Lizard Temperature Data: Lizard Temperature Data T-Z, v4374

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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Ulmus INORINATA

Uma inornata Temps for One Day (22 May 1963) A.M. P.M. Time Temp Time Temp 0730 38.0 1205 36.0 0800 34.8 1210 36.4 0805 37.4 1215 37.0 0815 36.4 1215 37.6 0825 37.4 1235 38.8 0830 38.2 1255 38.6 0845 38.0 1305 43.2 0905 37.4 1320 39.0 0920 39.0 1325 38.4 0945 39.0 1400 38.0 0950 42.0 1405 38.2 0955 40.4 1425 39.2 1015 40.6 1430 36.2 1020 42.0 1440 40.6 1050 36.6 1515 39.6 1055 36.2 1525 38.4 1115 39.4 1530 38.4 1120 32.4 1535 38.4 1145 33.6 1545 39.0 1155 35.8 1550 35.0 1605 34.2 1615 36.0 1620 35.6 1635 35.0 Σx = 754,6 Σx = 906,8 N = 20 N = 24 X̄ = 37,7 X̄ = 37,7

(95 WAT 1863) M.A. qmtT amtT 0320 38.0 0800 34.8 2030 35.4 2130 36.4 2430 35.4 0530 38.5 0342 38.0 2080 35.4 0530 38.0 0442 38.0 0320 40.0 0290 40.4 1012 40.4 1030 40.0 1020 38.4 1022 38.5 1112 38.4 1130 35.4 1142 33.9 1122 32.8 M.A. qmtT amtT 0320 38.0 0310 38.4 1312 35.0 1312 35.6 1332 38.8 1322 38.9 1302 43.3 1330 34.0 1332 38.4 1400 38.0 1402 38.5 1431 33.5 1430 36.5 1440 40.0 1212 38.9 1232 38.4 1230 38.4 1232 38.4 1242 35.0 1220 37.0 1302 34.5 1312 36.0 1330 37.9 1332 37.0 X = 35.1 n = 54 35.1 X 54 = 1695.4 X = 35.5 n = 50 35.5 X 50 = 1775

Uma INORNATA TEMPS (BY MONTH) FEBRUARY x X² x X² x X² x X² x X² x X² 35.0 1225.00 31.0 961.00 36.8 1354,24 37.6 1413,76 36,4 1324,96 38,2 1459.24 38.4 1474.56 38.6 1489,96 32.8 1075,84 36,2 1310.44 36.0 1296.00 37.2 1383.84 37.0 1369.00 38.8 1505.44 37.4 1398,76 36.2 1310.44 40.0 1600.00 ∑X=623.6 N=17 ∑X²=22,952.48 X̄ = 36.68 (X̄)² = 1345,42 S² = 5.02 S.E.= √1.295 = .543 Range = 31.0 + 40.0 X̄ = 36.7 2S.E. = 35.6 - 37.8

Digitized by the Internet Archive in 2017 with funding from CLIR

Uma INORNATA TEMPS (BY MONTH) MARCH x x² x x² x x² x x² x x² x x² 38.8 1505.44 33.6 1128.96 X̄ = 36.44 37.7 1421.29 33.2 1102.24 (X̄)² = 1327.87 38.3 1466.89 39.4 1552.36 S² = 7.66 43.0 1849.00 42.5 1806.25 S.E. = √1.39 36.9 1361.61 38.4 1474.56 = .373 35.4 1253.16 38.0 1444.00 RANGE 25.8 - 43.0 25.8 665.64 35.8 1281.64 RSE = .8 = 37.2 - 35.6 36.8 1354.24 38.4 1474.56 37.5 1406.25 38.2 1459.24 36.9 1361.61 Σx = 1413.0 38.0 1444.00 N = 39 33.2 1102.24 37.5 1406.25 36.4 1324.96 37.5 1406.25 38.2 1459.24 39.0 1521.00 37.2 1383.84 35.8 1281.64 36.6 1339.56 36.4 1324.96 37.0 1369.00 36.5 1332.25 38.0 1444.00 37.6 1413.76 38.6 1489.96 35.8 1281.64 35.0 1225.00 34.6 1197.16 38.0 1444.00 34.0 1156.00 37.4 1398.76 29.5 870.25 35.8 1281.64 33.8 1142.44 37.0 1369.00 32.0 1024.00 38.0 1444.00 35.2 1239.04 35.0 1225.00 36.0 1296.00 36.0 1296.00 35.0 1225.00 37.4 1398.76 35.2 1239.04 2004.6 = Σx 35.8 1281.64 N = 55 Σx² = 73,446.22

MARCH (July Month) TEMPERATURE DATA 32.8 1581.04 N=22 32.5 1536.0 P=EX 32.0 1572.00 32.0 32.5 1539.04 32.0 35.0 1054.00 38.0 33.8 1145.44 37.0 38.5 880.72 32.8 34.0 1126.00 37.4 34.9 1161.10 38.0 32.8 1502.84 0.28 35.0 1113.00 38.0 32.5 1333.58 38.0 38.4 1937.80 37.0 32.8 1521.64 36.6 36.0 1830.00 35.5 35.8 1140.08 38.5 35.5 1149.04 38.4 32.5 1107.54 38.0 N=52 36.0 1391.0 EX=1413.0 38.5 1606.58 38.5 38.8 1921.54 38.4 32.8 602.54 138.64 37.4 1529.10 38.0 36.0 1391.01 38.4 43.0 1848.00 180.52 38.3 1466.88 36.4 35.5 1471.54 33.5 38.8 1202.64 33.6

Uma NORMATA TEMPS (BY MONTH) APRIL x x² x x² x x² x x² x x² x x² 36.4 1324.96 36.0 1296.00 37.0 1369.00 39.0 1521.00 35.8 1281.64 37.0 1369.00 36.0 1296.00 37.0 1369.00 36.6 1339.56 37.6 1413.76 40.0 1600.00 35.8 1281.64 39.6 1568.16 40.4 1632.16 38.4 1474.56 38.2 1459.24 36.8 1354.24 37.0 1369.00 31.8 1011.24 39.0 1521.00 34.7 1204.09 38.0 1444.00 36.6 1339.56 39.0 1521.00 37.5 1406.25 36.8 1354.24 37.6 1413.76 40.0 1600.00 38.5 1482.25 38.0 1444.00 35.2 1239.04 38.6 1489.96 38.8 1505.44 37.4 1398.76 37.2 1383.84 38.0 1444.00 34.0 1156.00 36.0 1296.00 37.8 1428.84 38.6 1489.96 37.6 1413.76 Σx=1868,1 37.2 1383.84 N=50 37.4 1398.76 Σx²=69,929.27 36.6 1339.56 X̄ = 37.36 39.2 1536.64 (X̄)² = 1395,76 39.6 1568.16 S² = 2.88 38.8 1505.44 S.E = √.058 36.8 1354.24 = .241 34.6 1197.16 Range=31.8-40.4 36.6 1339.56 2 S.E = .5 = 37.9-36.9 Σx=1110.7 N=30

APRIL (8 MONTH) WOMAN TEMP. 36.9 123.50 3X=111

Uma INORNATA TEMPS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 38.6 1489.96 40.6 1648.36 35.0 1225.00 39.4 1552.36 42.0 1764.00 Σx=2285,9 38.2 1459.24 36.6 1339.56 N=60 38.4 1474.56 36.2 1310.44 Σx²=87,336.61 38.0 1444.00 39.4 1552.36 X̄ = 38.09 38.0 1444.00 32.4 1049.76 (X̄)²=1450,84 39.2 1536.64 33.6 1128.96 S²=4.85 40.6 1648.36 35.8 1281.64 S.E.= √1,081 40.0 1600.00 36.0 1296.00 = .285 38.0 1521.00 36.4 1324.96 RANGE=32,4-43,2 38.2 1459.24 37.0 1369.00 2.S.E=.6=38,7-37,5 40.6 1648.36 37.6 1413.76 38.4 1474.56 38.8 1505.44 40.4 1632.16 38.6 1489.96 39.4 1552.36 43.2 1866.24 38.1 1451.61 39.0 1521.00 Σx=624,5 38.4 1474.56 N=16 38.0 1444.00 38.2 1459.24 38.0 1444.00 39.2 1536.64 34.8 1211.04 36.2 1310.44 37.4 1398.76 40.6 1648.36 36.4 1324.96 39.6 1568.16 37.4 1398.76 38.4 1474.56 38.2 1459.24 38.4 1434.56 38.0 1444.00 38.4 1474.56 37.4 1398.76 39.0 1521.00 39.0 1521.00 35.0 1225.00 39.0 1521.00 34.2 1169.64 42.0 1764.00 36.0 1296.00 40.4 1632.16 35.6 1267.36

YAM 182730 1564.00 38.0 38.0 1251.00 32.0 38.4 1397.00 36.0 38.0 1500.00 38.0 38.0 1520.00 38.0 38.0 1250.00 38.0 38.0 1251.00 38.0 38.4 1254.00 38.0 38.0 1527.00 38.0 38.0 1564.00 38.0 38.0 1564.00 38.0 38.4 1564.00 38.0 38.0 1527.00 38.0 38.0 1527.00 38.0 38.4 1527.00 38.0 38.0 1564.00 38.0 38.0 1564.00 38.0 38.0 1564.00 38.0 38.4 1564.00 38.0 38.0 1527.00 38.0 38.0 1527.00 38.0 38.4 1527.00 38.0 38.0 1564.00 38.0 38.0 1564.00 38.0 38.0 1564.00 38.0 38.4 1564.00 38.0 38.0 1527.00 38.0 38.0 1527.00 38.0 38.4 1527.00 38.0 38.0 1564.00 38.0 38.0 1564.00 38.0

Uma LORNATA TEMPS (BY MONTH) JUNE X X² X X² X X² X X² X X² X X² 39.5 1560.25 43.5 1892.25 X̄ = 38,56 40.5 1640.25 ΣX=1225.1 (X̄)²=1486,87 41.5 1722.25 N=31 S²= 6,28 41.8 1747.24 39.2 1169.64 S.E.= √0,114 38.1 1451.61 36.8 1296.00 = .338 38.2 1459.24 40.0 1600.00 RANGE: 34,2-44,0 38.4 1474.56 36.2 1310.44 S.E=.7 = 39,3 - 37,9 40.2 1616.04 34.2 1169.64 38.2 1459.24 37.6 1413.76 40.4 1632.16 36.5 1332.25 41.0 1681.00 37.0 1369.00 35.8 1281.64 37.2 1383.84 41.5 1722.25 37.4 1398.76 44.0 1936.00 40.2 1616.04 41.5 1722.25 36.0 1296.00 41.2 1697.44 37.4 1398.76 35.0 1225.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 34.5 1190.25 38.2 1459.24 38.8 1505.44 36.6 1339.56 36.0 1296.00 40.0 1600.00 41.2 1697.44 37.6 1413.76 38.0 1444.00 36.6 1339.56 43.0 1849.00 39.0 1521.00 41.0 1681.00 37.0 1369.00 39.0 1521.00 38.2 1459.24 35.8 1281,64 37.0 1369.00 41.5 1722.25 ΣX=2121,2 41.2 1697.44 N=55 36.8 1354.24 ΣX²=82,116.86

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Uma INORNATA TEMPS (BY MONTH) JULY X X² X X² X X² X X² X X² X X² 38.4 1474.56 38.0 1444.00 34.8 1211.04 38.0 1444.00 42.0 1764.00 40.8 1664.64 38.5 1482.25 38.5 1482.25 38.0 1444.00 39.0 1521.00 39.2 1536.64 39.2 1536.64 37.2 1383.84 37.4 1552.36 37.6 1413.76 39.4 1552.36 37.8 1428.84 38.8 1505.44 40.0 1600.00 36.8 1354.24 39.0 1521.00 40.1 1608.01 40.2 1616.04 40.8 1664.64 40.4 1632.16 41.4 1713.96 37.4 1398.76 39.5 1560.25 41.4 1713.96 39.0 1521.00 41.7 1738.89 ΣX=1590.6 40.4 1632.16 41.3 1705.69 N=40 38.0 1444.00 43.0 1849.00 41.0 1681.00 41.9 1755.61 40.2 1616.04 41.6 1730.56 41.9 1755.61 33.4 1115.56 40.0 1600.00 41.8 1747.24 31.4 985.96 39.4 1552.36 41.9 1755.61 35.6 1267.36 40.4 1632.16 42.8 1831.84 37.0 1369.00 37.4 1398.76 37.2 1383.84 36.6 1339.56 36.8 1354.24 38.4 1474.56 35.0 1225.00 40.8 1664.64 32.6 1062.76 37.6 1413.76 ΣX=3000.7 36.2 1310.44 40.0 1600.00 N=77 37.8 1428.84 37.0 1369.00 ΣX²=117,360.45 40.1 1608.01 36.4 1324.96 X̄ = 38.97 40.5 1640.25 38.0 1444.00 (X̄)² = 1518.66 43.0 1849.00 36.0 1296.00 S² = 5.57 39.5 1560.25 38.7 1497.69 S.E. = √0.072 43.5 1892.25 39.3 1544.49 = .268 40.5 1640.25 39.1 1528.81 Range = 31.4 - 43.5 39.8 1584.04 37.6 1413.76 R.S.E. = .5 = 38.5 - 39.5

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Uma INORNATA TEMPS (BY MONTH) AUGUST X X² X X² X X² X X² X X² X X² 35.9 1264.09 41,0 1936,00 39,4 1552,36 33,0 1089,00 36,6 1339,56 39,8 1584,04 33,2 1102,24 38,2 1459,24 39,2 1536,64 37,2 1383,84 36,6 1339,56 39,6 1568,16 35,6 1267,36 40,6 1648,36 38,7 1497,69 38,6 1489,96 37,2 1383,84 Σx=2486,8 38,6 1489,96 40,7 1656,49 N=65 42,2 1780,84 32,7 1421,29 Σx²=95,591,74 38,8 1505,44 40,4 1632,16 X̄ = 38,25 34,4 1183,36 37,8 1428,84 (X̄)²=1463,06 32,4 1049,76 34,5 1190,25 S² = 7,70 40,4 1632,16 36,8 1354,24 S.E. = √1,118 38,4 1474,56 38,2 1459,24 = .344 30,7 942,49 39,0 1521,00 RANGE = 30,7 - 44,0 36,7 1346,89 38,0 1444,00 2.S.E. = .7 = 39,0 - 37,6 35,2 1239,04 38,6 1489,96 35,0 1225,00 38,6 1489,96 36,2 1310,44 36,4 1324,96 37,5 1406,25 33,8 1142,44 39,4 1552,36 37,2 1383,84 38,6 1489,96 36,2 1310,44 39,5 1560,25 37,8 1428,84 38,6 1489,96 41,4 1713,96 42,3 1789,29 38,2 1459,24 42,2 1780,84 39,3 1544,49 41,2 1697,44 39,6 1568,16 41,6 1730,56 40,4 1632,16 38,9 1513,21 39,2 1536,64 42,7 1823,29 40,0 1600,00 42,4 1797,76 40,3 1624,09

AUGUST (INFORMATION) (29 MET) X X^2 46.7 1800.5 1040.00 38.8 1210.4 1638.84 41.6 1330.56 1684.96 41.4 1289.4 1689.4 36.7 1202.5 1289.4 45.2 1580.8 1789.4 38.3 1280.0 1469.4 38.5 1210.4 1489.4 45.2 1580.8 1789.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4 38.8 1210.4 1689.4

Vma INORNATA TEMPS (BY MONTH) SEPTEMBER x x² x x² x x² x x² x x² x x² 34.0 1156.00 40.2 1616.04 37.0 1369.00 41.4 1713.96 40.8 1664.64 43.4 1883.56 41.4 1713.96 41.6 1730.56 44.0 1936.00 41.6 1730.56 38.8 1505.44 38.0 1444.00 40.2 1616.04 42.8 1831.84 38.0 1444.00 37.4 1398.76 41.1 1689.21 35.4 1253.16 39.0 1521.00 39.6 1568.16 Σx = 795.7 N = 20 Σx² = 31,785.89 X̄ = 39.78 (X̄)² = 1582.44 S² = 6.85 S.E. = √1.842 = .585 RANGE: 34.0 - 44.0 R SE = 1.2 = 41.0 - 38.6

SEPTEMBER (SIX MONTH) Normal TEMPS x x² 34.0 1156.00 40.2 1616.04 35.0 1225.00 41.4 1713.96 40.8 1664.64 43.4 1883.56 41.4 1713.96 41.6 1730.56 44.0 1936.00 41.6 1730.56 38.8 1505.44 38.0 1444.00 40.2 1616.04 45.8 2097.64 38.0 1444.00 37.4 1398.76 41.4 1713.96 37.2 1383.84 39.0 1521.00 39.4 1552.36 Σx = 926.6

Uma normata TEMPS (BY MONTH) OCTOBER X X² X X² X X² X X² X X² X X² 37.8 1428.84 38.5 1482.25 40.2 1616.04 36.0 1296.00 32.6 1062.76 38.0 1444.00 39.0 1521.00 37.0 1369.00 37.2 1383.84 35.0 1225.00 36.4 1324.96 36.6 1339.56 35.4 1253.16 35.6 1267.36 37.2 1383.84 37.6 1413.76 Σx=590.1 N=16 ΣX²= 21,811.37 X̄ = 36.88 (X̄)²= 1360.13 S²= 3.29 S.E.= √.206 = .454 Range 32.6 - 40.2 2SE = .9 = 37.8 - 36.0

Daily Weather TEMPS (BY MONTH) OCTOBER x x² 35.8 1182.84 38.2 1459.24 40.5 1640.25 36.0 1296.00 35.9 1288.81 38.0 1444.00 38.0 1444.00 35.0 1225.00 35.5 1260.25 32.0 1024.00 36.4 1324.96 36.9 1361.61 32.4 1049.76 38.9 1513.21 35.5 1260.25 32.0 1024.00 ∑x = 617 ∑x² = 22075 N = 19

Uma WORnATA TEMPS (BY MONTH) NOVEMBER x x² x x² x x² x x² x x² x x² 36.2 1310.44 n=1 Σx²=1310,44 Σx=36.2 X̄ = 36.2 (X̄)² = 1310.44 36.8 1354.24 36.0 1339.56 39.4 1552.36 38.0 1444.00 37.8 1428.84 36.2 1310.44 37.6 1413.76 36.6 1339.56 40.4 1632.16 38.0 1444.00 35.2 1239.64 32.0 1369.00 Total 1959-1963 Σx = 15812.9 N = 416 X̄ = 38.0 Σx = 485,8 N = 13 X̄ = 37.4 Σx² = 18177,40 (X̄)² = 1398.26 S² = .54 S.E=1.042 = .205 RANGE = 35,2 - 40.4 2 SE = .4 = 37.8 - 37.0

MOVEMBER (84 MONTH) 2017 STATS X X X X X X X X X X X X X Total ΣP1 - ΣP1 P.51871 = x̄ N = 46 x̄ = 38.0 4/9 229

Uma (NORWATA TEMPS (BY SEX) ♂ X X² X X² X X² X X² X X² X X² 38.4 1474.56 40.2 1616.04 41.5 1722.25 35.2 1239.04 40.2 1616.04 36.0 1296.00 39.0 1521.00 36.2 1310.44 38.4 1474.56 35.8 1281.64 41.4 1713.96 39.0 1521.00 39.5 1560.25 38.8 1505.44 38.4 1474.56 33.2 1102.24 39.4 1552.36 37.0 1369.00 36.5 1332.25 37.7 1421.29 38.0 1444.00 37.8 1428.84 39.6 1568.16 37.0 1369.00 43.0 1849.00 38.3 1466.89 38.0 1444.00 37.6 1413.76 38.7 1497.69 41.8 1747.24 36.9 1361.61 39.0 1521.00 37.2 1383.84 37.4 1398.76 35.8 1281.64 41.9 1755.61 36.8 1354.24 38.2 1468.24 36.6 1339.56 35.4 1253.16 40.4 1632.16 33.0 1089.00 37.5 1406.25 38.4 1474.56 39.2 1536.64 39.0 1521.00 38.2 1459.24 33.2 1102.24 36.9 1361.61 40.4 1632.16 39.6 1568.16 39.6 1568.16 37.0 1369.00 32.2 1383.84 32.5 1406.25 38.1 1451.61 36.8 1354.24 31.0 961.00 38.0 1444.00 42.2 1780.84 36.4 1324.96 38.2 1459.24 35.0 1225.00 36.8 1354.24 39.0 1521.00 34.4 1183.36 37.0 1369.00 38.4 1474.56 36.6 1339.56 36.4 1324.96 38.6 1489.96 40.4 1632.16 35.8 1281.64 40.2 1616.04 42.5 1806.25 38.2 1459.24 37.4 1398.76 36.7 1346.89 36.0 1296.00 38.2 1458.24 38.0 1444.00 38.4 1474.56 38.0 1444.00 35.2 1239.04 39.6 1568.16 35.8 1281.64 35.8 1281.64 32.8 1075.84 36.0 1296.00 36.2 1310.44 34.7 1204.09 41.5 1722.25 36.6 1339.56 36.0 1296.00 38.6 1489.96 39.4 1552.36 36.6 1339.56 44.0 1936.00 38.0 1444.00 37.0 1369.00 34.8 1211.04 38.6 1489.96 37.6 1413.76 36.2 1310.44 34.5 1190.25 38.8 1505.44 37.4 1398.76 39.5 1560.25 38.5 1482.25 37.8 1428.84 41.2 1697.44 37.4 1398.76 36.4 1324.96 41.2 1697.44 38.6 1489.96 39.5 1560.25 38.0 1444.00 36.2 1310.44 37.4 1398.76 41.6 1730.56 39.4 1552.36 43.5 1892.25 41.0 1681.00 36.4 1324.96 38.2 1459.24 42.7 1823.29 34.6 1197.16 32.8 1428.84 39.0 1521.00 37.2 1383.84 38.0 1444.00 42.4 1797.76 37.6 1413.76 34.5 1190.25 35.8 1281.64 38.0 1444.00 37.4 1398.76 44.0 1936.00 36.5 1332.25 39.3 1544.49 41.5 1722.25 38.6 1489.96 39.0 1521.00 40.2 1616.04 40.7 1656.49 35.0 1225.00 36.8 1354.24 35.0 1225.00 39.0 1521.00 39.0 1369.00 44.0 1936.00 34.0 1156.00 43.5 1892.25 38.0 1444.00 40.4 1632.16 40.8 1664.64 39.0 1521.00 33.8 1142.44 38.0 1444.00 37.4 1398.76 40.6 1648.36 43.4 1883.56 35.8 1281.64 35.2 1239.04 42.0 1764.00 35.8 1281.64 36.2 1310.44 41.4 1713.96 38.8 1505.44 36.0 1296.00 38.5 1482.25 38.0 1444.00 39.4 1552.36 37.8 1428.84 32.2 1383.84 35.0 1225.00 39.2 1536.64 36.0 1296.00 32.4 1049.76

