35.2 1300 35.2 1400 35.0 1420 35.0 1500 35.0 1530 35.0 1600 35.0 1700 35.0 1800 35.0 1900 35.0
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DIPSOSAURUS DORSALIS Caught-Palm Springs 8/17/67 Adult ♂ - 120 mm (S-V) #1 Thermistor Date Time Temp(°C) 8/18/67 0840 40.0 0900 39.0 0920 38.5 Range = 35.0° - 41.0°C 1020 39.0 X̄ (Total) = 37.1°C 1040 36.5 X̄ (AM) = 38.1°C 1100 36.5 X̄ (PM) = 36.6°C 1140 37.5 1220 36.0 Σx = 816.5 (N=22) 1240 37.5 Σx(AM) = 267.0 (N = 7 ) 1300 36.0 Σx(PM) = 549.5 (N = 15 ) 1320 37.5 1340 37.0 1400 36.0 1420 37.0 1440 41.0 1500 36.0 1520 36.0 1540 36.5 1600 36.0 1620 36.0 1640 36.0 1700 35.0
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C: (2) mm - 51 - 60 + 14x8A [illegible] | [illegible] | [illegible] | [illegible] | | --- | --- | --- | | 0.09 | 0.80 | [illegible] | | 0.92 | 0.00 | 0.00 | | 3.82 | 0.50 | 0.50 | | 10.30 | 0.92 | 38.7 | | 10.60 | 0.40 | 2.20 | | 11.00 | 0.30 | 2.00 | | 11.40 | 0.10 | 2.50 | | 13.80 | 0.50 | 0.00 | | 15.00 | 0.50 | 2.50 | | 17.00 | 0.00 | 2.50 | | 19.00 | 0.00 | 2.00 | | 21.00 | 0.00 | 2.80 | | 23.00 | 0.00 | 2.80 | | 25.00 | 0.00 | 2.80 | | 27.00 | 0.00 | 2.80 | | 29.00 | 0.00 | 2.80 |
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DIPSOSAURUS DORSALIS Caught - Palm Springs 8/17/67 Adult ♂ - 128 mm (S-V) #3 Thermistor Date Time Temp(°C) 8/18/67 0850 38.5 0910 38.5 0930 37.0 0950 35.0 Range = 34.0° - 38.5°C 1010 37.0 X (Total) = 36.5°C 1030 36.5 X (AM) = 37.2°C 1050 36.5 X (PM) = 36.1°C 1110 36.5 912.5 1130 38.0 ΣX = (N = 25) 1150 38.0 ΣX (AM) 371.5 (N = 10) 1210 37.0 ΣX (PM) 541.0 (N = 15) 1230 37.0 1250 34.0 1310 37.0 1330 37.0 1350 37.0 1410 34.5 1430 37.0 1450 37.0 1510 35.5 1530 34.0 1550 35.0 1610 37.0 1630 36.5 1650 35.5
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DIPLOSAURUS DOERNS Growth - 9alm = grams x 100 Adult of 152 mm (3-4) # 3 Animals Dot's Time Food Animals Grams 1820 37.2 1820 38.2 1120 26.0 1310 35.0 1320 35.0 1410 34.7 1330 35.0 1310 35.0 1320 35.0 1820 37.2 1830 38.2 1830 38.2 1830 38.2 1820 37.2 1820 37.2
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77 mm (S-V) Sauromalus obesus Date Time Temp(°C) Therm No. 5/29/07 1240 38.0 1 1300 34.0 1320 30.5 1340 30.0 1400 33.0 1420 36.0 1440 37.0 1500 37.0 1520 37.0 1540 36.0 1600 36.0
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126 mm (S-U) Sauromalus obesus Date Time Temp(C) Therm No. 5/29/67 1250 36.0 3 1300 1310 35,5 1330 35,5 1350 35.0 1410 38.0 1430 37.0 1450 37.0 1510 37.0 1530 39.0 1550 38.0 1610 37,5
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80 mm (S-U) Sauro malus obesus Date Time Temp(°C) Therm No. 5/26/62 0750 36.0 1 0810 37.0 0830 37.0 0850 34.5 0910 36.0 0930 36.5 0950 35.5 1010 35.0 1030 35.0 1050 39.0 1110 37.0 1130 37.0 1150 37.0 1210 33.0 1230 37.5 1250 37.0 1310 38.0 1330 35.0 1350 36.5 1410 39.0 1430 38.0 1450 30.0 1510 27.0 1530 27.0 1550 27.0 1610 27.0 1630 27.0
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110 mm (S-U) Sauro malus obesus Date Time Temp(°C) Therm No 5/26/17 0800 38.0 3 0820 38.5- 0840 38.5 0900 34.0 0920 36.0 0940 40.0 1000 36.5 1020 39.0 1040 39.0 1100 36.5- 1120 34.0 1140 37.0 1200 38.5- 1220 37.5 1240 36.5- 1300 36.5- 1320 38.0 1340 39.0 1400 37.0 1420 40.0 1440 39.0 1500 37.5- 1520 35.0 1540 39.0 1600 38.0 1620 40.0 1640 39.0
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133 mm (S-V) Sauromalus obesus Date Time Temp(°C) Therm. No. Date Time Temp(°C) Therm. No. 5/4/67 0800 32.5 3 5/5/67 0900 33.0 3 0820 30.0 0920 31.0 0840 27.5 0940 29.5 0900 28.5 1000 31.0 0920 34.5 1020 30.0 0940 33.5 1040 29.0 1000 38.0 1100 30.5 1020 31.5 1120 33.5 1040 30.0 1140 35.0 1100 31.0 1200 35.5 1120 33.5 1220 32.0 1140 31.0 1240 36.5 1200 34.0 1300 34.5 1220 32.0 1320 33.0 1240 31.0 1340 35.5 1300 30.0 1400 35.5 1320 30.0 1420 34.0 1340 33.0 1440 39.0 1400 35.0 1500 34.5 1420 34.0 1520 31.5 1440 38.0 1540 36.5 1500 38.0 1600 34.0 1520 33.5 1540 36.5 1600 38.0 1620 35.0 1640 35.0 5/5/67 0800 35.5 0820 35.5 0840 37.5
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175mm (S-U) Sauromalus obesus Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. Date Time Temp(°C) Therm No. 5/8/67 0900 36.0 3 5/9/67 0850 28.0 3 0920 36.0 0910 31.0 0940 32.0 0930 29.0 1000 33.0 0950 28.0 1020 36.0 1010 27.5 1040 32.5 1030 27.0 1100 35.5 1050 27.5 1120 36.0 1110 32.0 1140 36.0 1130 32.5 1200 36.5 1150 32.0 1220 37.0 1210 31.0 1240 38.0 1230 31.0 1300 36.5 1250 31.0 1320 36.0 1310 34.0 1340 35.0 1330 38.0 1400 36.0 1350 39.0 1420 36.0 1410 39.5 1440 31.5 1430 35.0 1500 36.0 1450 35.0 1520 36.5 1510 38.5 1540 37.0 1530 34.0 1600 34.5 1550 33.5 1620 38.0 1610 36.5 1640 38.0 1630 38.0 1700 38.0 1650 38.0 1720 36.0 1710 38.0 5/9/67 0730 33.0 0750 33.0 0810 32.0 0830 29.0
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R-371 STEEL BACKPLATE S.E. & M. VERNON, INC. U.S.A.
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