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Uma inornata Temps. (BY SEX) O7 BY SEX) X X² X X² 33.6 1128,96 37.0 1369,00 35,8 1281.64 36.6 1339,56 36.0 1296.00 37.0 1369,00 37.0 1369.00 36.4 1324.96 38,8 1505.44 38,7 1497,69 39.0 1521.00 39.3 1544.49 38.0 1444.00 34.8 1211.04 39.2 1536.64 40,8 1664.64 40.6 1648.36 39.2 1536,64 39.6 1568.16 37.6 1413,76 38,4 1474.56 37.4 1398,76 39.0 1521.00 39.0 1521.00 35.0 1225.00 40.4 1632.16 ∑X = 8685,3 34,2 1169.64 38.0 1444.00 N= 229 35.6 1267.36 40.0 1600,00 X̄ = 37.92 36.0 1296.00 39.4 1552,36 ∑X²=330,639,95 40.0 1600.00 37.4 1398,76 (X̄)² = 1437.92 36.0 1296.00 40,8 1664.64 S² = 5.948 38.2 1459.24 36.8 S.E. = √0.026 36.6 1339.56 39.4 = .161 40.0 1600.00 37,8 37.6 1413.76 36.6 36.6 1339.56 38.0 39.0 1521.00 37.0 1369.00 38.2 1459.24 37.0 1369.00 33.4 1115,56 40.2 1616.04 31,4 985,96 35.6 1267,36

Nº de muestra 1 Temperatura (°C) X X² X X² 31.4 985.96 31.4 985.96 40.2 1616.04 40.2 1616.04 32.4 1049.76 32.4 1049.76 40.0 1600.00 40.0 1600.00 35.0 1225.00 35.0 1225.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 38.2 1459.24 38.2 1459.24 38.0 1444.00 38.0 1444.00 32.0 1024.00 32.0 1024.00 34.5 1190.25 34.5 1190.25 38.6 1489.96 38.6 1489.96 37.2 1383.84 37.2 1383.84 34.8 1211.04 34.8 1211.04 37.0 1369.00 37.0 1369.00 33.8 1142.44 33.8 1142.44 34.0 1156.00 34.0 1156.00 33.6 1128.96 33.6 1128.96 37.0 1369.00 37.0 1369.00 34.5 1190.25 34.5 1190.25 38.0 1444.00 38.0 1444.00 37.0 1369.00 37.0 1369.00 35.0 1225.00 35.0 1225.00 38.0 1444.00 38.0 1444.00 37.0 1369.00 37.0 1369.00 33.0 1089.00 33.0 1089.00 32.0 1024.00 32.0 1024.00 35.0 1225.00 35.0 1225.00 37.0 1369.00 37.0 1369.00 34.0 1156.00 34.0 1156.00 38.0 1444.00 38.0 1444.00

Vma INORNATA TEMPS (BY SEX) ♀ x x² x x² x x² x x² x x² x x² 38.0 1444.00 36.0 1296.00 41.8 1747.24 32.0 1024.00 40.4 1632.16 36.4 1324.96 38.5 1482.25 43.0 1849.00 38.2 1459.24 33.6 1128.96 39.2 1536.64 37.6 1413.76 37.2 1383.84 35.4 1253.16 39.2 1536.64 37.4 1398.76 40.0 1600.00 38.6 1489.96 39.4 1552.36 25.8 665.64 40.6 1648.36 38.8 1505.44 40.3 1624.09 43.2 1866.24 40.00 1600.00 38.0 1444.00 40.00 1600.00 41.5 1722.25 39.8 1584.04 38.4 1474.56 40.1 1608.01 33.2 1102.24 40.6 1648.36 41.2 1697.44 39.2 1536.64 38.2 1459.24 40.4 1632.16 37.5 1406.25 39.4 1552.36 41.6 1730.56 38.4 1474.56 36.2 1310.44 41.7 1738.89 36.6 1339.56 38.1 1451.61 38.8 1505.44 38.2 1459.24 38.4 1474.56 41.3 1705.69 40.0 1600.00 40.4 1632.16 38.0 1444.00 38.0 1444.00 38.4 1474.56 41.9 1755.61 38.4 1474.56 41.0 1681.00 40.2 1616.04 41.1 1689.21 36.0 1296.00 41.9 1755.61 36.8 1354.24 32.6 1062.76 42.8 1831.84 37.6 1413.76 35.0 1225.00 42.8 1831.84 36.8 1011.24 40.1 1608.01 37.2 1383.84 37.6 1413.76 34.2 1169.64 35.3 1246.09 32.5 1406.25 40.5 1640.25 36.4 1324.96 38.6 1489.96 36.2 1310.44 35.6 1267.36 35.2 1238.04 43.0 1849.00 35.4 1253.16 36.2 1310.44 34.2 1169.64 38.6 1489.96 37.2 1383.84 36.8 1354.24 35.6 1267.36 37.2 1383.84 37.6 1413.76 38.6 1489.96 36.6 1339.56 38.2 1458.24 32.2 1383.84 40.0 1600.00 36.5 1332.25 38.8 1505.44 35.8 1281.64 39.0 1521.00 38.4 1552.36 38.2 1459.24 37.0 1369.00 32.4 1049.76 34.0 1156.00 38.0 1444.00 38.4 1474.56 36.6 1339.56 32.2 1383.84 38.4 1474.56 38.2 1459.24 38.6 1489.96 34.6 1197.16 37.0 1369.00 37.4 1398.76 30.7 942.49 36.6 1339.56 38.6 1489.96 35.0 1225.00 37.0 1369.00 40.2 1616.04 35.0 1225.00 40.6 1648.36 36.4 1324.96 38.8 1505.44 35.0 1225.00 37.4 1398.76 32.5 1406.25 37.2 1383.84 33.8 1142.44 36.0 1296.00 37.4 1398.76 38.0 1444.00 38.6 1489.96 37.7 1421.29 32.2 1383.84 43.0 1849.00 39.0 1521.00 38.0 1444.00 42.3 1789.29 40.4 1632.16 36.2 1310.44 41.2 1697.44 36.8 1354.24 35.0 1225.00 42.2 1780.84 32.6 1062.76 37.8 1428.84 40.5 1640.25 40.0 1600.00 37.6 1413.76 38.9 1513.21 38.0 1444.00 41.4 1713.96 39.8 1584.04 38.0 1444.00 40.0 1600.00 34.0 1156.00 39.0 1521.00 38.2 1459.24 39.4 1552.36 38.0 1444.00 38.0 1444.00 41.4 1713.96 36.4 1324.96 39.6 1568.16 37.8 1428.84 42.0 1764.00 36.0 1296.00 41.6 1730.56 39.5 1560.25 37.0 1369.00 36.8 1354.24 42.0 1764.00 39.1 1528.81 38.5 1482.25 40.5 1640.25 29.5 870.25 41.4 1713.96 36.6 1339.56 37.6 1413.76

{ "text": "INFORMATA TEMPS\n(BY SEX)\n♀\n28 140725 38.2 38.2 38.2 38.2 38.2 38.2 38.2 38.2 38.2 38.2\nH.1 6.14 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.2 3.54 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.3 2.41 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.4 2.14 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.5 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.6 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.7 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.8 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.9 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.10 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.11 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.12 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.13 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.14 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.15 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.16 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.17 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.18 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.19 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.20 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.21 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.22 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.23 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.24 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.25 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.26 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.27 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.28 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.29 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.30 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.31 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.32 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.33 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.34 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.35 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.36 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.37 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.38 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.39 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.40 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.41 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.42 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.43 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.44 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.45 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.46 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.47 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.48 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.49 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.50 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.51 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.52 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.53 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.54 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.55 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.56 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.57 2.04 160058 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1 37.1\nH.58 2.04 160058 37.1 37.1 3 [TRANSCRIPTION_TRUNCATED_DUE_TO_LOOP]

Uma inornata Temps. (By Sex) ♀ x x² x x² 38.0 1444.00 38.8 1505,44 39.0 1521.00 40.8 1664.64 41.0 1681.00 41.6 1730.56 40.4 1632.16 36.8 1354,24 ΣX = 7164.1 N = 188 X̄ = 38.10 Σx² = 274,315.63 (X̄)² = 1451.61 S² = 7.56 S.E. = √0.040 = .20 36.6 38.0 36.2 37.6 40.4 35.2 37.0

N = 189 Σx = 7164.1 X̄ = 38.10 Σ(X - X̄)² = 27438.03 S_X = √(27438.03 / 188) = √145.947 = 12.08 = 0.60

Uma WORNATA TEMPS (BY AGE) ADULT x X² x X² x X² x X² x X² x X² 38.0 1444.00 34.0 1156.00 35.2 1239.04 38.1 1451.61 39.3 1544.49 42.8 1831.84 37.2 1383.84 39.0 1369.00 38.6 1488.96 38.2 1459.24 39.6 1568.16 39.2 1383.84 39.4 1552.36 41.4 1713.96 39.4 1552.36 40.2 1616.04 37.0 1369.00 35.0 1225.00 40.0 1600.00 43.4 1883.56 37.2 1383.84 38.2 1459.24 35.0 1225.00 36.4 1324.96 40.1 1608.01 41.4 1713.96 34.0 1156.00 40.4 1632.16 34.0 1156.00 36.6 1338.56 40.4 1632.16 41.6 1730.56 38.2 1459.24 41.0 1681.00 28.5 812.25 35.4 1253.16 41.7 1738.89 38.5 1482.25 36.6 1339.56 35.8 1281.64 33.8 1142.44 35.6 1267.36 41.3 1705.69 40.2 1616.04 40.6 1648.36 41.5 1722.25 32.0 1024.00 37.2 1383.84 43.0 1849.00 37.7 1310.44 37.2 1383.84 44.0 1936.00 35.2 1239.04 39.4 1552.36 41.9 1755.61 38.3 1466.89 40.7 1656.49 32.6 1062.76 36.8 1354.24 42.5 1806.25 41.9 1755.61 43.0 1849.00 37.7 1421.29 36.2 1310.44 35.0 1225.00 38.4 1474.56 41.8 1747.24 35.4 1253.16 40.4 1632.16 37.8 1428.84 35.2 1239.04 38.0 1444.00 41.9 1755.61 25.8 665.64 39.5 1560.25 40.1 1608.01 35.8 1281.64 35.8 1281.64 42.8 1831.84 36.8 1354.24 40.5 1640.25 40.5 1640.25 33.6 1128.96 34.6 1197.16 35.3 1246.09 36.9 1361.61 41.5 1722.25 43.0 1849.00 33.2 1102.24 36.6 1339.56 33.2 1102.24 38.0 1444.00 41.8 1747.24 43.5 1892.25 37.8 1428.84 35.0 1225.00 38.6 1489.96 33.2 1102.24 38.2 1459.24 37.8 1428.84 37.6 1413.76 38.0 1444.00 38.6 1489.96 37.5 1406.25 38.4 1474.56 34.5 1190.25 37.2 1383.84 34.5 1190.25 42.2 1780.84 37.5 1406.25 38.0 1444.00 36.8 1354.24 37.4 1398.76 38.8 1505.44 38.8 1505.44 37.0 1369.00 38.0 1444.00 38.2 1459.24 36.6 1339.56 36.0 1296.00 30.7 942.49 35.8 1281.64 39.2 1536.64 39.0 1521.00 39.2 1536.64 41.2 1697.44 35.0 1225.00 36.6 1339.56 40.6 1648.36 38.00 1444.00 39.6 1568.16 38.0 1444.00 36.2 1310.44 40.0 1600.00 40.0 1600.00 38.6 1489.96 38.8 1505.44 43.0 1849.00 37.5 1406.25 37.5 1406.25 39.0 1521.00 38.6 1489.96 36.8 1354.24 41.0 1681.00 38.6 1489.96 38.4 1474.56 38.2 1459.24 33.8 1142.44 41.5 1722.25 39.0 1521.00 42.3 1789.29 31.8 1011.24 40.6 1648.36 37.2 1383.84 41.2 1697.44 35.8 1281.64 41.6 1730.56 34.7 1204.09 38.4 1474.56 36.2 1310.44 41.6 1730.56 41.5 1722.25 38.9 1531.21 36.6 1339.56 40.4 1632.16 37.8 1428.84 38.8 1505.44 41.2 1697.44 42.7 1823.29 37.6 1413.76 39.4 1552.36 41.4 1713.96 38.0 1444.00 36.8 1354.24 44.0 1936.00 38.5 1482.25 38.1 1451.61 38.2 1459.24 40.2 1616.04 43.5 1892.25

ADULT (BY AGE) Juma MOKWATA TEMP 25

Uma WORMATA TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 40,5 1640,25 36,4 1324,96 42,0 1764,00 40,0 1600,00 41,0 1681,00 39,8 1584,04 38,2 1459,24 36,6 1339,56 37,6 1413,76 41,6 1730,56 38,0 1444,00 38,0 1444,00 36,2 1310,44 36,6 1339,56 40,0 1600,00 42,0 1764,00 38,6 1489,96 39,4 1552,36 39,0 1521,00 39,4 1552,36 38,5 1482,25 38,0 1444,00 32,4 1049,76 37,0 1369,00 40,4 1632,16 39,2 1536,64 38,0 1444,00 33,6 1128,96 37,0 1369,00 36,8 1354,24 39,4 1552,36 36,0 1294,00 35,8 1281,64 33,4 1115,56 40,8 1664,64 32,8 1428,84 37,4 1398,76 36,0 1296,00 40,2 1616,04 36,8 1354,24 36,0 1296,00 36,4 1324,96 31,4 985,96 40,2 1616,04 39,0 1521,00 37,0 1369,00 35,6 1267,36 41,4 1713,96 37,0 1369,00 37,6 1413,76 37,0 1369,00 41,4 1713,96 37,6 1413,76 38,6 1489,96 36,6 1339,56 ∑x = 11714,2 40,4 1632,16 35,8 1281,64 38,2 1459,24 35,0 1225,00 N = 307 39,2 1536,64 40,4 1632,16 39,2 1536,64 37,6 1413,76 X̄ = 38,15 40,0 1600,00 37,0 1369,00 36,2 1310,44 40,0 1600,00 ∑x² = 448841,95 40,3 1624,09 39,0 1521,00 38,4 1474,56 36,4 1324,96 (X̄)² = 1455,42 39,4 1552,36 38,0 1444,00 38,4 1474,56 38,0 1444,00 S² = 6,63 39,8 1584,04 36,8 1354,24 38,4 1474,56 36,0 1296,00 S.E. = √0,022 39,2 1536,64 38,0 1444,00 35,0 1225,00 38,7 1497,69 = 0,148 39,6 1568,16 38,6 1489,96 36,0 1296,00 39,3 1544,49 38,7 1497,69 34,8 1211,04 35,6 1267,36 37,6 1413,76 38,0 1444,00 37,4 1398,76 35,0 1225,00 34,8 1211,04 37,4 1398,76 37,4 1398,76 36,5 1332,25 39,2 1536,64 41,1 1689,21 38,2 1459,24 37,0 1369,00 38,8 1505,44 35,4 1253,16 38,0 1444,00 37,2 1383,84 39,0 1521,00 39,0 1521,00 39,0 1521,00 37,4 1398,76 40,8 1664,64 39,6 1568,16 39,0 1521,00 40,2 1616,04 37,4 1398,76 38,4 1474,56 42,0 1764,00 37,4 1398,76 39,0 1521,00 32,8 1075,84 40,4 1632,16 38,0 1444,00 40,4 1632,16 37,2 1383,84 40,6 1648,36 38,2 1459,24 38,0 1444,00

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Uma INORNATA TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 38.4 1474.56 36.8 1354.24 38.8 1505.44 39.0 1521.00 38.5 1482.25 39.6 1568.16 37.4 1398.76 34.2 1169.64 39.0 1521.00 36.6 1339.56 36.2 1310.44 34.2 1169.64 39.5 1560.25 34.6 1197.16 40.0 1600.00 36.0 1296.00 36.5 1332.25 35.8 1281.64 37.2 1383.84 40.0 1600.00 33.0 1089.00 37.6 1413.76 36.6 1339.56 36.2 1310.44 32.2 1383.84 36.5 1332.25 37.0 1369.00 34.2 1169.64 35.6 1267.36 44.0 1936.00 35.0 1225.00 37.6 1413.76 34.4 1183.36 32.6 1062.76 37.4 1398.76 36.0 1296.00 32.4 1049.76 38.0 1444.00 35.8 1281.64 38.0 1444.00 40.4 1632.16 39.0 1521.00 37.0 1369.00 36.6 1339.56 38.4 1474.56 39.0 1521.00 35.0 1225.00 38.2 1459.24 36.7 1346.89 35.8 1281.64 37.0 1369.00 37.0 1369.00 35.2 1238.04 36.4 1324.96 38.2 1459.24 39.1 1528.81 39.4 1552.36 38.8 1505.44 39.0 1521.00 40.8 1664.64 39.5 1560.25 32.2 1383.84 40.0 1600.00 38.0 1444.00 38.6 1488.96 38.4 1474.56 37.4 1398.76 37.6 1413.76 42.2 1280.84 38.4 1474.56 38.0 1444.00 37.4 1398.76 41.2 1699.44 39.5 1560.25 36.0 1296.00 37.6 1413.76 42.4 1797.76 36.4 1324.96 38.6 1489.96 38.6 1489.96 40.2 1616.04 38.4 1474.56 38.0 1444.00 36.8 1354.24 40.8 1664.64 38.2 1459.24 36.4 1324.96 36.6 1339.56 32.8 1428.84 31.0 961.00 37.4 1398.76 39.4 1552.36 36.0 1296.00 36.8 1354.24 38.8 1505.44 38.0 1444.00 36.2 1310.44 37.6 1413.76 43.2 1866.24 37.8 1428.84 38.8 1505.44 36.4 1324.96 39.0 1521.00 37.6 1413.76 36.9 1361.61 38.2 1459.24 38.4 1474.56 38.0 1444.00 37.5 1406.25 36.2 1310.44 38.0 1444.00 35.2 1239.04 36.4 1324.96 36.0 1296.00 40.6 1648.36 36.0 1296.00 37.0 1369.00 39.6 1568.16 ΣX = 4135.2 N = 110 X̄ = 37.59 ΣX² = 155,940.78 (X̄)² = 1413.00 S² = 4.69 S.E. = √1.043 = .207

IMMATURE (AGE) Luna NORMATA TEMPS

Uma inornata Temps (by age) Juvenile

TIME Uma inornata ARE ACTIVE, BY MONTH (N= ) TIME JAN FEB MAR APR MAY JUN JUL AUG SEPT OCT NOV DEC 0500 0530 | 0600 ||| 0630 == ||| 0700 | - === |||| 0730 = ==== ==== |||| 0800 === ==== ==== ||||| |||| 0830 === === ==== |||||| |||| || 0900 - ==== ==== ==== |||||| | 0930 == === ==== ==== |||| 1000 | ==== ==== ==== ==== ==== O ||| | 1030 === ===== ==== ==== ==== O O === === === === 1100 === ==== ==== ==== ==== O * === O O 1130 === ==== ==== ==== (O) (O) O 1200 ==== ==== ==== (O) (O) 1230 === === ==== ==== (O) 1300 - == ===== ==== (O) ======== | 1330 | === ==== ==== ==== (O) (O) || 1400 = ==== ==== ==== (O) (O) || 1430 ===== ===== ==== ==== ==== (O) === ----- 1500 - ==== === ==== ==== === 1530 ==== ===== ==== ==== === 1600 - ==== ==== ==== ==== == 1630 ==== | === === 1700 | 1730 1800 || 1830 1900 1930 * (O) = in shade (deep) at Palm Springs Panorama.

TIME: Name INWOVANS ARE ACTIVE, BY MONTH N = ( ) TIME JAN FEB MAR APR MAY JUN JUL AUG SEPT OCT NOV DEC 0200 0230 0300 0430 0530 0800 0830 0900 0930 1000 1030 1100 1130 1300 1330 1350 1400 1430 1500 1600 1700 1800 1900 1930 2000 2100 2130 2200

AM Uma notata Temps.(°C) (April 13, 1965) code 0831-0930=0900 0900 1000 1100 1200 X X² X X² X X² X X² 34,8 1211,04 36,2 1310,44 33.0 1089,00 40.0 1600,00 34,0 1156,00 31,2 973,44 34.0 1156,00 41.0 1681,00 31,2 973,44 33,2 1102,24 37.0 1369,00 39.0 1521,00 34,2 1169,64 33.6 1128,96 38.4 1474,56 35,0 1225,00 41.4 1713,96 36.8 1354,24 32,0 1024,00 37.4 1398,76 38.4 1474,56 34.0 1156,00 40,0 1600,00 37.5 1406,25 35,8 1281,64 31,0 961,00 34,2 1169,64 37.5 1560,25 36,2 1310,44 34,8 1211,04 34,6 1197,16 40,4 1632,16 N = 3 16 8 5 ΣX= 100,0 566,7 287,9 195,2 ΣX²= 3340,48 20202,65 10417,93 7630,80 X̄ = 33,3 35,4 36,0 39,0 Range= 31,2- 31,0- 33,0- 36,8- (X̄)² 34,8 40.4 41.4 41.0 1108,89 1253,16 1296,00 1521,00 S² = 6,90 10,14 7,13 6,45 S.E= √2,30 √1,634 AM√.949 √1,29 = 1,140 = 1,517 =,795 ΣX = 1149,8 (X̄)² = 1288,81 ΣX² = 49222,66 S² = 25,74 N = 32 S.E = √0,804 = .895 X̄ = 35,9 Range = 31,0-41.4

(5) 29/14/07 - Statistics (MA) (2891, 21) (99A) 00.01 0011 0001 0000 x X x X x X x X 00.0001 0.04 00.8801 0.35 44.0181 5.38 40.1151 3.48 00.1821 0.19 00.0211 0.48 44.33P 5.18 00.0211 0.48 00.1521 0.88 00.2211 0.93 45.5011 5.33 40.35P 5.18 dz,4Fy1 4.88 dP,3511 d.58 40.8d11 5.48 x5x221 8.dE 0P,2151 4.1Y 00.2551 0.78 05.3F31 4.9E 00.4901 0.58 00.d211 0.48 d2.47y1 4.38 25.3041 2.18 00.00d1 0.04 40.1851 8.78 00.129 0.13 40.Pd11 5.48 25.0821 2.58 44.0181 5.38 40,1151 3.48 d1.5P11 2.48 d1.55d1 4.04 7 8 d1 E = V 5.291 P.585 5,8d2 0.001 = X x^2 = X 0.P3 0.3E 4.74E E.33 = X -8.dE -0.88 -0.1E -5.18 = dP 0.14 4.1Y 4.0V 3.48 09.A = ? MA 3.9411 = X3 30.583PP = x3 LE = V P.2E = X

PM Uma nota Temps. (°C) (April 13, 1965) 1300 1400 1500 1600 1700 X X² X X² X X² X X² X X² 38.0 1444.00 40.6 1648.36 38.6 1489.96 33.8 1142.44 28.8 829.44 37.0 1369.00 35.4 1253.16 34.6 1197.16 37.0 1369.00 28.2 795.24 37.5 1406.25 39.5 1560.25 36.4 1324.96 36.2 1310.44 31.0 961.00 38.8 1505.44 36.0 1296.00 36.6 1339.56 34.6 1197.16 31.0 961.00 38.2 1459.24 33.6 1128.96 28.2 795.24 37.4 1398.76 33.6 1128.96 29.2 852.64 35.0 1225.00 33.7 1135.69 34.0 1156.00 34.5 1190.25 35.2 1239.04 30.0 900.00 36.2 1310.44 36.0 1296.00 30.0 900.00 33.8 1142.44 33.8 1142.44 32.4 1049.76 32.0 1024.00 31.2 973.44 N = 4 4 10 13 9 ΣX = 151.3 151.5 361.0 443.1 270.4 ΣX² = 5724.69 5757.77 13077.77 15132.33 8150.56 X̄ = 37.8 37.9 36.1 34.1 30.0 Range = 37.0 - 38.8 35.4 - 40.6 33.8 - 38.6 31.2 - 37.0 28.2 - 34.0 (X̄²) = 1428.84 1936.41 1303.21 1162.81 900.00 S² = 3.11 4.04 5.07 1.23 6.32 S.E; √.778 = .882 √1.01 = 1.005 √.507 = .714 √.133 = .361 √.702 = .837 PM ΣX = 1377.3 2527.1 (X̄)² = 1232.01 (X̄)² = 1183.36 ΣX² = 178418.12 97070.78 S² = 11.78 S² = 13.17 N = 40 72 SE = √1.164 SE = √1.329 X̄ = 34.4 35.1 = .40 = .574 Range = 28.2 - 40.6 28.2 - 41.4

(1) zymosT etoton emll (2d PI, ET II.qA) 149 X^5 X X^5 X X^5 X X^5 X X^5 X 38.0 1444.00 40.6 1647.21 38.0 1534.01 33.8 1143.44 28.8 829.44 35.0 1225.00 32.4 1049.76 31.6 998.56 27.0 729.00 23.4 547.56 32.0 1024.00 28.8 829.44 27.2 739.84 23.6 556.96 20.0 400.00 28.8 829.44 25.2 635.04 23.8 566.44 21.0 441.00 17.4 302.76 25.2 635.04 21.6 466.56 20.2 408.04 17.4 302.76 13.8 190.44 21.6 466.56 18.0 324.00 16.6 275.56 13.8 190.44 10.2 104.04 18.0 324.00 14.4 207.36 13.0 169.00 10.2 104.04 6.6 43.56 14.4 207.36 10.8 116.64 9.4 88.36 6.6 43.56 3.0 9.00 10.8 116.64 7.2 51.84 5.8 33.64 3.0 9.00 0.0 0.00 7.2 51.84 3.6 12.96 2.2 4.84 0.0 0.00 3.6 12.96 0.0 0.00 X^4 X^4 X^4 X^4 X^4 121.3 121.3 121.3 121.3 121.3 38.0 38.0 38.0 38.0 38.0 -57.5 -57.5 -57.5 -57.5 -57.5 63.8 63.8 63.8 63.8 63.8 149 149 149 149 149 X^3 X^3 X^3 X^3 X^3 22.51 22.51 22.51 22.51 22.51 -4.8 -4.8 -4.8 -4.8 -4.8 17.7 17.7 17.7 17.7 17.7 X^2 X^2 X^2 X^2 X^2 4.48 4.48 4.48 4.48 4.48 +0.0 +0.0 +0.0 +0.0 +0.0 4.48 4.48 4.48 4.48 4.48 X X X X X -1.5 -1.5 -1.5 -1.5 -1.5 +0.0 +0.0 +0.0 +0.0 +0.0 -1.5 -1.5 -1.5 -1.5 -1.5

Uma notata Temps. (April 14, 1965) 0800 0900 1000 1100 X X² X X² X X² X X² 32.2 1036,84 35.0 1225,00 34,8 1211,04 41,0 1681,00 35,6 1267,36 31,3 979,69 34,6 1197,16 34,0 1156,00 36.0 1296,00 30,0 900,00 36.5 1332,25 39.0 1521,00 31.4 985,96 37.2 1383,84 40,8 1664,64 30.6 936,36 29.4 864,36 37.1 1376,41 33.6 1128,96 35.4 1253,16 38.0 1444,00 39.0 1521,00 37.2 1383,84 35.7 1274,49 33.6 1128,96 32.4 1049,76 34.0 1156,00 31.2 973,44 39.3 1544,49 38.1 1451,61 36.2 1310,44 36.0 1296,00 38,2 1459,24 35,6 1267,36 39.5 1560,25 33,8 1142,44 31,8 1011,24 38.0 1444.00 36.4 1324,96 37.0 1369,00 36.9 1361,61 35.4 1253,16 33.5 1122,25 38.8 1505,44 38,3 1466,89 42.0 1764,00 37.6 1413,76 34.4 1183,36 N = 3 14 18 13 48 ΣX = 103,8 469,8 658,3 481,5 1713,4 ΣX² = 3600,20 15859.66 24215,21 17904,95. 61580,02 X̄ = 34.6 33.6 36.6 37.0 35,7 Range = 32.2 - 32.2 - 29.4 - 33,8 - 29.4 - 36.0 39.0 42.0 41.0 42.0 (X̄)² 1197.14 1128.96 1339,56 1369.00 1274.49 S² 4.36 3.17 6.07 8,995 8.10 S.E = √4.45 √1.226 √1.337 √1.692 √1.169 = 1.204 =.475 =.580 =.837 =.410

(2019, H) (iqaA) 0814 0001 0473 0030 x X x X x X x X 60.1801 0.14 40.1151 8.48 00.7251 0.78 48.3801 5.58 00.5211 0.48 21.5911 8.48 92.951 8.86 25.3251 3.28 00.1421 0.88 25.5221 2.88 00.0001 0.08 48.9801 0.88 40.4431 8.04 48.2731 5.58 09.7281 4.18 14.0511 1.18 28.428 4.48 28.889 2.08 30.4441 0.88 21.5221 4.28 09.7811 2.88 54.4531 5.72 48.8801 5.58 09.1521 0.88 00.3211 0.48 05.4401 4.58 09.7811 2.88 10.1241 1.88 47.4421 5.88 44.859 5.18 45.3241 5.88 00.8551 0.88 44.0151 5.88 44.5411 3.88 25.0221 2.88 25.75 2.28 00.4051 4.28 00.4441 0.88 45.1101 8.18 31.8251 4.72 90.1051 9.08 00.9801 0.88 44.2021 8.88 25.5511 2.88 98.8841 8.88 00.4871 0.58 25.8141 2.58 26.2831 4.48 N = 3 41 31 13 48 ∑x = 101.8 8.94 2.84 2.18 4.15 ∑x² = 300.0 0.80 0.08 0.78 3.72 x̄ = 34.0 3.9 3.6 3.7 3.25 ∑(x - x̄)² -0.0 -4.3 -8.8 -0.05 0.88 0.48 0.14 0.58

Uma nota Temps, (1958-1962) (0800 to 1700 - April thru August) 34.4 37.6 39.6 43.4 N = 93 43,0 37.0 39.8 41.4 ΣX = 3681.5 41.5 38.0 37.1 38.6 X̅ = 39.5 42.8 32.6 41.0 44.7 40.5 38.1 38.2 41.8 36.4 40.6 40.6 34.1 45.3 41.6 39.0 42.8 40.6 42.8 39.0 43.6 42.4 43.5 44.2 42.6 37.2 36.4 41.1 36.4 31.8 41.0 36.2 38.4 39.9 40.5 34.1 41.2 42.0 37.4 41.2 39.1 38.0 42.4 44.4 31.9 41.5 40.5 39.2 38.6 42.2 39.2 39.0 40.4 37.8 41.2 32.6 39.2 41.9 37.2 35.2 39.0 36.5 38.2 40.0 43.0 36.4 44.4 39.8 43.8 42.8 39.7 38.6 40.0 40.2 37.5 39.4 36.8 38.5 43.4 36.6 37.6 42.8 Temp(°C) No. % 32 2 2 33 2 2 34 3 3 35 1 1 36 6 6 37 8 8 38 10 10 39 12 12 40 12 12 41 12 12 42 7 7 43 11 11 44 5 5 45 2 2

(0800 + 1500 - April from April) No. Temp(°C) 5 34 5 25 3 26 1 25 0 26 8 25 10 28 15 28 15 29 15 29 7 28 11 29 2 29 5 29 N = 23 X = 544.2 X̄ = 23.6 34.4 33.0 33.2 34.0 43.8 34.0 33.1 33.0 41.2 33.0 33.1 33.0 8.54 2.54 0.14 44.1 40.0 1.84 38.5 38.1 4.04 40.6 40.6 1.44 42.8 41.6 0.84 45.4 40.4 3.54 39.0 43.4 4.54 2.24 2.44 0.54 35.5 32.4 1.14 37.4 38.1 0.14 36.5 38.4 9.84 40.2 34.1 -1.14 45.4 40.4 5.14 38.1 38.4 4.54 44.4 38.1 2.14 40.2 38.5 8.84 45.4 38.5 0.94 40.4 38.4 -5.14 35.8 38.5 3.14 5.58 8.28 0.84 36.7 38.5 0.04 43.4 40.4 4.44 35.8 43.8 9.54 35.8 38.1 0.04 40.5 32.7 4.84 34.8 38.2 4.84 36.8 35.2 1.54

Uma Nota Temps. (April) (underlined = no chase) X X² X X² X X² X X² X X² 34.6 1169,64 37,4 1398,76 33,6 1128,96 33,6 1128,96 38,0 1444,00 32,0 1024,00 34,0 1156,00 33,6 1128,96 31,2 973,44 35,7 1274,49 29,6 876,16 37,5 1406,25 33,7 1135,69 36,2 1310,44 34,0 1156,00 30,5 930,25 40,0 1600,00 35,2 1239,04 35,6 1267,36 38,1 1451,61 29,8 888,04 41,0 1681,00 36,0 1296,00 31,8 1011,24 38,2 1459,24 31,5 992,25 37,0 1521,00 33,8 1142,44 37,0 1369,00 33,8 1142,44 34,8 1211,04 38,4 1474,56 32,4 1049,76 33,5 1122,25 36,4 1324,96 34,0 1156,00 36,8 1354,24 32,0 1024,00 34,8 1211,04 35,4 1253,16 31,2 973,44 38,0 1444,00 31,2 973,44 34,6 1197,16 36,2 1310,44 37,0 1369,00 28,8 829,44 36,5 1332,25 N = 175 31,2 973,44 37,5 1406,25 28,2 795,24 37,2 1383,84 ΣX = 6291.7 33,2 1102,24 38,8 1505,44 31,0 961,00 29,4 864,36 ΣX² = 228,504.79 34,2 1169,64 40,6 1648,36 31,0 961,00 35,4 1253,16 X̄ = 35,95 35,0 1225,00 35,4 1253,16 28,2 795,24 37,2 1383,84 (X̄)² = 1292.4 32,0 1024,00 39,5 1560,25 29,2 852,64 32,4 1049,76 Range = 23,3° - 44,2°C 38,4 1474,56 36,0 1296,00 34,0 1156,00 39,3 1544,49 40,0 1600,00 38,6 1489,96 30,0 900,00 36,0 1296,00 S² = 13.4 35,8 1281,64 34,6 1197,16 30,0 900,00 39,5 1560,25 S.E. = √(13.4/175) = .276 31,0 961,00 36,4 1324,96 23,3 542,89 38,0 1444,00 2 S.E. = 0.6 34,2 1169,64 36,6 1339,56 32,2 1036,84 36,9 1361,61 39,5 1560,25 38,2 1459,24 35,6 1267,36 38,8 1505,44 (35.4 - 36.6°C) 36,2 1310,44 37,4 1398,76 36,0 1296,00 38,3 1466,89 34,8 1211,04 35,0 1225,00 25,0 625,00 42,0 1764,00 34,6 1197,16 34,5 1190,25 35,0 1225,00 37,6 1413,76 40,4 1632,16 36,2 1310,44 31,3 979,69 34,4 1183,36 33,0 1089,00 33,8 1142,44 30,0 900,00 41,0 1681,00 34,0 1156,00 33,8 1142,44 31,4 985,96 34,0 1156,00 37,0 1369,00 37,0 1369,00 30,6 936,36 39,0 1521,00 33,6 1128,96 36,2 1310,44 33,6 1128,96 40,8 1664,64 41,4 1713,96 34,6 1197,16 39,0 1521,00 37,1 1376,41

(King A) X X X X X X X X X X 00,4415 3,8E 29,3C11 2,EE 27,8C11 2,EE 25,7P21 4,7E 20,8211 2,4E 94,2511 7,7E 44,2EP 5,3E 29,8211 2,6E 24,2721 0,7E 20,4201 0,2E 00,2711 0,7E 40,01E 5,2E P2,2E11 7,EE 25,00N) 2,5E 21,2P1 2,PE 12,12H1 1,8E 29,PD51 2,7E 40,PE21 5,2E 30,00J1 0,04 20,0EP 2,0E 42,PZP1 5,3E 45,1101 8,1E 00,3P51 0,2E 00,12J1 0,14 40,7228 3,PE +H,2H1 3,CE 00,PD31 0,5E 40,5411 3,EE 00,14Z1 0,5E 22,5P9 2,1E 27,42131 4,0E 25,CE11 2,8E 25,P401 4,5E 22,HF H) 4,3E 20,11C1 3,PE 21,EZ21 4,7E 40,1J51 3,4E 40,4501 0,2E 40,H201 3,DE 08,2201 0,PE .1,TP11 2,4E 44,EP 5,1E 00,HHH1 0,8E 44,EP 5,1E 24,CEC1 2,2E 44,P29 3,7E 00,PDE1 0,5E 44,0121 5,JE 42,EZE1 5,5E 45,2P5 5,8E 20,00N) 2,5E 44,EP 5,1E 22,402 4,PE 00,10P 0,1E 44,20Z1 3,3E 45,2011 5,EE 21,EZC1 4,2E 08,12P 0,1E 02,2HJ1 2,04 20,PD11 2,PE 42,EZE1 5,3E 45,2PT 5,8E 21,EZC1 4,7E 00,CE51 0,CE 25,P401 4,5E 40,5228 5,PE 20,02Z1 2,PE 00,KCO1 0,5E 49,HH21 2,CE 00,2711 0,4E 00,DP51 0,2E J2,P2H1 4,3E 00,DP51 0,0E 00,00P 0,0E JP,PPH) 3,8E 00,00N1 0,04 22,02Z1 2,PE 00,00P 0,0E 21,TP11 2,4E 40,1ZC1 2,7E 00,HHH1 0,3E P8,S4N2 2,EE 29,CE21 2,2E 00,10P 0,1E 10,1DE1 2,2E 43,2201 5,5E 22,PZC1 2,2E 40,PD11 5,4E 44,20Z1 3,8E 25,5C51 3,7E 45,9ZH) 5,8E 22,00Z1 2,PE PZ,DH1 2,3E 00,DP51 0,3E 25,XP21 4,5E 44,0121 5,2E 00,4HJ1 2,5Y 08,2P5 0,7E 00,222) 0,2E 40,11C1 3,4E 27,EPH) 2,5E 06,CE51 0,7E 25,OP11 2,4E 21,5P11 2,4E 2E,EZH1 4,4E P0,PFP 2,1E 44,0121 5,2E 21,5Z11 4,04 08,13D1 0,14 00,00P 0,0E 44,4H1) 2,2E 00,F801 0,2E 08,2711 0,4E 29,2ZP 4,1E 44,5H1) 3,EE 00,D211 0,4E 04,1221 0,PE 25,DEP 2,0E 00,PPD1 0,SE 00,PD21 0,5E 42,PDD1 8,04 29,3C11 2,2E 44,01Z1 2,DE 2P,3CH) 2,EE 14,EZE1 5,7E 00,1Z21 0,PE 26,SP11 2,4E 29,13H) 4,14

Uma notata Temps. (underlined=no chase) (By Month) Jan x x² 31.7 1004.89 34.2 1169.64 27.5 756.25 31.6 998.56 31.8 1011.24 31.8 1011.24 ∑x=188.6 N=6 ∑x²≈5,951.82 X̄ = 31.43 (X̄)² = 987.84 S² = 4.98 S.E = √.827 = .909 Z SE = 1.8 RANGE = 27.5 - 34.2 Feb x x² 25.2 635.04 23.1 533.61 24.6 605.16 24.2 585.64 26.9 723.61 28.3 800.89 19.0 361.00 32.3 1043.29 28.1 789.61 31.1 967.21 34.2 1169.64 23.6 556.96 32.7 1069.29 30.4 924.16 29.9 894.01 30.2 912.04 22.6 510.76 561.69 23.7 [illegible] 35.0 1225.00 ∑x=525.1 N=19 ∑x²=14,868.61 X̄ = 27.63 (X̄)² = 763.41 S² = 20.20 S.E = √1.06 = 1.03 Z SE = 2.0 RANGE: 19.0 - 35.0 Mar x x² 29.4 864.36 36.8 1354.24 ∑x=1017.5 32.2 1036.84 N=29 30.1 906.01 ∑x²=35,838.29 34.2 1169.64 X̄ = 35.08 37.2 1383.84 (X̄)² = 1230.60 28.2 795.24 S² = 5.39 27.3 745.29 S.E = √.186 32.1 1030.41 = .431 34.5 1190.25 RSE=.8 30.0 900.00 RANGE: 32.4 1049.76 20.6 - 33.6 1128.96 43.6 40.1 1608.01 39.4 1552.36 38.0 1444.00 35.2 1239.04 38.9 1513.21 39.7 1576.09 25.0 625.00 35.0 1225.00 40.6 1648.36 39.6 1568.16 37.2 1383.84 41.6 1730.56 43.6 1900.96 41.5 1722.25 33.5 1122.25 ∑x=996.9 N=28 Apr x x² x x² 20.6 424.36 40.4 1632.16 40.2 1616.16 32.6 1062.76 39.0 1521.00 39.2 1383.84 42.0 1764.00 36.5 1332.25 42.6 1814.76 43.0 1849.00 39.6 1568.16 39.8 1584.04 39.6 1568.16 39.7 1576.09 39.4 1552.36 40.2 1616.04 36.4 1324.96 36.8 1354.24 40.0 1600.00 36.6 1338.56 39.2 1536.64 39.6 1413.76 36.2 1310.44 37.0 1369.00 39.0 1521.00 38.0 1444.00 38.6 1489.96 32.6 1062.76 ∑x=16248 40.5 1640.25 N=42 41.8 1747.24 40.6 1648.36 40.0 1600.00 41.6 1730.56 40.8 1664.64 40.6 1648.36 37.0 1369.00 43.6 1900.96 36.6 1339.56 44.2 1953.64 35.4 1253.16 36.4 1324.96 N=47 31.8 1011.24 ∑x=1814.6 38.4 1474.56 ∑x²=70,409.04 34.1 1162.81 X̄ = 38.60 37.4 1398.76 (X̄)² = 1489.96 38.0 1444.00 S² = 8.28 39.0 1521.00 S.E = √.176 = .420 37.0 1369.00 Z SE = .8 ∑x=1113.0 RANGE 31.2 - 44.2 N=29

(87 W/month) Jan Feb Mar Apr X x² X x² X x² X x² 31.2 973.44 30.5 930.25 26.8 718.24 28.4 806.56 34.5 1190.25 33.5 1122.25 29.5 870.25 31.2 973.44 35.2 1239.04 31.2 973.44 30.5 930.25 36.5 1332.25 31.2 973.44 34.5 1190.25 31.8 1011.24 32.5 1056.25 31.8 1011.24 35.2 1239.04 30.2 912.04 34.8 1211.04 N=7 N=7 N=7 N=7 Σx=225.6 Σx=226.6 Σx=204.5 Σx=224.9 Σx²=8026.45 Σx²=8194.98 Σx²=7483.56 Σx²=8080.79 Mean=32.2 Mean=32.4 Mean=29.2 Mean=32.1 Std Dev=1.7 Std Dev=1.9 Std Dev=1.6 Std Dev=2.4

Uma notata Temps (By Month) May X X² X X² X X² 35.8 1281.64 38.6 1489.96 38.8 1505.44 Σx=1164.3 42.8 1831.84 N=31 37.3 1391.29 37.0 1369.00 31.9 1017.61 38.0 1444.00 39.2 1536.64 33.6 1128.96 39.2 1536.64 25.2 635.04 37.8 1428.84 27.2 739.84 39.2 1536.64 35.0 1225.00 35.2 1239.04 39.6 1568.16 38.2 1459.24 37.6 1413.76 36.4 1324.96 37.6 1413.76 43.8 1918.44 37.0 1369.00 38.6 1489.96 37.2 1383.84 37.5 1406.25 36.8 1354.24 37.8 1428.84 37.0 1369.00 35.2 1239.04 34.4 1183.36 34.0 1156.00 32.4 1049.76 35.4 1253.16 26.8 718.24 32.7 1069.29 33.6 1128.96 36.0 1296.00 30.6 936.36 36.5 1332.25 33.0 1089.00 36.0 1296.00 Σx=1813.9 36.0 1296.00 N=50 38.5 1482.25 Σx²=66,441.51 37.6 1413.76 X̄ = 36.27 39.6 1568.16 (X̄)² = 1315.51 39.8 1584.04 S²=13.59 39.9 1592.01 S.E.=√.272 39.0 1521.00 .522 2SE = 1.0 RANGE 25,2 - 43,8 June X X² X X² X X² 35.4 1253.16 36.6 1339.56 43.4 1883.56 34.8 1211.04 39.0 1521.00 40.2 1616.04 42.2 1780.84 38.8 1505.44 40.8 1664.64 40.2 1616.04 37.2 1383.84 42.3 1789.29 44.6 1989.16 40.3 1624.09 40.4 1632.16 38.1 1451.61 38.8 1505.44 40.6 1648.36 36.8 1354.24 37.0 1369.00 N=60 36.8 1354.24 31.8 1011.24 Σx=2366.5 34.6 1197.16 Σx=1390.3 ΣX²=93795,85 34.6 1197.16 N=36 X̄ = 39.44 35.5 1260.25 Σx²=53,988.45 (X̄)²=1555,51 40.5 1640.25 S² = 7.88 46.3 1705.69 39.6 1568.16 S.E.=√.131 37.1 1376.41 39.0 1521.00 =.362 41.0 1681.00 38.4 1474.56 ZSE=.7 38.1 1451.61 38.0 1444.00 RANGE: 31,8- 36.4 1324.96 38.0 1444.00 45.4 34.1 1162.81 38.4 1474.56 39.0 1521.00 38.4 1474.56 42.8 1831.84 40.3 1624.09 42.4 1797.76 39.7 1576.09 42.6 1814.76 40.3 1624.09 41.1 1689.21 43.4 1883.56 41.0 1681.00 43.4 1883.56 40.0 1600.00 38.0 1444.00 Σx=971.0 41.6 1730.56 N=25 45.4 2061.16 40.8 1664.64 41.0 1681.00 39.0 1521.00 43.4 1883.56 40.0 1600.00 42.2 1780.84

JUNE X X² X X² X X² X X² 32.8 1075.84 36.0 1296.00 38.0 1444.00 33.0 1089.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 35.0 1225.00 36.0 1296.00 36.0 1296.00 38.0 1444.00 36.0 1296.00 35.0 1225.00 35.0 1225.00 36.0 1296.00 38.0 1444.00 36.0 1296.00 38.0 1444.00 35.0 1225.00 35.0 1225.00 38.0 1444.00 36.0 1296.00 35.0 1225.00 36.0 1296.00 35.0 1225.00 38.0 1444.00 36.0 1296.00 38.0 1444.00 36.0 1296.00 35.0 1225.00 38.0 1444.00 35.0 1225.00 35.0 1225.00 36.0 1296.00 36.0 1296.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 36.0 1296.00 ΣX = 363, ΣX² = 13179 JULY X X² X X² X X² X X² 38.0 1444.00 38.0 1444.00 35.0 1225.00 36.0 1296.00 36.0 1296.00 35.0 1225.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 38.0 1444.00 36.0 1296.00 35.0 1225.00 36.0 1296.00 36.0 1296.00 38.0 1444.00 36.0 1296.00 38.0 1444.00 35.0 1225.00 35.0 1225.00 38.0 1444.00 35.0 1225.00 38.0 1444.00 36.0 1296.00 35.0 1225.00 38.0 1444.00 36.0 1296.00 38.0 1444.00 36.0 1296.00 36.0 1296.00 35.0 1225.00 35.0 1225.00 38.0 1444.00 35.0 1225.00 36.0 1296.00 36.0 1296.00 35.0 1225.00 38.0 1444.00 38.0 1444.00 35.0 1225.00 36.0 1296.00 ΣX = 363, ΣX² = 13179

Uma notatà Temps (By Month) July Aug X X² X X² X X² X X² X X² X X² 42.4 1797.76 39.9 1592.01 ΣX=2376.1 41.0 1681.00 36.4 1312.96 38.8 1505.44 43.8 1918.44 41.2 1697.44 N=60 43.3 1874.89 36.2 1310.44 34.0 1156.00 42.0 1764.00 41.2 1697.44 ΣX²=94,724.53 42.4 1797.76 40.5 1640.25 39.4 1552.36 34.4 1183.36 42.4 1797.76 X̄ = 39.60 36.5 1332.25 42.0 1764.00 35.0 1225.00 43.6 1900.96 41.0 1681.00 (X̄)² = 1568.16 40.0 1600.00 39.1 1528.81 43.4 1883.56 39.4 1552.36 41.0 1681.00 S² = 10.76 36.5 1332.25 44.4 1971.36 42.6 1814.76 38.8 1505.44 38.8 1505.44 S.E.=√0.179 30.5 930.25 40.5 1640.25 41.2 1697.44 41.8 1747.24 39.0 1521.00 = .423 40.2 1616.04 40.2 1616.04 41.2 1697.44 39.4 1552.36 31.0 961.00 2 S.E.= .8 37.4 1398.76 36.2 1310.44 43.2 1866.24 36.2 1310.44 44.4 1971.36 RANGE: 44.2 1953.64 42.2 1780.84 43.6 1900.96 41.1 1689.21 42.8 1831.84 45.6-30.0 34.4 1183.36 41.5 1722.25 38.0 1444.00 40.7 1656.49 42.0 1764.00 43.0 1849.00 38.8 1505.44 38.6 1489.96 40.4 1632.16 40.2 1616.04 41.5 1722.25 38.6 1489.96 40.6 1648.36 39.2 1536.64 39.6 1568.16 36.8 1354.24 39.0 1521.00 43.4 1883.56 38.5 1482.25 45.6 2079.36 34.6 1197.16 39.8 1584.04 41.0 1681.00 32.9 1436.41 42.4 1797.76 29.8 888.04 34.6 1197.16 ΣX=2971.8 38.4 1474.56 40.6 1648.36 42.8 1831.84 41.2 1697.44 N=75 38.2 1459.24 36.0 1296.00 44.7 1998.09 43.0 1849.00 38.8 1505.44 32.0 1369.00 44.8 2007.04 35.6 1267.36 41.9 1755.61 N=76 36.7 1346.89 43.0 1849.00 36.8 1354.24 34.0 1156.00 ΣX = 3010.6 36.8 1354.24 41.2 1697.44 38.6 1489.96 39.2 1536.64 ΣX²=120,077.42 36.0 1296.00 41.0 1681.00 38.2 1459.24 36.0 1296.00 X̄ = 39.61 33.0 1089.00 41.2 1697.44 40.6 1648.36 42.8 1831.84 (X̄)²=1568.95 34.2 1169.64 42.0 1764.00 36.8 1354.24 43.4 1883.56 S² = 11.16 37.6 1413.76 38.0 900.00 45.3 2052.09 42.8 1831.84 S.E.=0.147 42.9 1844.41 42.8 1831.84 42.8 1831.84 43.4 1883.56 = .383 43.4 1883.56 41.0 1600.00 39.0 1521.00 41.4 1713.96 2 S.E.=.8 35.0 1225.00 41.0 1681.00 35.7 1274.49 41.2 1697.44 RANGE: 35.9 1288.81 38.4 1474.56 43.5 1892.25 39.8 1584.04 39.8-45,3 37.5 1406.25 39.4 1552.36 37.2 1383.84 38.0 1444.00

{ "text": "(87 Monju)\n\n2^12 A\nX X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X [TRANSCRIPTION_TRUNCATED_DUE_TO_LOOP]

Uma nota Temp (By Month) Noe Sept Oct x x² x x² x x² x x² x x² x x² 37.6 1413.76 38.9 1592.01 38.0 1444.00 28.8 829.44 41.0 1681.00 42.4 1797.76 39.9 1672.81 39.6 1568.16 37.0 1369.00 41.0 1681.00 38.3 1544.49 40.0 1600.00 41.3 1705.69 41.6 1730.56 37.4 1398.76 41.2 1697.44 39.0 1521.00 40.0 1600.00 43.7 1909.69 41.0 1681.00 37.4 1398.76 43.2 1866.24 40.0 1600.00 40.2 1616.04 44.8 2002.04 42.0 1764.00 41.6 1730.56 39.2 1536.64 45.4 2061.16 39.4 1552.36 41.5 1722.25 36.6 1339.56 Σx = 2538.9 39.0 1521.00 41.6 1730.56 39.4 1398.76 43.0 1849.00 36.5 1332.25 N = 65 39.2 1536.64 42.6 1814.76 41.6 1730.56 43.4 1883.56 38.0 1444.00 Σx² = 99,640.99 40.6 1648.36 39.0 1521.00 30.0 900.00 42.3 1789.29 36.8 1354.24 X̄ = 39.06 41.6 1730.56 40.9 1672.81 37.6 1413.76 41.6 1730.56 36.0 1296.00 (X̄)² = 1525.68 39.4 1552.36 40.0 1600.00 Σx = 2658.5 40.6 1648.36 36.6 1339.56 S² = 7.37 39.0 1521.00 39.2 1536.64 N = 68 38.4 1474.56 36.0 1296.00 S.E. = √.113 44.0 1936.00 24.8 615.04 Σx² = 104,703.45 39.6 1568.16 28.0 841.00 = .336 37.0 1369.00 36.4 1324.96 X̄ = 39.09 37.9 1436.41 39.8 1584.04 25.E = .7 40.6 1648.36 32.2 1383.84 (X̄)² = 1528.02 (37.4) 1398.76 42.0 1764.00 29.0 - 44.8 43.0 1849.00 35.6 1267.36 S² = 11.9 33.0 1089.00 40.8 1664.64 39.2 1536.64 37.8 1428.84 S.E. = √.175 34.0 1156.00 40.8 1664.64 40.2 1616.04 42.4 1797.76 = .418 35.8 1291.64 37.4 1398.76 39.3 1544.49 41.0 1681.00 S.E. = .8 40.5 1640.25 40.4 1632.16 38.2 1458.24 35.7 1274.49 37.8 1428.84 41.0 1681.00 41.6 1730.56 40.6 1648.36 24.8 - 45.4 36.1 1303.21 40.0 1600.00 35.6 1267.36 35.4 1253.16 32.5 1406.25 37.8 1428.84 34.3 1176.49 36.2 1310.44 32.7 1421.29 42.0 1764.00 39.6 1568.16 40.3 1624.09 32.7 1421.29 43.0 1849.00 41.0 1681.00 36.4 1324.96 39.5 1560.25 41.0 1681.00 38.4 1474.56 35.8 1281.64 38.6 1489.96 38.0 1444.00 42.2 1780.84 39.0 1521.00 39.2 1536.64 38.0 1444.00 40.4 1632.16 39.0 1521.00 38.6 1489.96 38.4 1474.56 37.0 1369.00 42.8 1831.84 39.6 1568.16 36.8 1354.24 41.3 1705.69 43.0 1849.00 39.7 1576.09 41.4 1713.96

(87 Month) 26th Jan X X² X X² X X² X X² X 35.6 1013.28 35.9 1288.10 38.0 1444.00 38.5 1482.25 38.0 1444.00 37.6 1413.76 37.8 1428.84 37.5 1406.25 37.8 1428.84 37.5 1406.25 37.0 1369.00 37.5 1406.25 37.5 1406.25 37.5 1406.25 37.5 1406.25 38.0 1444.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 38.0 1444.00 39.6 1568.16 39.6 1568.16 39.6 1568.16 39.6 1568.16 39.6 1568.16 40.0 1600.00 40.0 1600.00 40.0 1600.00 40.0 1600.00 40.0 1600.00 42.0 1764.00 42.0 1764.00 42.0 1764.00 42.0 1764.00 42.0 1764.00 43.5 1892.25 43.5 1892.25 43.5 1892.25 43.5 1892.25 43.5 1892.25 44.0 1936.00 44.0 1936.00 44.0 1936.00 44.0 1936.00 44.0 1936.00 45.0 2025.00 45.0 2025.00 45.0 2025.00 45.0 2025.00 45.0 2025.00 46.0 2116.00 46.0 2116.00 46.0 2116.00 46.0 2116.00 46.0 2116.00 47.0 2209.00 47.0 2209.00 47.0 2209.00 47.0 2209.00 47.0 2209.00 48.0 2304.00 48.0 2304.00 48.0 2304.00 48.0 2304.00 48.0 2304.00 49.0 2401.00 49.0 2401.00 49.0 2401.00 49.0 2401.00 49.0 2401.00 50.0 2500.00 50.0 2500.00 50.0 2500.00 50.0 2500.00 50.0 2500.00

Uma nota de Temps (By Month) Nov x x² 32.7 1069.29 31.8 1011.24 34.5 1190.25 31.4 985.96 35.0 1225.00 36.9 1361.61 36.5 1332.25 34.2 1169.64 28.2 795.24 39.1 1528.81 37.2 1383.84 33.1 1095.61 ∑x = 410.6 N = 12 ∑x² = 14,148.74 X̄ = 34.21 (X̄)² = 1170.32 S² = 9.54 S.E. = √.795 = .892 SE = 1.8 Total 1958 - 1963 1964 ∑X = 17516.1 N = 462 + 5 Apr. X̄ = 37.9 + 24 June N = 492 ∑X = 18720.9 X̄ = 38.05 (X̄)² = 1447.86 ∑x² = 720,600.25 S² = 16.87 S.E. = √.034 = .184 28.2 - 39.1 4/65 (128) = 620

(87 MONTH) 10.24516 35.2 188E881 1PE 125881 28.5 116234 34.5 116P64 26.2 1933752 30.2 P.2. 1291.91 32.0 1132.00 31.4 882.88 34.2 1180.52 31.8 1011.54 35.2 1266.53

Uma nota Temps (By Sex) 09 X X² X X² X X² X X² X X² X X² 31.6 998.56 39.1 1528.81 39.6 1568.16 29.9 894.01 38.2 1459.24 41.2 1697.44 23.1 533.61 39.2 1536.64 39.7 1576.09 23.7 561.69 36.4 1324.96 41.1 1797.76 29.4 864.36 38.5 1482.25 39.6 1568.16 35.0 1225.00 43.8 1918.44 41.0 1681.00 30.1 906.01 37.0 1369.00 41.6 1730.56 37.2 1383.84 38.6 1489.96 41.5 1722.25 41.0 1681.00 36.8 1354.24 41.0 1681.00 28.2 795.24 37.8 1428.84 38.6 1489.96 43.3 1874.89 36.0 1296.00 42.0 1764.00 32.1 1030.41 34.0 1156.00 39.0 1521.00 42.4 1797.76 37.6 1413.76 34.3 1176.49 34.5 1190.25 35.4 1253.16 39.8 1584.04 36.5 1332.25 34.4 1183.36 41.0 1681.00 35.0 1225.00 32.7 1069.29 41.2 1697.44 40.0 1600.00 43.0 1849.00 38.4 1474.56 38.9 1513.21 36.0 1296.00 41.9 1755.61 36.5 1339.56 34.6 1197.16 42.2 1780.84 44.4 1971.36 36.0 1296.00 36.5 1332.25 35.8 1281.64 29.8 888.04 40.4 1632.16 40.2 1616.04 36.0 1296.00 36.8 1354.24 38.8 1505.44 36.8 1354.24 41.0 1681.00 36.2 1310.44 38.5 1482.25 36.0 1296.00 37.3 1391.29 45.3 2052.09 39.3 1544.49 36.5 1332.25 37.6 1413.76 36.6 1339.56 35.4 1253.16 42.8 1831.84 39.0 1521.00 39.7 1576.09 39.8 1584.04 36.0 1296.00 40.2 1616.04 39.0 1521.00 45.4 2061.16 40.2 1616.04 39.0 1521.00 24.8 615.04 28.8 829.44 43.5 1892.25 41.6 1730.56 36.8 1354.24 36.8 1354.24 35.7 1274.49 41.0 1681.00 37.2 1383.84 42.6 1814.76 36.6 1339.56 34.6 1197.16 32.2 1036.84 41.2 1697.44 36.4 1324.96 40.9 1672.81 37.0 1369.00 34.6 1197.16 37.8 1428.84 41.6 1730.56 36.2 1310.44 31.8 1011.24 38.0 1444.00 41.0 1681.00 41.0 1681.00 39.4 1552.36 40.5 1640.25 34.5 1190.25 40.6 1648.36 36.4 1324.96 40.6 1648.36 40.6 1648.36 42.0 1764.00 31.4 985.96 40.6 1648.36 34.1 1162.81 35.4 1253.16 43.0 1849.00 40.9 1672.81 35.0 1225.00 43.6 1900.96 39.0 1521.00 36.2 1310.44 39.5 1560.25 43.4 1883.56 36.9 1361.61 44.2 1953.64 42.4 1797.76 40.6 1648.36 34.2 1169.64 40.6 1648.36 39.1 1528.81 36.4 1324.96 42.6 1814.76 41.6 1730.56 44.6 1989.16 38.4 1474.56 37.2 1383.84 34.1 1162.81 41.1 1689.21 43.6 1900.96 42.4 1797.76 37.4 1398.76 28.3 800.89 37.4 1398.76 41.0 1681.00 33.5 1122.25 43.8 1918.44 35.8 1281.64 28.1 789.61 31.9 1017.61 35.0 1225.00 38.6 1489.96 39.4 1552.36 37.7 1421.29 23.6 556.96 39.2 1536.64 35.9 1288.81 38.8 1505.44 38.8 1505.44 39.5 1560.25 32.7 1069.29 39.2 1536.64 37.5 1406.25 31.0 961.00 39.0 1521.00 38.6 1489.96 30.4 924.16 39.2 1536.64 41.2 1697.44 34.0 1156.00

29mBT ton 20mU (BZ ZB) FO X X² X X² X X² X X² X X² X 3.1 9.61 4.8 23.04 5.7 32.49 6.5 42.25 7.3 53.29 8.1 65.61 3.7 13.69 4.3 18.49 5.1 26.01 5.9 34.81 6.7 44.89 7.5 56.25 3.3 10.89 4.1 16.81 4.9 24.01 5.7 32.49 6.5 42.25 7.3 53.29

Una NOTA Y TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 29.0 841.00 39.4 [illegible] 32.4 1049.76 39.0 1521.00 [illegible] [illegible] 33.0 1089.00 40.0 1600.00 43.4 1883.56 38.8 1505.44 40.0 1600.00 [illegible] [illegible] 38.8 1505.44 39.4 1552.36 41.2 1697.44 40.5 1640.25 41.6 1730.56 41.2 1697.44 33.6 1128.96 30.0 900.00 [illegible] 1648.36 36.6 1339.56 37.0 1369.00 38.0 1444.00 40.0 1600.00 38.6 1499.96 44.4 1971.36 43.4 1883.56 38.4 1474.56 40.2 1616.04 41.0 1681.00 39.7 1576.09 39.6 1568.16 40.8 1664.64 45.4 2061.16 42.4 1797.76 40.8 1664.64 43.4 1883.56 40.6 1648.36 40.0 1600.00 43.4 1883.56 36.0 1296.00 37.8 1428.84 40.4 1632.16 43.0 1849.00 42.0 1764.00 41.2 1697.44 41.6 1730.56 41.2 1697.44 37.4 1398.76 42.0 1764.00 37.4 1398.76 30.0 900.00 37.0 1369.00 42.8 1831.84 41.4 1713.96 40.0 1600.00 38.0 1444.00 41.0 1681.00 41.0 1681.00 38.4 1474.56 43.0 1849.00 39.4 1552.36 33.1 1095.61 39.2 1536.64 39.0 1521.00 36.0 1296.00 42.0 1764.00 41.2 1697.44 40.0 1600.00 38.8 1505.44 38.6 1489.96 34.0 1156.00 37.6 1413.76 37.2 1383.84 37.0 1369.00 ΣX = 9214.0 N = 242 X̄ = 38.0 N = 246 ΣX = 9372.9 ΣX² = 361,086.18 N = 252 ΣX = 9623.6 ΣX² = 371,597.27 X̄ = 38.18 (X̄)² = 1457.71 S² = 16.95 S.E. = √0.067 = .259 Range 28.1 - 44.6

12/10/85 (536) (537) 46.0 1920.00 32.0 1024.00 46.0 1920.00 32.0 1024.00 46.0 1920.00 32.0 1024.00 46.0 1920.00 32.0 1024.00 46.0 1920.00 32.0 1024.00 46.0 1920.00 32.0 1024.00 46.0 1920.00 32.0 1024.00 46.0 1920.00 32.0 1024.00

Uma notata Temps (By sex) ♀ X X² X X² X X² X X² X X² X X² 37.6 1413.76 41.8 1747.24 33.0 1089.00 32.4 1049.76 41.3 1705.69 43.0 1849.00 27.5 756.25 36.2 1310.44 34.0 1156.00 40.1 1608.01 37.1 1376.41 42.4 1797.76 31.8 1011.24 41.1 1689.21 40.5 1640.25 39.4 1552.36 38.1 1451.61 40.2 1616.04 31.8 1011.24 40.7 1656.49 37.8 1428.84 38.0 1444.00 42.8 1831.84 37.4 1398.76 24.6 605.16 40.4 1632.16 36.1 1303.21 35.2 1239.04 42.9 1840.41 39.0 1521.00 24.2 585.64 37.9 1436.41 37.5 1406.25 39.7 1576.09 43.4 1883.56 42.8 1831.84 26.9 723.61 38.4 1474.56 37.7 1421.29 42.2 1780.84 39.9 1592.01 42.0 1764.00 32.2 1036.84 38.2 1458.24 39.2 1536.64 40.4 1632.16 41.0 1681.00 45.6 2079.36 30.5 930.25 36.7 1346.89 38.6 1489.96 32.6 1062.76 38.8 1505.44 44.8 2007.04 40.2 1616.04 33.0 1089.00 39.9 1592.01 37.2 1383.84 34.6 1197.16 41.0 1681.00 37.4 1398.76 34.2 1169.64 35.6 1267.36 39.8 1584.04 39.4 1552.36 42.8 1831.84 44.2 1953.64 41.5 1722.25 39.6 1568.16 37.6 1413.76 39.4 1552.36 43.4 1883.56 42.8 1831.84 36.8 1354.24 32.0 1368.00 32.6 1062.76 43.0 1849.00 42.8 1831.84 34.8 1211.04 42.8 1831.84 41.3 1705.69 40.5 1640.25 36.6 1339.56 43.4 1883.56 42.2 1780.84 44.7 1998.09 40.00 1600.00 41.8 1747.24 38.0 1444.00 41.4 1713.96 43.2 1866.24 35.6 1267.36 39.0 1521.00 41.6 1730.56 35.8 1281.64 39.8 1584.04 39.2 1536.64 38.6 1489.96 40.0 1600.00 31.8 1011.24 42.4 1797.76 38.0 1444.00 39.0 1521.00 38.2 1459.24 39.2 1536.64 38.4 1474.56 35.7 1274.49 39.4 1552.36 39.2 1536.64 40.6 1648.36 32.7 1069.29 38.0 1444.00 35.5 1260.25 35.0 1225.00 40.6 1648.36 36.8 1354.24 36.5 1332.25 37.8 1428.84 40.3 1624.09 42.6 1814.76 39.0 1521.00 35.7 1274.49 34.2 1169.64 35.2 1239.04 36.4 1324.96 43.2 1866.24 44.0 1936.00 41.3 1705.69 28.2 795.24 37.5 1406.25 35.8 1281.64 43.6 1900.96 37.0 1369.00 43.7 1909.69 19.0 361.00 33.2 1239.04 25.0 625.00 39.8 1584.04 39.2 1536.64 44.8 2007.04 32.3 1043.29 36.5 1332.25 35.0 1225.00 42.0 1764.00 40.2 1616.04 41.5 1722.25 31.1 967.21 39.6 1568.16 39.6 1568.16 37.4 1398.76 39.3 1544.49 43.0 1849.00 34.2 1169.64 39.9 1592.01 37.2 1383.84 40.4 1632.16 38.2 1459.24 42.3 1789.29 30.2 912.04 38.1 1451.61 41.5 1722.25 41.0 1681.00 41.6 1730.56 41.6 1730.56 22.6 510.76 36.8 1354.24 39.0 1521.00 38.0 1444.00 42.0 1764.00 39.6 1568.16 27.3 745.29 35.5 1260.25 39.0 1521.00 36.8 1354.24 43.6 1900.96 37.9 1436.41 30.0 900.00 40.5 1640.25 42.8 1831.84 38.4 1474.56 38.0 1444.00 37.6 1413.76

29m3T Station R.M (×32 £8) ♀ 0.56 H4.01 1288.16 55.3 E3.54 252.54 2.2E 0.8E 1250.00 3.80 H1.0 17,0351 J/A 1230.26 55.3 P 210.16 5.9E 8.0E 1364.78 3.80 E.PE 1244.H4 H4.HH21 0.34 00.9991 34.5 10.9JW 3P.6 1245.61 3.50 5.04 181.01 H0.JA12 5.H 10,5551 1.1E 12.5JP 0.PE J9.8J 1268.18 3.50 5.PE 1253.H4 4H.44 8.H 500.0005 E.CE 36.E 104.E HCE 8.E 1325.52 3.50 0.5E 1269.00 00.PPE1 J.3E P0.PPE1 0.19 00.JEC 5.3E 0.5E 153.PE 0.5E 0.HH 1251.00 00.JEE1 J.8E PE.9PP1 5.8C P.E.9PP1 5.8C 37.5E 1281.20 0.HH 0.PE 1257.00 00.0001 0.34 H0.PPE1 J.8E 185.HM P.E.9PP1 5.8C 1268.18 0.PE 0.PE 1261.00 00.JEE1 J.3E PE.9PP1 5.8C P.E.9PP1 5.8C 37.5E 1281.20 0.PE J.H 1264.84 3E.8E 8.2E PE.PEP1 J.0E 1281.8H 0.00.JEE1 0.JE 153.PE 0.JH 0.PE 1267.84 H0.JE21 J.0P JE.EHE1 5.5J 109.JPE 5.8E 00.HHHH 0.5E 152.25 0.PE 0.PE 1300.00 00.JEE1 J.3E PE.9PP1 5.8C P.E.9PP1 5.8C 37.5E 1264.HM 0.PE J.H 1264.84 3E.8E 8.2E PE.PEP1 J.0E 1281.8H 0.00.JEE1 0.JE 153.PE 0.JH 0.PE 1267.84 H0.JE21 J.0P JE.EHE1 5.5J 109.JPE 5.8E 00.HHHH 0.5E 152.25 0.PE 0.PE 1300.00 00.JEE1 J.3E PE.9PP1 5.8C P.E.9PP1 5.8C 37.5E 1264.HM 0.PE J.H 1264.84 3E.8E 8.2E PE.PEP1 J.0E 1281.8H 0.00.JEE1 0.JE 153.PE 0.JH

Uma nota Temps (By Sex) ♀ X X² X X² X X² X X² X X² X X² 40.2 1616.04 40.3 1624.09 40.0 1600.00 42.6 1814.76 37.0 1369.00 40.8 1664.64 39.6 1568.16 31.8 1011.24 37.0 1369.00 39.6 1568.16 35.4 1253.16 39.4 1552.36 N = 218 36.4 1324.96 ∑X = 8269.4 39.2 1536.64 ∑X² = 316,987.34 36.2 1310.44 ∑X = 8084.4 39.0 1521.00 N = 213 39.6 1568.16 39.6 1568.16 X̄ = 37.9 37.6 1413.76 39.0 1521.00 37.0 1369.00 38.4 1474.56 36.8 1354.24 38.0 1444.00 34.4 1183.36 38.0 1444.00 26.8 718.24 38.4 1474.56 33.6 1128.96 40.3 1624.09 30.6 936.36 40.3 1624.09 37.0 1369.00 43.4 1883.56 38.0 1444.00 43.4 1883.56 33.6 1128.96 38.0 1444.00 25.2 635.04 41.6 1730.56 27.2 739.84 41.0 1681.00 35.0 1225.00 42.2 1780.84 40.8 1664.64 40.2 1616.04 39.0 1521.00 40.8 1664.64 40.0 1600.00 42.3 1789.29 36.6 1339.56 Range 22.6 - <14.8 N = 235 39.0 1521.00 s² = 15.33 ∑X = 8955.3 38.8 1505.44 s.E. = √.065 ∑X² = 344,715.49 37.2 1383.84 = .255 X̄ = 38.10 (X̄)² = 1451.61

(8x2 µg) X² X X² X X² X X² X X² X X² X [illegible]

Uma notata Temps (By Age) Adult S-V ♂ => 80+ mm ♀ => 70+ .. x x² x x² x x² x x² x x² x x² 41.0 1681.00 40.5 1640.25 34.5 1190.25 36.4 1324.96 36.4 1324.96 36.4 1324.96 43.3 1874.89 42.0 1764.00 32.4 1049.76 43.8 1918.44 34.1 1162.81 32.2 1383.84 42.4 1797.76 41.3 1705.69 33.6 1128.96 38.6 1489.96 39.0 1521.00 35.6 1267.36 35.8 1281.64 43.7 1909.69 38.9 1513.21 32.5 1406.25 42.8 1831.84 39.8 1428.84 38.8 1505.44 41.5 1722.25 44.4 1971.36 37.8 1428.84 42.4 1797.76 41.0 1681.00 42.2 1780.84 42.3 1789.29 40.5 1640.25 35.2 1239.04 41.1 1689.21 35.7 1274.49 40.2 1616.04 40.6 1648.36 40.2 1616.04 34.0 1156.00 41.0 1681.00 35.5 1260.25 39.2 1536.64 37.9 1436.41 36.2 1310.44 35.4 1253.16 42.9 1840.41 40.6 1648.36 39.5 1560.25 37.4 1398.76 32.6 1062.76 32.7 1069.29 43.4 1883.56 35.4 1253.16 39.3 1544.49 40.5 1640.25 43.0 1849.00 36.0 1296.00 35.9 1288.81 36.2 1310.44 38.2 1459.24 36.1 1303.21 39.7 1576.09 36.5 1332.25 37.5 1406.25 40.3 1624.09 39.1 1528.81 37.7 1421.29 40.2 1616.04 36.0 1296.00 39.9 1592.01 36.4 1324.96 36.2 1310.44 38.6 1489.96 36.6 1339.56 36.0 1296.00 41.2 1689.44 35.8 1281.64 40.7 1656.49 39.6 1568.16 37.6 1413.76 38.5 1482.25 41.2 1699.44 25.0 625.00 40.4 1632.16 41.6 1730.56 40.5 1640.25 32.6 1413.76 42.4 1797.76 35.0 1225.00 37.9 1436.41 42.0 1764.00 40.6 1648.36 39.6 1568.16 41.5 1722.25 40.6 1648.36 38.4 1474.56 39.6 1568.16 41.6 1730.56 39.8 1584.04 38.8 1505.44 39.6 1568.16 36.8 1354.24 41.0 1681.00 40.6 1648.36 39.9 1592.01 38.6 1489.96 41.6 1730.56 36.0 1296.00 40.0 1600.00 43.6 1900.96 39.0 1521.00 34.8 1197.16 33.5 1122.25 37.6 1413.76 32.7 1069.29 44.2 1953.64 38.1 1451.61 41.2 1697.44 38.6 1489.96 41.5 1722.25 28.2 795.24 36.4 1324.96 36.8 1354.24 39.4 1552.36 38.8 1505.44 36.8 1354.24 37.2 1383.84 38.4 1474.56 36.8 1354.24 39.4 1552.36 39.0 1521.00 34.6 1197.16 28.3 800.89 34.1 1162.81 34.6 1197.16 43.0 1849.00 31.0 961.00 29.8 888.04 19.0 361.00 37.4 1398.76 34.6 1197.16 41.9 1755.61 34.0 1156.00 42.8 1831.84 28.1 789.61 31.9 1017.61 35.5 1260.25 36.6 1339.56 29.0 841.00 44.7 1998.09 30.4 924.16 39.2 1536.64 40.5 1640.25 36.5 1332.25 39.0 1521.00 35.6 1267.36 35.0 1225.00 39.2 1536.64 41.3 1705.69 36.8 1354.24 39.0 1521.00 36.8 1354.24 37.2 1383.84 39.2 1536.64 37.1 1376.41 36.0 1296.00 42.8 1831.84 35.7 1274.49 27.3 745.29 35.2 1239.04 41.0 1681.00 36.6 1339.56 43.0 1849.00 43.5 1892.25 32.1 1030.41 38.2 1459.24 38.1 1451.61 24.8 615.04 42.4 1797.76

4.9 + A (A - B) = 7 x x² x x² x x² x x² x x² x 0.1 100.00 2.0 4.00 3.5 12.25 4.0 16.00 4.5 20.25 8.5 72.25 9.0 81.00 3.3 10.89 2.8 7.84 3.2 10.24 3.6 12.96 4.1 16.81 8.8 77.44 9.3 86.49 4.5 20.25 3.9 15.21 4.2 17.64 4.8 23.04 5.3 28.09 9.5 90.25 10.0 100.00 6.0 36.00 5.0 25.00 5.5 30.25 6.2 38.44 6.7 44.89 10.2 104.04 10.8 116.64 7.5 56.25 6.5 42.25 7.0 49.00 7.8 60.84 8.3 68.89 11.5 132.25 12.0 144.00

Uma NOTA Tempo (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 40.0 1600,00 48,0 1600 37.0 1369.00 40.2 1616.04 41.0 1681.00 30.6 936.36 39.4 1552.36 38.4 1474.56 33.0 1089.00 37.4 1398.76 39.4 1552.36 40.8 1664.64 41.6 1730.56 43.4 1883.56 40.0 1600.00 30.0 900.00 41.4 1713.96 36.6 1339.56 39.0 1521.00 41.2 1697.44 39.0 1521.00 39.0 1369.00 43.2 1866.24 38.8 1505.44 40.0 1600.00 43.6 1900.96 31.8 1011.24 44.4 1971.36 38.0 1444.00 38.8 1505.44 42.8 1831.84 38.6 1489.96 42.0 1764.00 40.6 1648.36 ΣX = 9597.1 40.2 1616.04 43.4 1883.56 N = 250 39.6 1568.16 41.0 1681.00 X̄ = 38.3 45.6 2079.36 39.8 1584.04 39.6 1568.16 n = 252 42.4 1797.76 42.0 1764.00 39.0 1521.00 ΣX = 9667.7 40.6 1648.36 40.8 1664.64 38.4 1474.56 ΣX² = 373,804.07 36.0 1296.00 40.8 1664.64 38.0 1444.00 44.8 2007.04 37.4 1398.76 38.4 1474.56 43.0 1849.00 40.4 1632.16 38.4 1474.56 N = 270 41.2 1697.44 41.0 1681.00 40.3 1624.09 ΣX = 10387.3 41.0 1681.00 40.0 1600.00 39.7 1576.09 ΣX² = 402,623.43 41.2 1697.44 42.6 1814.76 40.3 1624.09 X̄ = 38.47 42.0 1764.00 36.2 1310.44 43.4 1883.56 (X̄)² = 1479.94 30.0 900.00 38.6 1489.96 38.0 1444.00 42.8 1831.84 25.2 635.04 41.0 1681.00 S² = 11.30 39.2 1536.64 27.2 739.84 43.4 1883.56 S.E. = √.042 36.0 1296.00 39.6 1568.16 40.2 1616.04 = .205 42.8 1831.84 37.0 1369.00 40.8 1664.64 43.4 1883.56 37.2 1383.84 42.3 1789.29 42.8 183.84 36.8 1354.24 40.4 1632.16

Uma nota Temp (By Age) Immature S-V σ = 51 to 79 mm ♀ = 51 to 69 . X X² X X² X X² X X² X X² X X² 32.6 1437.76 39.4 1552.36 39.6 1568.16 39.2 1536.64 36.8 1354.24 41.6 1730.56 24.6 605.16 38.8 1505.44 33.0 1089.00 31.8 1011.24 37.0 1369.00 37.4 1398.76 26.9 723.61 41.8 1747.24 35.8 1281.64 34.5 1190.25 38.0 1444.00 37.0 1369.00 29.4 864.36 41.1 1689.21 34.0 1156.00 31.4 985.96 32.6 1062.76 41.4 1713.96 36.8 1354.24 39.0 1521.00 37.8 1428.84 35.0 1225.00 41.8 1747.24 36.8 1354.24 32.2 1036.84 39.2 1536.64 37.5 1406.25 36.9 1361.61 31.8 1011.24 38.4 1474.56 30.1 906.01 38.5 1482.25 37.7 1421.29 36.5 1332.25 38.0 1444.00 38.0 1444.00 36.5 1332.25 38.2 1459.24 39.5 1560.25 34.2 1169.64 37.8 1428.84 38.0 1444.00 40.0 1600.00 37.0 1369.00 38.6 1489.96 39.1 1528.81 42.6 1814.76 41.0 1681.00 30.5 930.25 36.7 1346.89 39.2 1536.64 32.3 1043.29 35.0 1225.00 43.0 1849.00 40.2 1616.04 33.0 1089.00 39.6 1568.16 31.1 967.21 41.0 1681.00 20.6 424.36 37.4 1398.76 34.2 1169.64 39.7 1576.09 34.2 1169.64 41.0 1681.00 40.2 1616.04 44.2 1953.64 34.4 1183.36 39.9 1592.01 23.6 556.96 39.0 1521.00 39.0 1521.00 42.8 1831.84 43.0 1849.00 41.0 1681.00 32.7 1069.29 39.8 1584.04 42.0 1764.00 37.3 1391.29 38.6 1489.96 35.6 1267.36 29.9 894.01 38.0 1444.00 39.6 1568.16 35.4 1253.16 38.2 1459.24 34.3 1176.49 30.2 912.04 36.0 1296.00 39.6 1568.16 34.8 1211.04 40.6 1648.36 38.4 1474.56 22.6 510.76 42.4 1797.76 39.4 1552.36 28.8 829.44 36.8 1354.24 42.2 1780.84 23.7 561.69 37.2 1383.84 36.4 1324.96 43.2 1866.24 45.3 2052.09 40.4 1632.16 28.2 795.24 43.6 1900.96 40.0 1600.00 44.0 1936.00 42.8 1831.84 37.0 1369.00 38.0 1444.00 41.5 1722.25 39.2 1536.64 37.0 1369.00 39.0 1521.00 41.3 1705.69 40.1 1608.01 40.0 1600.00 39.0 1521.00 40.6 1648.36 37.2 1383.84 41.0 1681.00 39.4 1552.36 41.2 1697.44 37.0 1369.00 43.0 1849.00 36.4 1324.96 39.3 1544.49 38.0 1444.00 39.8 1584.04 38.0 1444.00 40.2 1616.04 36.2 1310.44 39.0 1521.00 35.2 1239.04 38.0 1444.00 33.6 1128.96 41.6 1730.56 40.9 1672.81 40.0 1600.00 39.7 1576.09 38.8 1505.44 35.0 1225.00 34.2 1169.64 44.8 2007.04 45.4 2061.16 42.2 1780.84 39.4 1552.36 37.6 1413.76 44.6 1989.16 43.0 1849.00 41.6 1730.56 40.4 1632.16 35.0 1225.00 37.6 1413.76 42.4 1797.76 43.4 1883.56 42.6 1814.76 37.2 1383.84 43.4 1883.56 34.4 1183.36 43.8 1918.44 41.6 1730.56 39.0 1521.00 36.5 1332.25 42.6 1814.76 32.4 1049.76 43.6 1900.96 38.4 1474.56 40.9 1672.81 39.8 1584.04 41.2 1697.44 26.8 718.24

(B3 A20) I have 4th grade x x² x x² x x² x x² x x² x 3.5 12.25 3.4 11.56 3.3 10.89 3.2 10.24 3.1 9.61 3 9 3.4 11.56 3.3 10.89 3.2 10.24 3.1 9.61 3 9 2.9 8.41 3.3 10.89 3.2 10.24 3.1 9.61 3 9 2.9 8.41 2.8 7.84 3.2 10.24 3.1 9.61 3 9 2.9 8.41 2.8 7.84 2.7 7.29 3.1 9.61 3 9 2.9 8.41 2.8 7.84 2.7 7.29 2.6 6.76 3 9 2.9 8.41 2.8 7.84 2.7 7.29 2.6 6.76 2.5 6.25 2.9 8.41 2.8 7.84 2.7 7.29 2.6 6.76 2.5 6.25 2.4 5.76 2.8 7.84 2.7 7.29 2.6 6.76 2.5 6.25 2.4 5.76 2.3 5.29 2.7 7.29 2.6 6.76 2.5 6.25 2.4 5.76 2.3 5.29 2.2 4.84 2.6 6.76 2.5 6.25 2.4 5.76 2.3 5.29 2.2 4.84 2.1 4.41 2.5 6.25 2.4 5.76 2.3 5.29 2.2 4.84 2.1 4.41 2 4 2.4 5.76 2.3 5.29 2.2 4.84 2.1 4.41 2 4 1.9 3.61 2.3 5.29 2.2 4.84 2.1 4.41 2 4 1.9 3.61 1.8 3.24 2.2 4.84 2.1 4.41 2 4 1.9 3.61 1.8 3.24 1.7 2.89 2.1 4.41 2 4 1.9 3.61 1.8 3.24 1.7 2.89 1.6 2.56 2 4 1.9 3.61 1.8 3.24 1.7 2.89 1.6 2.56 1.5 2.25 1.9 3.61 1.8 3.24 1.7 2.89 1.6 2.56 1.5 2.25 1.4 1.96 1.8 3.24 1.7 2.89 1.6 2.56 1.5 2.25 1.4 1.96 1.3 1.69 1.7 2.89 1.6 2.56 1.5 2.25 1.4 1.96 1.3 1.69 1.2 1.44 1.6 2.56 1.5 2.25 1.4 1.96 1.3 1.69 1.2 1.44 1.1 1.21 1.5 2.25 1.4 1.96 1.3 1.69 1.2 1.44 1.1 1.21 1 1 1.4 1.96 1.3 1.69 1.2 1.44 1.1 1.21 1 1 0.9 0.81 1.3 1.69 1.2 1.44 1.1 1.21 1 1 0.9 0.81 0.8 0.64 1.2 1.44 1.1 1.21 1 1 0.9 0.81 0.8 0.64 0.7 0.49 1.1 1.21 1 1 0.9 0.81 0.8 0.64 0.7 0.49 0.6 0.36 1 1 0.9 0.81 0.8 0.64 0.7 0.49 0.6 0.36 0.5 0.25 0.9 0.81 0.8 0.64 0.7 0.49 0.6 0.36 0.5 0.25 0.4 0.16 0.8 0.64 0.7 0.49 0.6 0.36 0.5 0.25 0.4 0.16 0.3 0.09 0.7 0.49 0.6 0.36 0.5 0.25 0.4 0.16 0.3 0.09 0.2 0.04 0.6 0.36 0.5 0.25 0.4 0.16 0.3 0.09 0.2 0.04 0.1 0.01

Uma notata Temps. (By Age) Immature S-V σ = 51 to 79 mm ♀ = 51 to 69 mm X X² X X² X X² X X² X X² X X² 33.6 1128.96 40.0 1600,00 39.0 1521.00 40.8 1664.64 37.2 1383.84 37.0 1369.00 40.3 1624.09 36.6 1339.56 38.8 1505.44 35.4 1253.16 37.0 1369.00 ΣX = 7013.9 N = 186 X̄ = 37.7 N = 191 ΣX = 7203.7 ΣX² = 275,376.21 43.4 1883.56 41.6 1730.56 45.4 2061.16 42.2 1780.84 43.4 1883.56 40.6 1648.36 N = 197 ΣX = 7460.3 ΣX² = 286,364.25 X̄ = 37.86 (X̄)² = 1433.37 S² = 20.36 S.E. = √.103 = .321

(2) P= (8) 57u To mm I x x x x x x x x x x x x 0.04 33.22 0.44 36.00 0.34 33.55 0.44 36.04 0.28 33.28 0.36 33.01 P=0.13 = X3 V= 1.86 X = 3.4 PPF = W Σ.X² = X3

Uma notata Temps (By Age) Juvenile S-V 0 - 50 mm. X X² X X² X X² X X² X X² X X² 31.7 1004.89 34.2 1169.64 27.5 756.25 31.6 998.56 31.8 1011.24 31.8 1011.24 25.2 635.04 23.1 533.61 39.2 1536.64 ΣX = 914.5 24.2 585.64 N = 26 39.2 1536.64 X̄ = 35.1 36.5 1332.25 41.0 1681.00 ΣX² = 32,933.93 41.2 1697.44 (X̄)² = 1232.01 40.6 1648.36 s² = 36.07 39.0 1521.00 S.E. = √1.39 41.6 1730.56 = 1.18 39.4 1552.36 Immature + juvenile 39.0 1521.00 ΣX = 7928.4 8118.2 34.4 1183.36 N = 217 34.0 1156.00 X̄ = 37.3 37.4 27.8 1428.84 ΣX² = 308,310.14 42.0 1764.00 37.4 1398.76 38.0 1444.00 N = 223 33.1 1095.61 ΣX = 8374.8 37.6 1437.76 ΣX² = 319,298.18 s² = 21.93 X̄ = 37.55 S.E. = √0.098 (X̄)² = 1410.00 = .313

Num Notation (28) Zanovilis X^2 X X^2 X X^2 X X^2 X X^2 X X^2 X X^2 X 37.0 1004.89 34.5 1162.84 35.2 1239.04 37.0 1369.00 37.8 1428.84 37.8 1428.84 37.5 1406.25 33.1 1095.61 37.0 1369.00 34.5 1190.25 34.5 1190.25 37.5 1406.25 41.0 1681.00 41.5 1722.25 40.0 1600.00 38.0 1444.00 41.0 1681.00 38.0 1444.00 38.0 1444.00 37.5 1406.25 37.5 1406.25 38.0 1444.00 33.1 1095.61

Time Uma notata Are Active, By Month (N = #) Time Jun Feb Mar Apr May June July Aug Sept 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 || || | 1930 2000 6045 2130 2030 2055 ||

Uma notata Temperatures Temp.(°C) 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 No. of Animals Thru 4/65 thru 1962 % (1964) Total Thru 1964 1 1 2 1 2 2 0.4 2 3 3 0.6 3 5 4 1.0 5 5 3 1.0 5 6 4 0.8 4 6 3 0.6 3 16 9 1.7 9 15 3 0.8 4 20 11 2.5 13 13 9 1.7 10 41 18 3.5 21 34 17 3.3 19 55 35 6.7 39. 65 39 9.8 51 59 36 9.4 49 73 48 12.1 63 69 43 10.5 65 61 50 10.8 56 39 30 7.5 39 39 31 7.5 39 11 11 2.1 11. 7 6 1.3 7. Total N=646 N=519 X = 38.1°C S² = 16.1 "No Chase" Thru 4/65 1 1 2 2 2 2 3 4 4 3 6 7 4 8 11 6 15 13 6 7 5 3 N = 116 3 (No chase) N No Chase = 95

No of Atoms 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 No of Atoms 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

Uma scoparia Temps, (1959-1962) (0800 to 1700 - April thru August) Temp(°C) No. % 36.2 39.0 40.5 38.8 41.5 33 1 0 38.4 37.6 40.8 38.8 39.4 34 1 0 37.0 41.8 39.4 40.9 34.8 35 5 3 37.5 41.4 38.7 41.5 40.4 36 8 5 39.5 38.5 40.6 38.8 40.2 37 17 11 39.6 38.7 39.2 36.6 36.4 38 26 18 39.2 41.5 37.6 38.6 38.6 39 36 25 36.5 39.2 39.0 40.2 36.6 40 19 13 37.5 38.8 37.0 37.8 36.8 41 18 12 40.8 42.8 38.7 40.6 38.9 42 3 2 43.0 37.5 39.2 42.9 37.8 43 7 4 39.6 40.9 37.8 39.1 36.7 44 2 37.6 37.6 40.0 39.4 40.2 38.0 39.8 39.2 27.6 39.4 40.2 43.8 39.9 38.0 39.2 35.8 35.6 41.9 38.6 40.5 38.4 36.4 41.0 39.4 37.0 37.0 43.4 38.1 35.0 37.9 40.8 36.4 43.0 38.0 34.8 38.8 38.4 39.9 43.6 39.2 38.0 38.6 38.4 41.2 43.0 32.8 38.3 41.2 42.0 36.2 37.5 38.6 40.4 38.5 40.0 38.5 39.7 41.6 39.9 28.3 41.5 38.4 41.2 40.1 27.0 39.0 36.6 39.2 42.6 37.4 38.4 41.3 36.8 39.4 37.2 38.4 34.6 39.4 39.8 35.0 37.9 38.2 39.4 N = 146 (143) 39.0 39.4 37.1 40.8 ΣX = 5653.5 X̄ = 38.7

(2017) - (1993 = 24) Date: [illegible] No.: [illegible] | Date | Time | Temperature | |------|------|-------------| | 0 | 1 | 38 | | 0 | 1 | 36 | | 3 | 2 | 35 | | 2 | 8 | 36 | | 11 | 15 | 37 | | 18 | 20 | 38 | | 20 | 24 | 39 | | 22 | 26 | 40 | | 12 | 19 | 40 | | 15 | 18 | 41 | | 5 | 7 | 45 | | 4 | 5 | 46 | | 8 | 5 | 44 | [illegible] N = [illegible] (H) X = [illegible]

Vana scoraria TEMPS (BY MONTH) FEBRUARY x x² x x² x x² x x² x x² x x² 25,8 665.64 29,2 852.64 30,2 912.04 31,6 998.56 32,5 1056,25 34,6 1197.16 34,0 1156.00 33,0 1089.00 28,0 784.00 31,8 1011,24 28,6 817,96 35,0 1225.00 Σx=374,3 N=12 Σx²=11,765.49 X̄ = 31,19 (X̄)² = 972.81 S² = 8.34 S.E. = √1.695 =.834

FEBRUARY (DAY, MONTH) (YEAR) TEMPERATURES X^2 X 8.25 431.063 5.25 40.5628 5.08 40.519 21.6 22.899 7.52 25.6201 2.43 21.391 3.40 34.00 22.0 108.00 2.80 58.40 31.8 1011.54 2.85 29.5719 32.0 1522.00 X=356.7 N=15

Uma SCOMARIA TEMPS (BY MONTH) MARCH x x² x x² x x² x x² x x² x x² 32.5 1056.25 37.8 1428.84 36.7 1346.89 36.8 1354.24 38.0 1444.00 38.6 1489.94 36.0 1296.00 37.0 1369.00 39.9 1592.01 37.0 1369.00 37.8 1428.84 38.0 1444.00 37.4 1398.76 38.0 1444.00 37.8 1428.84 39.2 1536.64 32.4 1398.76 38.0 1444.00 30.9 954.81 32.0 1024.00 35.0 1225.00 32.6 1062.74 37.5 1406.25 37.4 1398.76 Σx = 436.9 38.0 1444.00 N = 12 36.6 1339.56 38.4 1474.56 37.4 1398.76 37.6 1413.76 33.0 1089.00 37.8 1428.84 38.0 1444.00 37.8 1428.84 36.4 1324.96 Σx = 1685.5 37.2 1383.84 N = 46 34.6 1197.16 Σx² = 61,948.29 37.4 1398.76 X̄ = 36.64 31.6 998.56 (X̄)² = 1342.48 36.0 1296.00 S² = 4.32 36.0 1296.00 S.E. = √.094 37.6 1413.76 = .306 35.0 1225.00 37.0 1369.00 37.4 1398.76 37.0 1369.00 38.4 1474.56

JANUARY AVERAGE TEMP (8 MONTH) MARCH X X X X X X X X X X X 38.2 1025.00 35.8 36.0 1340.00 36.0 38.0 1644.00 38.0 36.0 1500.00 37.0 38.0 1265.01 37.0 38.0 1458.84 38.0 35.4 1398.10 38.0 38.0 1458.84 38.0 35.4 1258.86 38.0 36.0 1257.01 38.0 32.0 1225.00 33.0 35.2 1408.50 37.4 36.4= X3 38.0 N=15 36.0 38.0 35.8 1538.10 37.4 33.0 1028.00 33.0 38.0 1488.50 35.8 36.4= X3 1538.10 38.0 N = N 35.8 34.0 1288.50 37.0 31.0 1288.50 31.0 36.0 1598.84 36.0 36.0 1598.84 36.0 37.0 1488.50 37.0 32.0 1538.50 32.0 35.0 1688.00 35.0 37.0 1722.00 37.0

Vma SCOPARIA TEMPS (BY MONTH) APRIL x x² x x² 40.6 1648.36 39.5 1560.25 36.6 1339.56 39.6 1568.16 37.5 1406.25 39.2 1536.64 37.0 1369.00 ∑x = 1274.4 28.3 800.89 N = 34 27.0 729.00 38.6 1489.96 38.6 1489.96 38.3 1466.89 39.8 1584.04 38.6 1489.96 39.6 1568.16 39.7 1576.09 37.2 1383.84 38.4 1474.56 38.2 1459.24 36.6 1339.56 39.4 1552.36 41.3 1705.69 38.0 1444.00 34.6 1197.16 38.0 1444.00 37.9 1436.41 35.2 1239.04 39.4 1552.36 38.0 1444.00 40.5 1640.25 35.2 1239.04 40.8 1664.64 ∑x = 1691.6 39.4 1552.36 N = 45 38.7 1497.69 40.6 1648.36 27.6 761.76 37.8 1428.84 38.0 1444.00 36.4 1324.96 38.6 1489.96 37.4 1398.76 39.4 1552.36 N = 48 35.0 1225.00 ∑x = 1803.2 38.0 1444.00 ∑x² = 68,167.62 36.2 1310.44 X̄ = 37.56 38.4 1474.56 (X̄)² = 1410.75 37.0 1369.00 S² = 9.61 37.5 1406.25 S.R. = √9.200 = .447

APRIL TEMPERATURE SCORING (BY MONTH) X X² 35.0 1225.00 38.0 1444.00 36.5 1332.25 ∑X = 109.5 ∑X² = 3999.25 N=3

Una SCORANIA TEMPS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 32.6 1062.76 43.4 1797.76 34.2 1169.64 37.6 1413.76 37.6 1413.76 42.2 1780.84 39.0 1521.00 38.8 1505.44 37.0 1369.00 36.6 1339.56 38.7 1497.69 40.0 1600.00 39.2 1536.64 40.0 1600.00 37.8 1428.84 33.4 1115.56 40.0 1600.00 34.8 1211.04 ∑x=336.1 33.4 1115.56 N=9 32.6 1062.76 39.6 1568.16 35.8 1281.64 39.0 1521.00 35.0 1225.00 38.0 1444.00 37.6 1413.76 39.8 1584.04 41.2 1697.44 38.9 1513.21 36.8 1354.24 40.6 1648.36 35.1 1232.01 41.0 1681.00 36.2 1310.44 38.0 1444.00 39.4 1552.36 38.8 1505.44 41.0 1681.00 39.0 1521.00 36.9 1361.61 41.0 1681.00 ∑x=1880.8 44.2 1953.64 N=49 36.0 1296.00 ∑x²=72,576.04 42.2 1780.84 X̄ = 38,38 43.0 1849.00 (X̄)² = 1473.02 43.2 1866.24 36.0 1296.00 S² = 8.29 38.4 1474.56 S.R. = √0.169 41.2 1697.44 = .411

MAY (SY MONTH) TEMPERATURE X² X X² X X² X X² X X² X 35.6 102.50 4.54 1337.89 34.5 119.04 3.74 1401.36 35.6 119.36 4.55 120.84 35.0 1225.00 3.8 1202.84 35.0 1225.00 3.8 1202.84 38.7 1497.69 4.0 1600.00 36.5 1332.25 4.0 1600.00 35.8 1281.64 4.85 111.25 0.04 0.0001 34.6 1197.16 3.4 115.56 33.8 1142.44 3.3 108.89 P=U 1.33 = X2 33.8 1142.44 3.3 108.89 32.0 1024.00 3.2 102.4 35.5 1260.25 3.5 122.5 38.6 1489.96 3.86 148.96 38.8 1505.44 3.88 150.54 37.6 1413.76 3.76 141.37 34.8 1211.04 3.48 121.10 38.2 1459.24 3.82 145.92 39.4 1552.36 3.94 155.23 38.6 1489.96 3.86 148.96 38.8 1505.44 3.88 150.54 P=U 1.33 = X2 38.4 1474.56 3.84 147.45 39.6 1568.16 3.96 156.81 38.0 1444.00 3.8 144.4 38.2 1459.24 3.82 145.92 38.6 1489.96 3.86 148.96 38.8 1505.44 3.88 150.54

Ulmus scoparia TEMPS (BY MONTH) JUNE x x² x x² x x² x x² x x² x x² 38.2 1459.24 38.8 1505.44 40.2 1616.04 39.0 1521.00 38.0 1444.00 38.6 1489.96 39.8 1584.04 32.8 1075.84 40.0 1600.00 39.2 1536.64 37.5 1406.25 40.1 1608.01 39.9 1592.01 38.5 1482.25 40.3 1624.09 41.9 1755.61 41.5 1222.25 38.0 1444.00 41.0 1681.00 39.0 1521.00 35.6 1267.36 34.0 1156.00 Σx = 1483,5 38.4 1474.56 38.1 1451.61 N=38 37.4 1398.76 43.0 1849.00 34.6 1197.16 39.9 1592.01 38.4 1474.56 34.4 1183.36 38.4 1474.56 35.2 1239.04 36.0 1296.00 41.2 1697.44 37.8 1428.84 39.0 1521.00 40.4 1632.16 37.4 1398.76 38.0 1444.00 41.6 1730.56 37.3 1391.29 37.1 1376.41 41.2 1697.44 37.0 1369.00 38.2 1459.24 39.2 1536.64 36.7 1346.89 Σx=2892.7 36.8 1354.24 38.2 1459.24 N=75 39.4 1552.36 38.0 1444.00 Σx² = 111 908.24 36.5 1332.25 37.0 1369.00 X̄ = 38,57 37.5 1406.25 35.0 1225.00 (X̄)² = 1487.64 40.8 1664.64 42.0 1764.00 S² = 4.53 43.0 1849.00 37.6 1413.76 S.E. = √1.060 39.6 1568.16 41.0 1681.00 = .245 37.6 1413.76 40.4 1632.16 38.0 1444.00 39.7 1576.09 40.2 1616.04 39.4 1552.36 35.8 1281.64 38.4 1474.56 38.4 1474.56 40.5 1640.25 37.0 1369.00 38.0 1444.00 40.8 1664.64 38.6 1489.96

TEMPERATURE RECORD (DAILY) JUNE

Vma SCOPARIA TEMPS (BY MONTH) JULY x x² x x² x x² x x² x x² x x² 38.6 1489.96 39.4 1552.36 38.5 1482.25 37.6 1413.76 39.8 1584.04 38.7 1497.69 39.6 1568.16 39.4 1552.36 41.5 1722.25 36.4 1324.96 40.8 1664.64 39.2 1536.64 39.6 1568.16 41.5 1722.25 38.8 1505.44 38.0 1444.00 40.6 1648.36 42.8 1831.84 32.6 1413.76 36.8 1505.44 37.5 1406.25 32.4 1398.76 38.2 1469.24 40.9 1672.81 32.0 1369.00 37.1 1376.41 37.6 1413.76 32.4 1398.76 37.3 1391.29 39.8 1584.04 38.5 1482.25 36.6 1339.56 43.8 1918.44 36.6 1339.56 37.0 1369.00 Σx = 2709.8 32.7 1069.29 39.2 1536.64 N = 70 34.8 1211.04 39.0 1521.00 Σx² = 105,202.52 35.6 1267.36 39.3 1544.49 X̄ = 38.71 35.2 1239.04 32.6 1413.76 (X̄)² = 1498.46 35.0 1225.00 38.8 1505.44 S² = 4.50 36.4 1324.96 38.8 1505.44 S.E. = √.064 32.6 1413.76 35.4 1253.16 = .253 40.0 1600.00 38.5 1482.25 40.0 1600.00 40.0 1600.00 41.2 1697.44 38.4 1474.56 41.1 1689.21 38.4 1474.56 39.3 1544.49 35.0 1225.00 41.2 1697.44 38.0 1444.00 42.0 1764.00 39.0 1521.00 38.5 1482.25 39.0 1521.00 39.9 1592.01 37.6 1413.76 40.1 1608.01 41.8 1747.24 42.6 1814.76 41.4 1713.96

29 MET (18 MONTH) (TEMP) JULY X X X X X X X X X X 38.0 146.78 38.4 1225.78 28.2 1485.52 37.0 1412.38 38.8 12891.04 38.7 1465.04 36.0 1358.70 38.4 1225.38 41.2 1655.52 36.4 1394.04 40.8 1664.64 38.5 1528.64 36.0 1328.70 41.2 1722.72 38.8 1528.64 38.0 1444.00 40.4 1648.32 40.8 1631.84 35.0 1312.78 38.8 1502.04 39.5 1606.52 35.4 1346.70 38.5 1484.54 40.9 1655.78 35.0 1303.00 35.1 1340.41 37.9 1518.78 35.8 1348.70 35.3 1364.52 35.8 1384.04 36.2 1368.52 36.9 1398.52 43.8 1816.84 38.0 1338.70 35.0 1308.00 3 x = 310.8 35.7 1089.58 35.5 1238.84 N=20 38.8 1511.04 35.0 1307.00 35.6 1321.38 35.3 1344.44 38.5 130.9251 35.9 1347.04 35.0 130.2251 38.8 1342.04 36.4 1346.04 38.8 1342.04 35.6 1415.70 35.4 1352.70 40.0 1500.00 38.2 1485.52 40.4 1500.00 40.0 1500.00 46.4 1689.44 38.4 1437.28 41.4 1588.71 38.4 1434.28 38.8 1344.44 35.0 1325.00 46.4 1839.04 38.0 1448.00 45.4 1708.00 38.0 1457.00 38.2 1457.28 36.0 1357.00 36.9 1368.01 35.9 1347.38 40.4 1508.01 41.8 1545.78 40.4 1508.38

Lima SCOPARIA TEMPS (BY MONTH) AUGUST x x² x x² x x² x x² x x² x x² 37.8 428.84 39.2 1536.64 ΣX = 2319.5 34.2 1169.64 43.0 1849.00 N = 61 34.4 1183.36 36.2 1310.44 Σx² = 88510.41 36.8 1354.24 40.0 1600.00 X̄ = 38.02 38.2 1459.24 37.4 1398.76 (X̄)² = 1445.52 40.2 1616.04 37.2 1383.84 S² = 5.56 36.8 1354.24 40.9 1672.81 S.E. = √.091 37.2 1383.84 41.5 1722.25 = .302 34.6 1197.16 34.4 1183.36 40.8 1664.64 36.2 1310.44 38.6 1489.96 39.4 1552.36 37.6 1413.76 39.2 1536.64 34.8 1211.04 38.8 1505.44 40.4 1632.16 36.2 1310.44 36.6 1339.56 40.0 1600.00 37.6 1413.76 38.6 1488.96 43.2 1866.24 35.5 1260.25 40.2 1616.04 42.8 1831.84 40.4 1632.16 37.8 1428.84 39.6 1568.16 40.2 1616.04 40.6 1648.36 40.8 1664.64 36.4 1324.96 42.9 1840.41 N = 69 38.6 1489.96 39.1 1528.81 ΣX 2644.1 36.6 1339.56 39.4 1552.36 Σx² 101700.05 36.8 1354.24 34.6 1197.16 X̄ 38.3 38.9 1513.21 38.2 1459.24 (X̄)² 1466.89 37.8 1428.84 41.2 1697.44 S² = 7.13 36.7 1346.89 34.2 1169.64 S.E. = √.103 40.2 1616.04 37.6 1413.76 = .321 39.4 1552.36 35.6 1267.36 39.2 1536.64 36.4 1324.96 40.5 1640.25 43.4 1883.56 37.0 1369.00 36.4 1324.96 37.9 1436.41 38.4 1474.56 34.8 1211.04

AUGUST (8Y MONTH) SCORARIIA TEMPS

Vma SCOPARIA TEMPS (BY MONTH) SEPTEMBER x x² x x² x x² x x² x x² x x² 38.6 1489.96 40.4 1632.16 37.2 1383.84 40.4 1632.16 32.5 1406.25 38.0 1444.00 32.5 1406.25 39.8 1584.04 36.0 1296.00 42.0 1764.00 36.3 1317.69 39.2 1536.64 34.6 1197.16 37.0 1369.00 35/ 1232.01 41.4 1713.96 30.8 948.64 41.2 1697.44 36.7 1004.89 39.0 1521.00 31.0 961.00 37.0 1369.00 31.6 998.56 38.6 1489.96 32.3 1043.29 38.0 1444.00 32.6 1062.76 40.0 1600.00 32.4 1049.76 38.1 1474.56 27.7 767.29 39.4 1552.36 31.8 1011.24 37.0 1369.00 31.8 1011.24 38.0 1444.00 38.8 1505.44 36.5 1332.25 ΣX = 645,3 39.2 1536.64 N= 19 42.0 1764.00 ΣX² = 22,093.27 36.6 1339.56 X̄ = 33.96 N= 41 (X̄)² = 1153.28 ΣX = 1504,4 S² = 10.0 Σx² = 55,703.00 S.E = √.526 X̄ = 36.7 = .725 (X̄)² = 1346.89 S² = 12.01 S.E₁ = √.293 = .439

SEPLEMBER (JUNE 2019) (BY MONTH) X X X X X 38.6 41.85 40.04 41.50-41 35.2 108.84 40.04 41.50-41 35.2 140.25 38.0 44.44-44 35.2 140.25 38.0 41.78-41.78 36.0 124.00 45.0 45.00-45 36.3 134.84 45.0 45.00-45 34.0 111.00 52.0 52.00-52 35.1 125.00 41.4 41.44-41.44 30.8 94.00 51.4 51.44-51.44 31.7 106.00 48.0 48.00-48.00 31.0 98.00 35.0 35.00-35.00 31.6 99.84 36.0 36.00-36.00 32.3 104.84 38.0 38.00-38.00 35.0 106.75 40.0 40.00-40.00 35.4 104.25 38.4 38.44-38.44 32.0 98.00 34.4 34.44-34.44 31.8 101.75 37.0 37.00-37.00 31.8 101.75 38.0 38.00-38.00 38.8 120.00 42.0 42.00-42.00 X3 = 452 N = 61 34.4

Uma SCOPARIA TEMPS (BY MONTH) OCTOBER x x² x x² x x² x x² x x² x x² 36,4 1324.96 36,2 1310.44 35,1 1232.01 Σx = 1192.7 38,7 1497.69 N=32 32,9 1436.41 Σx² = 44,632.49 39,3 1544.49 X̄ = 37.27 36,8 1354.24 (X̄)² = 1389.05 36.0 1296.00 S² = 5.90 35.2 1238.04 S.E. = √.184 33.5 1122.25 = .429 32.4 1049.76 35.6 1267.36 34.3 1176.49 39,8 1584.04 38.0 1444.00 32.9 1436.41 36.5 1332.25 39.8 1584.04 42,4 1797.76 32.9 1436.41 33.6 1128.96 38.8 1505.44 41.3 1705.69 32.8 1428.84 39.0 1521.00 36.2 1310.44 40,6 16418.36 39,7 1576.09 37.6 1413.76 38.0 1444.00 33.5 1122.25 36.9 1361.61

OCTOBER (8Y MONTH) TEMPERATURE SCORARIA

Uma SCOPARIA TEMPS (BY MONTH) NOVEMBER X X² X X² X X² X X² X X² 32.6 1062.76 26.4 696.96 ΣX=59.0 N=2 ΣX²=1759.72 X̄ = 29.50 (X̄)² = 870.25 Total 1959-1963 ΣX = 15451.4 N= 411 X̄ = 37.5

TEMPS SCOPARIA (18 MONTH) MOVIEBER X X^2 X X^2 X X^2 X X^2 X X^2 35.9 26.4 0.72 x 3 N = 3 Σx = 108.7 Σx² = 388.58 (X) = 36.23 Total EoP1 - P2P1 H12 + H21 = X3 114 = N X̄ = 38.2

Uma SCOPARIA TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 32.5 1056.25 41.5 1722.25 34.3 1176.49 39.4 1552.36 39.5 1560.25 36.4 1324.96 34.2 1169.64 36.2 1310.44 37.9 1436.41 40.8 1664.64 39.6 1568.16 38.4 1474.56 34.4 1183.36 37.6 1413.76 39.8 1584.04 38.7 1498.69 37.5 1406.25 36.2 1310.44 36.8 1354.24 35.5 1260.25 42.4 1797.76 40.6 1648.36 38.0 1444.00 29.2 852.64 38.2 1459.24 40.4 1632.16 37.9 1436.41 32.6 1062.76 40.2 1616.04 31.6 936.36 40.2 1616.04 40.2 1616.04 33.6 1128.96 34.2 1169.64 35.8 1281.64 34.6 1197.16 36.8 1354.24 36.4 1324.96 38.8 1505.44 39.0 1521.00 38.4 1474.56 33.0 1089.00 37.2 1383.84 38.6 1489.96 41.3 1705.69 38.7 1497.69 37.0 1369.00 28.0 784.00 34.6 1197.16 38.9 1513.21 37.8 1428.84 40.0 1600.00 40.8 1664.64 28.6 817.96 40.6 1648.36 38.0 1368.00 39.0 1521.00 39.2 1536.64 38.8 1505.44 35.0 1225.00 40.8 1664.64 37.9 1436.41 36.2 1310.44 39.9 1592.01 38.0 1444.00 37.4 1398.76 36.6 1339.56 34.8 1211.04 40.6 1648.36 46.9 1755.61 32.8 1075.84 33.0 1089.00 32.0 1369.00 39.2 1536.64 39.7 1576.09 34.0 1156.00 38.5 1482.25 36.4 1324.96 38.2 1459.24 43.0 1849.00 26.4 696.96 38.1 1451.61 37.5 1406.25 37.2 1383.84 39.0 1521.00 36.2 1310.44 36.5 1346.89 38.4 1474.56 41.5 1722.25 36.0 1296.00 39.8 1584.04 40.0 1600.00 36.0 1296.00 40.4 1632.16 39.0 1521.00 37.6 1413.76 37.6 1413.76 36.0 1296.00 39.9 1592.01 41.6 1730.56 40.0 1600.00 35.0 1225.00 39.6 1568.16 35.1 1232.01 32.8 1428.84 40.6 1648.36 38.4 1474.56 37.4 1398.76 32.4 1398.76 32.3 1043.29 37.4 1398.76 32.1 1326.41 39.0 1521.00 37.0 1369.00 32.0 1369.00 32.6 1062.76 37.8 1428.84 37.6 1413.76 37.6 1413.76 38.4 1474.56 32.4 1398.76 27.7 767.29 30.9 954.81 34.4 1183.36 41.8 1747.24 37.8 1428.84 36.6 1339.56 31.8 1011.24 27.0 729.00 36.2 1310.44 38.5 1482.25 37.0 1369.00 34.8 1211.04 31.8 1011.24 32.4 1398.76 38.6 1489.96 41.5 1722.25 38.0 1444.00 35.6 1267.36 35.1 1232.01 37.2 1383.84 40.6 1648.36 39.2 1536.64 38.0 1444.00 35.0 1225.00 38.4 1497.69 38.3 1466.89 42.9 1840.41 38.8 1505.44 38.0 1444.00 40.0 1600.00 32.9 1436.41 39.7 1576.09 38.8 1505.44 39.5 1406.25 32.6 1062.76 41.2 1697.44 36.8 1354.24 38.4 1474.56 38.6 1489.96 40.9 1672.81 38.0 1444.00 42.0 1764.00 35.2 1239.04 36.6 1339.56 39.4 1552.36 43.8 1918.44 39.8 1584.04 40.1 1608.01 33.5 1122.25 41.3 1705.69 35.0 1225.00 34.6 1197.16 39.6 1568.16 39.4 1552.36 32.4 1049.76 34.6 1197.16 32.0 1369.00 37.6 1413.76 37.2 1383.84 32.8 1584.04 35.6 1262.36 37.9 1436.41 37.5 1406.25 43.4 1883.56 38.0 1444.00

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UMA SCOPARIA Temps (by sex) ♂ X x² X x² 39.0 1521.00 34.6 1197.16 38.0 1444.00 34.4 1183.36 39.8 1584.04 38.0 38.9 1505.44 37.1 1376.41 40.6 1648.36 39.0 1521.00 44.2 1953.64 ΣX = 8268.0 42.4 1797.76 N = 220 37.6 1413.76 X̄ = 37.5 42.2 1780.84 36.4 1324.96 36.6 1339.56 37.4 1398.76 N = 222 40.0 1600.00 ΣX = 8341.8 40.0 1600.00 Σx² = 315,378.75 33.4 1115.56 X̄ = 37.57 35.8 1281.64 (X̄)² = 1411.50 41.2 1697.44 S² = 9.17 38.4 1474.56 S.E. = √.041 37.8 1428.84 = .202 37.3 1391.29 37.0 1368.00 43.2 1866.24 N = 234 38.2 1459.24 42.8 1831.84 ΣX = 8820.8 35.0 1225.00 40.4 1632.16 Σx² = 334,539.19 42.0 1764.00 40.4 1632.16 X̄ = 37.7 40.4 1632.16 38.0 1444.00 (X̄)² = 1421.29 39.7 1576.09 39.8 1584.04 S² = 8.40 40.5 1640.25 41.2 1697.44 S.E. = √.036 40.2 1616.04 38.0 1444.00 = .190 40.1 1608.01 40.0 1600.00 38.0 1444.00 39.4 1552.36 35.6 1267.36 39.2 1536.64 38.4 1474.56 36.6 1339.56

UMA SCOPARIA Temp9 (by 2x) ♂ X X² x3 X⁴ 0.85 1644.00 3E.0 0.85 1644.00 3E.0 2.2E 1781.04 3E.0 2.8E 1692.94 37.1 1376.41 0.04 105.00 0.04 0.85 1212.00 0.85 2.44 1823.44 2.44 4.04 1911.00 4.04 0.7E 1783.00 0.7E 2.54 1867.04 2.54 4.2E 1981.00 4.2E 0.2E 1601.00 0.2E 0.04 100.00 0.04 0.00 0.00 0.00 2.2E 1781.00 2.2E 2.2E 1783.00 2.2E 2.44 1687.04 2.44 3.5E 1849.00 3.5E 3.5E 1849.00 3.5E 3.5E 1241.00 3.5E 3E.0 1600.00 3E.0 3E.0 1600.00 3E.0 3E.0 1782.00 3E.0 0.04 105.00 0.04 4.04 1921.00 4.04 4.04 1921.00 4.04 2.04 1760.00 2.04 2.04 1760.00 2.04 3E.0 1644.00 3E.0 0.04 100.00 0.04 2.9E 1625.00 2.9E 2.9E 1625.00 2.9E X = 35.2 V₁ = 28.0 Σx = 8768.0

Uma SCOPARIA TEMPS (BY SEX) ♀ x x² x x² x x² x x² x x² x x² 37.8 1428.84 37.5 1406.25 39.9 1592.01 38.4 1474.56 34.6 1197.14 36.0 1296.00 37.5 1406.25 37.5 1406.25 41.2 1697.44 39.2 1536.64 37.4 1398.76 38.4 1474.56 38.6 1489.96 36.3 1316.9 41.2 1697.44 36.5 1332.25 31.6 998.56 41.2 1697.44 38.6 1568.16 34.6 1197.16 39.2 1536.64 40.8 1664.64 36.0 1296.00 38.8 1505.44 36.4 1324.96 30.8 948.64 36.8 1354.24 43.0 1849.00 37.0 1369.00 34.8 1211.04 38.0 1444.00 31.7 1004.89 39.4 1552.36 39.6 1568.16 36.8 1354.24 33.4 1115.56 37.6 1413.76 31.0 961.00 38.8 1505.44 37.6 1413.76 38.6 1489.96 32.6 1062.76 32.7 1069.29 31.6 998.56 38.2 1548.24 35.4 1253.16 37.0 1369.00 35.0 1225.00 35.2 1239.04 32.4 1049.76 37.3 1391.29 38.5 1482.25 39.2 1536.64 36.8 1354.24 36.4 1324.96 36.4 1324.96 36.6 1339.56 38.4 1474.56 32.0 1024.00 35.1 1232.01 37.6 1413.76 39.3 1544.49 37.0 1369.00 35.0 1225.00 37.4 1398.76 36.2 1310.44 40.0 1600.00 36.0 1296.00 39.2 1536.64 38.0 1444.00 36.6 1339.56 39.4 1552.36 41.1 1688.21 39.8 1584.04 39.0 1526.00 39.0 1521.00 38.4 1474.56 36.9 1361.61 39.3 1544.49 38.0 1444.00 39.3 1544.49 41.4 1713.96 37.6 1413.76 35.2 1239.04 41.2 1697.44 36.5 1332.25 38.8 1505.44 38.7 1492.69 37.8 1428.84 37.4 1398.76 38.5 1482.25 32.6 1062.76 38.8 1505.44 42.8 1831.84 37.8 1428.84 36.7 1346.89 39.9 1592.01 38.0 1444.00 40.9 1672.81 32.6 1413.76 38.6 1489.96 38.0 1444.00 42.6 1814.76 37.4 1398.76 41.5 1722.25 39.8 1584.04 38.2 1459.24 37.0 1369.00 40.8 1664.64 35.0 1225.00 37.6 1413.76 38.2 1459.24 39.4 1552.36 37.6 1413.76 39.4 1552.36 36.1 1303.21 38.8 1505.44 41.2 1697.44 38.0 1444.00 41.0 1681.00 34.8 1211.04 28.3 800.89 36.6 1339.56 34.2 1169.64 38.0 1444.00 39.4 1552.36 36.6 1339.56 38.6 1489.96 40.2 1616.04 35.6 1267.36 35.2 1239.04 38.4 1474.56 36.8 1354.24 38.6 1489.96 37.8 1428.84 36.4 1324.96 35.2 1239.04 38.0 1444.00 37.8 1428.84 40.5 1640.25 39.1 1528.81 33.5 1122.25 39.6 1568.16 38.6 1489.96 36.7 1346.89 39.4 1552.36 39.4 1552.36 36.9 1361.61 41.0 1681.00 38.6 1489.96 40.2 1616.04 37.6 1413.76 27.6 761.76 25.8 665.64 38.0 1444.00 40.0 1600.00 39.4 1552.36 37.0 1369.00 38.0 1444.00 30.2 912.04 38.8 1505.44 40.3 1624.09 39.2 1536.64 39.2 1536.64 38.0 1444.00 32.5 1056.25 41.0 1681.00 39.4 1398.76 40.5 1640.25 37.8 1428.84 37.6 1413.76 34.0 1156.00 36.0 1296.00 36.0 1296.00 38.6 1489.96 41.0 1681.00 38.0 1444.00 31.8 1011.24 43.0 1849.00 39.0 1521.00 37.2 1383.84 43.0 1849.00 36.2 1310.44 38.0 1444.00 43.2 1566.24 38.0 1444.00

TEMP2 (8Y SEX) ♀ [illegible]

UMA SCOPARIA TEMPS (BY SEX) x x² x x² x x² x x² 38.2 1459.24 38.4 1474.56 37.0 1369.00 38.0 1444.00 36.5 1332.25 37.8 1428.84 42.0 1764.00 ΣX = 7021.9 N = 206 N = 187 ΣX = 7764.4 X̄ = 37.5 Σx² = 294,318.30 N = 188 X̄ = 37.7 ΣX = 7059.7 (X̄)² = 1421.29 Σx² = 266,679.37 s² = 7.48 X̄ = 37.55 S.E. = √(0.034) (X̄)² = 1410.00 = .190 s² = 8.55 S.E. = √(0.045) = .212 38.6 1489.96 39.2 1536.64 40.4 1632.16 40.0 1600.00 39.6 1568.16 40.8 1664.64 42.0 1764.00 39.2 1536.64 37.0 1369.00 41.4 1713.96 39.0 1521.00 37.0 1369.00 38.6 1489.96

TEMPERATURA SCORSA (10 y 25) 38,4°C 38,0°C 37,0°C 36,5°C 36,0°C 35,5°C 35,0°C 34,5°C 34,0°C 33,5°C 33,0°C 32,5°C 32,0°C 31,5°C 31,0°C 30,5°C 30,0°C

Uma SCOPARIA TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 40.2 1616.04 39.4 1552.36 37.9 1436.41 32.6 1413.76 39.0 1521.00 37.5 1406.25 37.2 1383.84 39.2 1536.64 33.6 1128.96 39.0 1521.00 39.3 1544.49 39.5 1560.25 34.6 1197.16 37.0 1369.00 38.8 1505.44 37.0 1369.00 37.6 1413.76 39.6 1568.16 40.8 1664.64 37.9 1436.41 37.8 1428.84 38.7 1497.69 38.8 1505.44 39.2 1536.64 39.6 1568.16 34.8 1211.04 39.0 1521.00 39.2 1536.64 38.8 1505.44 36.5 1332.25 36.4 1324.96 39.2 1536.64 26.4 696.96 37.8 1428.84 40.9 1672.81 37.5 1406.25 38.0 1444.00 43.0 1849.00 36.0 1296.00 40.0 1600.00 41.5 1722.25 40.8 1664.64 37.6 1413.76 36.2 1310.44 39.9 1592.01 39.2 1536.64 34.4 1183.36 43.0 1849.00 37.4 1398.76 40.0 1600.00 37.8 1428.84 39.9 1592.01 36.2 1310.44 39.6 1568.16 37.4 1398.76 37.5 1406.25 35.0 1225.00 41.9 1755.61 37.6 1413.76 37.6 1413.76 36.6 1339.56 37.5 1406.25 36.1 1303.21 41.0 1681.00 38.8 1505.44 38.0 1444.00 32.7 1069.29 36.0 1296.00 28.3 800.89 34.0 1156.00 36.6 1339.56 40.2 1616.04 34.8 1211.04 36.3 1317.69 27.0 729.00 38.1 1451.61 38.6 1489.96 35.8 1281.64 35.0 1225.00 35.1 1232.01 37.2 1383.84 43.0 1849.00 40.2 1616.04 38.4 1474.56 40.0 1600.00 30.8 948.64 38.6 1489.96 39.9 1592.01 37.8 1428.84 37.0 1369.00 40.0 1600.00 31.7 1004.89 38.3 1466.89 38.4 1474.56 40.6 1648.36 40.8 1664.64 39.3 1544.49 31.0 961.00 38.6 1489.96 41.2 1697.44 42.9 1840.41 38.8 1505.44 41.2 1697.44 31.6 998.56 39.7 1576.09 40.4 1632.16 39.1 1528.81 38.0 1444.00 38.5 1482.25 32.3 1043.29 38.4 1474.56 41.6 1730.56 39.4 1552.36 32.8 1075.84 39.9 1592.01 32.6 1062.76 36.6 1339.56 41.2 1697.44 38.8 1505.44 38.5 1482.25 42.6 1814.76 32.4 1049.76 41.3 1705.69 39.2 1536.64 27.6 761.76 41.5 1722.25 39.8 1584.04 27.7 767.29 34.6 1197.16 36.8 1354.24 38.0 1444.00 39.0 1521.00 40.8 1664.64 31.8 1011.24 37.9 1436.41 39.4 1552.36 38.6 1489.96 35.4 1253.16 41.5 1722.25 36.4 1324.96 39.4 1552.36 40.6 1648.36 39.4 1552.36 38.5 1482.25 39.4 1552.36 39.3 1544.49 40.5 1640.25 38.8 1505.44 35.0 1225.00 40.0 1600.00 36.6 1339.56 36.0 1296.00 40.8 1664.64 38.2 1549.24 38.0 1444.00 38.4 1474.56 36.8 1354.24 35.2 1239.04 39.4 1552.36 37.1 1376.41 37.6 1413.76 38.4 1474.56 38.9 1513.21 33.5 1122.25 38.7 1497.69 37.3 1391.29 38.0 1444.00 35.0 1225.00 37.8 1428.84 32.4 1049.76 40.6 1648.36 36.6 1339.56 36.2 1310.44 38.0 1444.00 36.7 1346.89 39.8 1584.04 32.6 1062.76 37.0 1369.00 38.4 1474.56 39.0 1521.00 40.2 1616.04 38.0 1444.00 34.2 1169.64 39.2 1536.64 37.0 1369.00 39.0 1521.00

ADULT (8-YACE) 1964 ETEP2

Luma SCOPARIA TEMPS (BY AGE) ADULT X X² X X² X X² X X² X X² X X² 37.6 1413.76 35.0 1225.00 35.1 1232.01 41.8 1747.24 37.8 1428.84 35.2 1239.04 41.4 1713.96 38.6 1489.96 37.3 1391.29 38.5 1482.25 37.0 1369.00 36.7 1346.89 38.7 1497.69 38.0 1444.00 38.2 1459.24 41.5 1722.25 39.2 1536.64 38.0 1444.00 39.2 1536.64 38.0 1444.00 37.0 1369.00 38.8 1505.44 32.0 1024.00 35.0 1225.00 42.8 1831.84 37.4 1398.76 42.0 1764.00 37.5 1406.25 38.4 1474.56 37.6 1413.76 40.9 1672.81 37.6 1413.76 40.4 1632.16 ΣX=10280.5 37.6 1413.76 38.2 1459.24 39.7 1576.09 N = 273 39.8 1584.04 38.0 1444.00 38.4 1474.56 X̄ = 37.6 43.8 1918.44 39.6 1568.16 38.0 1444.00 34.2 1169.64 39.0 1521.00 38.6 1489.96 37.8 1428.84 37.6 1413.76 38.0 1444.00 38.6 1489.96 36.4 1324.96 35.6 1267.36 39.8 1584.04 40.0 1600.00 40.4 1632.16 36.4 1324.96 40.6 1648.36 40.1 1608.01 40.4 1632.16 N = 275 43.4 1883.56 39.0 1521.00 40.3 1624.09 38.0 1444.00 ΣX = 10,354.7 36.4 1324.96 44.2 1953.64 38.0 1444.00 42.0 1764.00 ΣX² = 392,623.19 38.4 1474.56 43.0 1849.00 35.6 1267.36 37.0 1369.00 X̄ = 37.65 25.8 665.64 36.0 1296.00 38.4 1474.58 41.4 1713.96 (X̄)² = 1417.52 30.2 912.04 41.2 1697.44 34.6 1197.16 39.0 1521.00 S² = 10.2 32.5 1056.25 42.4 1797.76 34.4 1183.36 37.0 1369.00 S.E. = √.037 34.6 1197.16 33.4 1115.56 38.0 1444.00 38.6 1489.96 = .192 34.0 1156.00 34.8 - 37.1 1376.41 37.0 1369.00 N=285 33.0 1089.00 33.4 - 38.2 1459.24 ΣX = 10745.5 28.0 784.00 32.6 1062.76 ΣX² = 407,927.43 28.6 817.96 35.8 1281.64 X̄ = 37.7 S.E. = √.035 33.0 1089.00 37.6 1413.76 (X̄)² = 1421.29 = .187 37.6 1413.76 41.2 1697.44 S² = 10.07

ADULT (AGE) TEMPERATURE X X^2 X 37.0 169.00 - 37.5 180.25 2.4 38.0 184.00 0.4 38.2 184.64 0.04 38.4 184.96 0.16 38.6 187.76 - 38.8 187.44 0.64 39.0 192.25 1.00 39.2 192.64 1.44 39.4 195.36 1.96 39.6 196.84 - 39.8 198.44 - 40.0 200.00 - N = 11 Sum X^2 = 2105.33 Mean X = 37.9

Uma SCOPARIA TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 37.8 1428.84 36.4 1324.96 38.2 1459.24 39.8 1584.04 37.8 1428.84 34.4 1183.36 38.6 1489.96 41.2 1697.44 39.6 1568.16 37.4 1398.76 36.8 1354.24 40.5 1640.25 33.5 1122.25 37.2 1383.84 37.0 1369.00 38.2 1459.24 38.6 1489.96 36.9 1361.61 39.4 1552.36 41.0 1681.00 36.8 1354.24 37.2 1383.84 36.2 1310.44 38.0 1444.00 39.4 1552.36 40.6 1648.36 34.6 1197.16 29.2 852.64 35.2 1239.04 40.5 1640.25 36.6 1339.56 31.8 1011.24 31.6 998.56 38.0 1444.00 40.2 1616.04 37.5 1406.25 35.1 1232.01 31.8 1011.24 35.2 1239.04 37.4 1398.76 37.0 1369.00 38.7 1497.69 35.0 1225.00 38.9 1513.21 36.0 1296.00 38.2 1459.24 37.9 1436.41 37.4 1398.76 41.0 1681.00 39.0 1521.00 39.0 1521.00 36.8 1354.24 38.0 1444.00 38.0 1444.00 32.5 1056.25 39.8 1584.04 35.6 1267.36 36.4 1324.96 38.8 1505.44 34.2 1169.64 38.6 1489.96 34.3 1176.49 37.2 1383.84 41.0 1681.00 37.6 1413.76 37.9 1436.41 34.6 1197.16 36.0 1296.00 39.6 1568.16 36.5 1332.25 37.4 1398.76 42.2 1780.84 37.0 1369.00 39.8 1584.04 31.6 998.56 43.2 1866.24 35.6 1267.36 42.4 1797.76 36.0 1296.00 38.4 1474.56 35.2 1239.04 41.3 1705.69 36.0 1296.00 37.6 1413.76 36.4 1324.96 36.2 1310.44 37.0 1369.00 42.2 1780.84 37.6 1413.76 40.6 1648.36 37.4 1398.76 38.8 1505.44 41.2 1697.44 39.7 1576.09 37.0 1369.00 36.6 1339.56 37.4 1398.76 41.1 1689.21 32.6 1062.76 38.4 1474.56 40.0 1600.00 42.0 1764.00 36.7 1346.89 36.8 1354.24 40.0 1600.00 40.1 1608.01 38.0 1444.00 37.0 1369.00 34.8 1211.04 39.4 1552.36 37.8 1428.84 38.0 1444.00 33.4 1115.56 34.8 1211.04 37.4 1398.76 32.6 1062.76 35.0 1225.00 36.2 1310.44 37.4 1398.76 38.0 1444.00 36.8 1354.24 37.6 1413.76 30.9 954.81 36.6 1339.56 36.2 1310.44 35.5 1260.25 37.4 1398.76 37.8 1428.84 39.4 1552.36 40.4 1632.16 37.5 1406.25 37.8 1428.84 36.9 1361.61 40.2 1616.04 34.6 1197.16 38.6 1489.96 38.4 1474.56 ΣX = 5089.2 N = 136 X̄ = 37.4 N = 137 ΣX = 5,126.6 Σx² = 192,694.5 X̄ = 37.42 (X̄)² = 1400.25 S² = 6.32 S.E. = √0.046 = .214

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Uma scoparia Temps (by age) Juvenile x x² x x² x x² x x² x x² x x² 39.8 1584.04 39.2 1536.64 41.2 1697.44 38.0 1444.00 40.0 1600.00 38.4 1474.56 39.4 1552.36 38.0 1444.00 36.5 1332.25 39.2 1536.64 42.0 1764.00 36.6 1339.56 N = 12 Σx = 468.3 Σx² = 18,305.49 X̄ = 39.0 (X̄)² = 1521.00 s² = 4.86 S.E. = √.405 = .636

Tunnel (30 m) Temp 2 Length X X X X X X X X X X X X 8. PE 134.740 5. PE 126.040 5. PY 109.894 0. BY 144.000 0. YG [illegible] 4. BE 140.428 4. BB 132.570 0. BE 144.000 2. WB 136.889 5. PE 126.040 0. CP 130.400 2. YC 132.002

TIME Vma SCOPARIA ARE ACTIVE, BY MONTH TIME JAN FEB MAR APR MAY JUN JUL AUG SEPT 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 || | 1930

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Times Uma spp. Are Active (1958-1963) Species Jan. Feb. Mar. Apr. May June July Aug. Sept. Oct. Nov. Dec. notata 18 29 63 96 91 59 64 109 88 84 24 2 inornata 1 52 132 124 210 63 41 89 37 33 1 0 scoparia 1 22 68 81 79 72 75 87 28 40 2 0 Total 20 103 263 301 380 194 180 285 153 157 27 2 Total N = 2065 notata N = 727 inornata N = 783 scoparia N = 555 March - April Activity (1958-1963) Species Mar. Apr. Total notata 63 96 159 inornata 132 124 256 scoparia 68 81 149 Total 263 301 564

250.37 = N total 189 = N total 179 = N total 222 = N control (ΣDP - Σ2P) Activity lingA - Ac = M Total .mgA mM P21 DP E2 225 451 SE P41 18 Sd 402 301 563

Proportion of Uma spp. Captured at Different Cloacal Temperatures (Through March 1963) Temp (°C) inornata notata scoparia No. % No. % No. % 24 0 0 3 1 0 0 25 0 0 4 1 0 0 26 1 0 0 0 2 0 27 0 0 3 1 1 0 28 0 0 4 1 4 1 29 1 0 3 1 2 0 30 0 0 9 2 1 0 31 2 0 3 1 3 32 3 1 11 3 13 4 33 7 2 9 2 10 3 34 9 3 18 4 9 3 35 18 6 17 4 21 7 36 29 10 35 8 25 8 37 45 15 39 9 50 15 38 55 19 36 9 62 19 39 42 15 48 11 51 16 40 29 11 44 11 30 10 41 22 8 50 12 26 8 42 15 5 30 7 5 2 43 10 4 31 7 7 2 44 3 1 11 3 1 0 45 0 0 7 2 0 0 46 0 0 0 0 0 0 N 291 418 323 Σ N = 1032

(Yamany 1963) Socrates Newton Aristotle Temp.°C No. °C No. °C No. °C 0 2 3 1 0 0 45 0 0 1 4 0 0 52 0 5 0 0 1 0 28 0 1 1 3 0 0 55 1 4 1 4 0 0 28 0 5 1 3 0 1 95 0 1 5 9 0 0 30 8 3 1 3 0 5 31 4 13 3 11 1 3 25 3 10 5 9 5 5 33 3 9 4 18 3 9 42 5 11 4 15 2 18 32 2 22 8 32 10 56 30 17 20 9 36 12 42 33 19 25 9 36 14 22 38 18 21 11 42 12 54 39 10 30 11 44 11 56 40 8 29 15 20 8 55 41 5 2 5 30 2 12 45 5 5 5 31 4 10 43 0 1 3 11 1 3 44 0 0 5 5 0 0 42 0 0 0 0 0 0 48 418 91 N ΣN = 1037

IRIS INSERTABLE INDEX SETS I.R. - 13 8½ x 11 CEL-U-DEX PRODUCT TRADE MARK REG. U.S. PAT. OFF.

EUROSALPUS CRACIOSA

Urosaurus vegetation preference Eriogonum deserticola |||||||||||||||||||||||||||||||||||||| ||||||| Ephedra sp. ||||||||||||||||||||| Larrea divaricata |||||||||||||||||||III Croton californica ||||||||||||||||||||||||||||||III Dalea emoryi |||| Helianthus |||| Dalea spinosa ||||||||| Petalonyx thurburi ||||||||| Dicoria canescens || Atriplex canescens | Hilaria rigida || Chilopsis linearis || Cercidium || Chrysothamnus sp. | Palofoxia linearis | Encelia |

Eucalyptus Platycerium lanceum Gastrothymus sp Cercidium Chilopsis linearis Hilarion rigidum Aiptis lae carnea Dicoria angustana Totality xynolatus Polar spinosa Heliotrope Dalea moryi Castor californica Larrea divaricata Ephedra sp. Ericgerm deserticola

UROSAURUS GRACIOSA TEMPS (BY MONTH) FEBRUARY x x² x x² x x² x x² x x² x x² 28.9 835.21 25.7 660.49 31.8 1011.24 28.6 817.96 28.9 835.21 32.1 1030.41 34.3 1176.49 N=7 Σx=210.3 Σx²=6,367.01 X̄ = 30.04 (X̄)²=902.4 S²=8.37 S.E.=11.20 =1.10

FEBRUARY (6 MONTH) DINOSAURUS MACROSA TEMPS X X² 28.9 835.21 22.7 515.29 31.8 1011.24 28.2 795.24 28.9 835.21 35.1 1232.01 34.3 1176.49

UROSAURUS GRACIOSA TEMPS (BY MONTH) MARCH x x² x x² x x² x x² x x² x x² 35.1 1232.01 18.4 338.56 36.0 1296.00 18.0 324.00 32.5 1056.25 17.4 302.76 36.4 1324.96 18.2 331.24 32.4 1049.76 18.0 324.00 35.1 1232.01 20.2 408.04 37.6 1413.76 19.4 376.36 all measured on cold day (15.8° to 35.4 1253.16 19.2 368.64 19°C-air temp.) 34.6 1197.16 20.0 400.00 33.9 1149.21 18.6 345.94 40.0 1600.00 22.4 501.74 35.9 1288.81 18.2 331.24 34.2 1169.64 16.6 275.54 34.6 1197.16 37.8 1428.84 N = 39 35.8 1281.64 ΣX = 1124.3 35.6 1267.36 87 152 ΣX² = 34,717.47 25.0 625.00 X̄ = 28.82 29.0 841.00 X̄² = 830.59 27.0 729.00 S² = 61.2 36.5 1332.25 S.E. = √11.57 31.8 1011.24 = 1.25 35.5 1260.25 159 32.0 1024.00 X̄² = 1144.47 33.8 1142.44 S² = 13.32 N 26 S.E. = √0.512 ΣX = 879.7 = .716 ΣX² = 30,089.35 X̄ = 33.83

UROSAURUS FACIALS (BY MONTH) MARCH 32.1 1538.01 18.4 238.89 36.0 1282.00 18.0 254.00 37.5 1086.23 17.4 202.20 36.4 1354.28 18.5 331.54 35.4 1044.36 18.0 254.00 32.1 1522.01 20.5 408.04 37.9 1415.25 16.4 310.36 32.4 1322.10 14.5 308.04 34.0 1199.10 20.0 400.00 33.9 1144.51 18.0 348.00 40.0 1689.00 23.4 201.56 32.2 1388.20 18.5 301.54 34.5 1168.04 16.2 352.24 34.0 1183.10 37.8 1628.84 N = 22 32.8 1241.04 X = 1194.2 32.0 1505.04 Sx = 3410.74 0.22 002.04 X² = 948.6 58.0 8410.0 X̄ = 230.02 52.0 6864.0 σ² = 0.0 55.0 2570.0 μ = 0.0 36.2 1393.28 x̄² = 71.8 31.8 1011.84 32.2 1260.22 35.0 1030.04 X² = 1144.45 33.8 1143.44 σ² = 12.76 N = 0 μ = 216

UROSAURUS GRACIOSA TEMPS (BY MONTH) APRIL x x² x x² x x² x x² x x² x x² 28.6 812.96 39.2 1536.64 24.0 576.00 35.0 1225.00 39.5 1560.25 30.2 912.04 36.6 1339.56 36.0 1296.00 31.0 961.00 35.4 1253.16 40.6 1648.36 34.0 1156.00 36.8 1354.24 39.6 1568.16 38.0 1444.00 36.2 1310.44 39.0 1521.00 33.0 1089.00 35.6 1267.36 34.2 1169.64 34.0 1156.00 36.2 1310.44 31.0 961.00 37.6 1413.76 32.0 1024.00 30.4 924.16 37.2 1383.84 31.7 1004.89 29.0 841.00 37.0 1369.00 35.3 1246.09 28.8 829.44 35.2 1239.04 36.1 1303.21 29.5 870.25 33.0 1089.00 36.5 1332.25 29.0 841.00 N = 72 39.1 1528.81 28.4 806.56 ∑X=2416.5 26.4 696.96 27.4 750.76 ∑x²=82,654.84 35.8 1281.64 28.2 795.24 X̄ = 33.56 34.8 1211.04 25.0 625.00 (X̄)²=1126.27 29.8 888.04 25.4 645.16 S² = 22.0 39.9 1592.01 28.2 795.24 S.E. = √.306 36.6 1339.56 30.6 936.36 = .553 36.2 1310.44 32.0 1024.00 35.8 1281.64 33.4 1115.56 36.0 1296.00 26.0 676.00 40.4 1632.16 22.4 501.76 40.6 1648.36 32.0 1024.00 35.0 1225.00 33.2 1102.24 39.2 1536.64 33.2 1102.24 38.2 1459.24 29.8 888.04 41.4 1713.96 26.0 676.00 40.4 1632.16 27.8 772.84

APRIL X X1 X2 X3 X4 X5 X6 X7 X8 X9 X10 X11 X12 X13 X14 X15 X16 X17 X18 X19 X20 X21 X22 X23 X24 X25 X26 X27 X28 X29 X30 X31 28.6 81208 38.5 1230.84 34.0 240.00 32.0 102400 30.2 1250.25 30.5 210.04 36.9 1335.82 36.0 1296.00 31.0 201.00 32.4 102340 27.0 1048.39 34.0 216.00 30.8 1324.54 39.9 1208.14 38.0 1444.00 36.5 1319.44 36.0 1327.00 33.0 1089.00 32.9 1525.32 36.2 1109.84 34.0 1156.00 36.5 1310.44 31.0 961.00 37.9 1436.41 35.0 10254.00 30.4 1351.16 37.5 1388.04 36.5 1804.32 36.0 918.00 37.0 1369.00 32.3 1540.00 35.8 234.44 37.5 1336.04 36.1 1382.21 36.2 859.22 33.0 1089.00 36.2 1232.22 36.0 847.00 N = 35 36.1 1872.22 36.4 309.28 ΣX = 1244.22 36.4 860.22 36.4 320.26 ΣX² = 44950.25 37.4 1281.24 36.5 332.25 X̄ = 35.59 36.8 1311.24 36.5 0.25 S² = 11.98 36.5 1332.25 36.8 14.25 S = 3.46 36.1 1263.21 36.5 202.25 Σ(X - X̄)² = 378.22 36.9 1338.28 36.9 0.03 S² = 11.04 36.5 1310.24 36.5 0.25 Σ(X - X̄)² = 378.22 32.8 1581.24 32.4 1115.25 36.0 1296.00 36.0 0.00 40.4 1632.16 35.4 250.25 40.9 1672.81 35.9 324.00 32.0 1532.00 32.5 110.25 38.5 1230.25 36.5 110.25 36.8 1429.24 36.8 88.04 41.4 1613.21 36.0 85.00 40.4 1625.16 35.8 113.84

UROSAURUS GRACIOSA TEMPS (BY MONTH) MAY x x² x x² x x² x x² x x² x x² 33.9 1149.21 38.6 1489.96 38.4 1474.56 33.8 1142.44 34.6 1197.16 28.6 817.96 37.6 1413.76 33.0 1089.00 28.9 835.21 30.5 930.25 27.8 772.84 29.2 852.64 31.4 985.96 29.5 870.25 30.8 948.64 28.6 817.96 33.2 1102.24 23.4 547.56 27.8 772.84 35.6 1267.36 30.4 934.16 N = 21 ΣX=665.6 Σx²=21,401.96 X̄ = 31.69 (X̄)² = 1004.25 S² = 15.6 S.E. = √1.748 = .862

MAY 230 169,941 870 148,940 36.0 141,450 38.4 114,544 35.8 110,540 34.0 81,520 28.0 141,540 35.0 109,940 33.0 12,268 38.0 20062 30.2 115,047 38.0 24,520 5.0 20,280 31.0 290,52 29.5 148,940 30.8 81,520 28.0 111,540 33.0 24,520 7.5 155,540 8.0 150,540 9.0 30,400 30.0 [illegible] [illegible] [illegible] [illegible] [illegible] [illegible] [illegible]

UROSAURUS GRACIOSA TEMPS (BY MONTH) JUNE x x² x x² x x² x x² x x² x x² 39.0 1521.00 37.6 1413.76 39.9 1592.01 40.8 1664.64 38.9 1513.21 35.8 1281.64 40.7 1656.49 35.8 1281.64 40.8 1664.64 39.4 1552.36 37.6 1413.76 39.4 1552.36 35.5 1260.25 38.9 1513.21 34.6 1197.16 40.14 1632.16 39.2 1536.64 41.3 1705.69 N = 28 30.0 900.00 Σx = 985.6 26.0 676.00 Σx² = 35,440.62 27.4 750.76 X̄ = 35.20 28.0 784.00 (X̄)² = 1239.04 26.8 718.24 s² = 27.7 30.4 924.16 S.E. = √.990 25.0 625.00 = .995 34.2 1169.64 32.8 1075.84 29.4 864.36 N = 19 Σx = 636.2 Σx² = 21,843.16 X̄ = 33.48

JUNE X Y 360 125700 380 157200 384 157375 404 169960 408 184484 412 181300 422 184200 424 186200 428 185200 430 189000 432 189000 434 189300 437 190900 438 193800 440 193600 445 198000 448 200700

UROSAURUS GRACIOSA TEMPS (BY MONTH) JULY x x² x x² x x² x x² x x² x x² 41.4 1713.96 38.4 1474.56 39.2 1536.64 38.4 1474.56 37.9 1436.41 42.0 1764.00 40.4 1632.16 40,8 1664.64 38.9 1513.21 39.0 1521.00 39.2 1536.64 38.8 1505.44 40.0 1600.00 39.5 1560.25 39.6 1568.16 N = 37 39.3 1544.49 Σx=1459,3 40.5 1640.25 Σx² = 57,634.69 38.8 1505.44 X̄ = 39.44 39.6 1568.16 (X̄)²=1555,51 35.4 1253.16 S² = 2,50 39.0 1521.00 S.E.= √.068 34.4 1183.36 = .261 39.6 1568.16 39.8 1584.09 42.0 1764.00 42.0 1764.00 40.0 1600.00 39.4 1552.36 40.4 1632.16 39.6 1568.16 40.0 1600.00 39.0 1521.00 38.4 1474.56 40.0 1600-00 39.4 1552.36 39.8 1584.04 39.4 1552.36

DROSARUS GRACE TEMPS (BY MONTH) JULY X X X X X X X X X X X X X X X X X X X 125.34 8.8E 1264.04 8.8E 1224.34 H.PE 1244.04 0.0H 1264.04 0.0H 1244.04 0.0H 1244.04 0.0H 1254.04 8.8E 1234.04 H.PE 1264.04 0.0H 1234.04 8.8E 1254.04 8.8E 1244.04 H.PE 1244.04 H.PE 1234.04 8.8E 1244.04 0.0H 1264.04 8.8E 1254.04 8.8E 1234.04 H.PE 1244.04 H.PE 1244.04 0.0H 1244.04 0.0H 1264.04 0.0H 1254.04 8.8E 1234.04 H.PE 1244.04 0.0H 1244.04 0.0H 1264.04 0.0H 1254.04 8.8E 1234.04 H.PE 1244.04 0.0H 1244.04 0.0H 1264.04 0.0H 1254.04 8.8E 1234.04 H.PE 1244.04 0.0H 1244.04 0.0H

UROSAURUS GRACIOSA TEMPS (BY MONTH) AUGUST x x² x x² x x² x x² x x² x x² 33.4 1115.56 N = 30 38.8 1505.44 ΣX = 1111.7 35.5 1260.25 ΣX² = 41,930.07 36.6 1339.56 X̄ = 37.05 23.0 529.00 (X̄)² = 1372.70 24.9 620.01 S² = 25.8 33.4 1115.56 S.E. = √0.860 28.6 817.96 = .927 29.6 876.16 40.4 1632.16 42.6 1814.76 41.8 1747.24 37.4 1398.76 34.0 1156.00 36.4 1324.96 39.2 1536.64 42.2 1780.84 41.2 1697.44 39.8 1584.04 41.4 1713.96 40.8 1664.64 39.0 1521.00 39.4 1552.36 39.0 1521.00 38.6 1489.96 37.5 1406.25 36.0 1296.00 42.6 1814.76 41.4 1713.96 37.2 1383.84

AUGUST 1800SAVING (4 MONTH) TEMPS 35.5 1262.25 41.5 1722.25 41.5 1722.25 39.0 1521.00 39.5 1560.25 39.5 1560.25 41.8 1747.24 40.0 1600.00 39.0 1521.00 40.8 1664.64 41.4 1713.96 40.8 1664.64 38.8 1505.44 41.5 1722.25 39.0 1521.00 40.8 1664.64 40.8 1664.64 41.8 1747.24 40.8 1664.64 39.0 1521.00 40.5 1640.25 40.8 1664.64 38.0 1444.00 40.8 1664.64 40.8 1664.64 40.8 1664.64 39.0 1521.00 39.5 1560.25 39.0 1521.00 40.5 1640.25 37.8 1428.84 38.8 1505.44 39.0 1521.00 40.8 1664.64 40.8 1664.64 40.8 1664.64 39.0 1521.00 39.0 1521.00 39.0 1521.00 39.0 1521.00 39.0 1521.00

UROSAURUS GRACIOSA TEMPS (BY MONTH) SEPTEMBER X X² X X² X X² X X² X X² X X² 37.8 1428.84 38.6 1489.96 33.9 1149.21 38.2 1459.24 36.0 1296.00 39.0 1521.00 35.7 1274.49 38.4 1474.56 36.6 1339.56 39.0 1521.00 37.4 1398.76 N=36 37.4 1398.76 ∑X = 1337.6 38.3 1466.89 ∑X² = 49,863.50 39.4 1552.36 X̄ = 37.15 37.1 1376.41 (X̄)² = 1380.12 34.7 1204.09 S² = 5.12 30.8 948.64 S.R. = √.142 35.5 1260.25 = .377 37.5 1406.25 35.5 1260.25 37.8 1428.84 40.6 1648.36 41.0 1681.00 41.0 1681.00 39.0 1521.00 39.2 1536.64 34.0 1156.00 35.0 1225.00 36.0 1296.00 36.4 1324.96 36.0 1296.00 36.8 1354.24 35.4 1253.16 36.0 1296.00 36.8 1354.24 39.8 1584.04

SEPTEMBER (RUN MONTH) X² X x² x 35.8 122.64 36.0 1296.00 36.0 1296.00 34.0 1156.00 37.8 1428.84 38.0 1444.00 38.0 1444.00 37.2 1383.84 35.6 1267.36 36.0 1296.00 35.4 1253.16 35.4 1253.16 35.4 1253.16 35.4 1253.16 38.4 1474.56 38.4 1474.56 38.2 1459.24 38.2 1459.24 38.0 1444.00 38.0 1444.00 35.8 1281.64 35.8 1281.64 33.2 1102.24 33.2 1102.24 32.2 1036.84 32.2 1036.84 35.2 1239.04 35.2 1239.04 36.0 1296.00 36.0 1296.00 37.8 1428.84 37.8 1428.84 38.0 1444.00 38.0 1444.00 38.4 1474.56 38.4 1474.56

UROSAURUS GRACIOSA TEMPS (BY MONTH) OCTOBER X X² X X² X X² X X² X X² X X² 35.6 1267.36 37.5 1406.25 37.4 1398.76 32.2 1036.84 N = 4 ΣX = 142.7 ΣX² = 5109.21 X̄ = 35.67 (X̄)² = 1272.34 39.8 1584.04 40.4 1632.16 33.8 1142.44 40.1 1608.01 37.0 1369.00 33.8 1142.44 ΣX = 367.6 ΣX² = 13587.30 N = 10 X̄ = 36.8 (X̄)² = 1354.24 S² = 4.99 S.E: √.499 = .71

URSAURUS ANALYSIS (BY MONTH) TEMPS OCTOBER X 32.5 1838.24 35.4 1348.26 37.2 1409.32 32.6 1625.28 n = 4 Σx = 137.7 Σx² = 4725.24 X̄ = 34.425 Sₓ = 1.93

UROSAURUS (84 MONTH) TEMPS NOVEMBER x x² x x² x x² x x² x x² x x² 29.4 864.36 28.2 795.24 N=2 ΣX = 57,6 ΣX² = 1659.6 X̄ = 28,80 (X̄)² = 829,44

UROSAURUS GRACIOSA TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² x x² 41.4 1713.96 35.9 1288.81 39.6 1568.16 40.0 1600.00 22.4 501.76 33.4 1115.56 34.2 1169.64 42.2 1780.84 39.4 1552.36 32.0 1024.00 36.6 1339.56 37.8 1428.84 39.8 1584.04 38.4 1474.56 27.8 772.84 23.0 529.00 35.8 1281.64 35.5 1260.25 38.4 1474.56 27.8 772.84 24.9 620.01 35.6 1267.36 37.5 1406.25 42.0 1764.00 35.6 1267.36 33.4 1115.56 35.0 1225.00 35.5 1260.25 40.8 1664.64 32.8 1075.84 29.6 876.16 36.6 1339.56 35.6 1267.36 38.8 1505.44 29.4 864.36 40.4 1632.16 31.7 1004.89 32.2 1036.84 41.4 1713.96 32.0 1024.00 42.6 1814.76 35.3 1246.09 35.8 1281.64 40.8 1664.64 33.8 1142.44 41.8 1747.24 36.1 1303.21 34.8 1211.04 39.4 1552.36 34.0 1156.00 34.8 1428.84 36.5 1332.25 29.8 888.04 36.0 1296.00 38.0 1444.00 33.9 1149.21 39.1 1528.81 36.0 1296.00 42.6 1814.76 37.6 1413.76 36.0 1296.00 33.9 1149.21 40.4 1632.16 41.4 1713.96 37.0 1369.00 35.7 1274.49 38.4 1474.56 40.6 1648.36 40.6 1648.36 N = 133 37.4 1398.76 33.8 1142.44 35.0 1225.00 41.0 1681.00 Σx = 4736.5 39.4 1552.36 28.6 817.96 40.4 1632.16 39.0 1521.00 Σx² = 171,586.39 37.1 1376.41 38.9 1513.21 39.2 1536.64 39.2 1536.64 x̄ = 35.61 34.7 1204.09 40.7 1656.49 39.5 1560.25 36.0 1296.00 30.8 948.64 40.8 1664.64 31.4 985.96 36.0 1296.00 25.7 660.49 37.9 1436.41 30.8 948.64 36.8 1354.24 35.8 1281.64 31.8 1011.24 40.0 1600.00 34.6 1197.16 38.2 1459.24 35.8 1281.64 28.6 817.96 40.5 1640.25 39.2 1536.64 38.4 1474.56 39.4 1552.36 32.1 1030.41 38.8 1505.44 26.0 676.00 39.0 1521.00 38.9 1513.21 34.3 1176.49 37.4 1398.76 27.4 750.76 39.6 1568.16 41.3 1705.69 35.1 1232.01 34.0 1156.00 25.0 625.00 34.2 1169.64 N = 138 32.4 1049.76 39.2 1536.64 39.0 1521.00 31.0 961.00 Σx = 4927.7 37.6 1413.76 25.0 625.00 39.6 1568.16 25.0 625.00 Σx² = 178,920.93 34.6 1197.16 26.2 686.44 39.8 1584.04 28.2 795.24 x̄ = 35.70 33.9 1149.21 36.5 1332.25 42.0 1764.00 33.4 1115.56 (x̄)² = 1274.49 40.0 1600.00 35.5 1260.25 39.4 1552.36 26.0 676.00 s² = 22.2 S.E. = √(22.2/138) = .401

10.0 7.8 6.5 4.2 3.0 2.1 1.5 1.0 0.8 0.5 0.2

UROSAURUS GRACIOSA TEMPS (BY SEX) ♀ x x² x x² x x² x x² x x² x x² 39.0 1521.00 40.4 1632.16 28.0 784.00 29.0 841.00 37.6 1413.76 39.2 1536.64 38.9 1513.21 26.8 718.24 28.8 829.44 40.8 1664.64 38.8 1505.44 39.2 1536.64 30.4 924.16 29.0 841.00 39.4 1552.36 35.5 1260.25 39.6 1568.16 35.4 1253.16 28.4 806.56 40.4 1632.16 28.6 817.96 39.3 1544.49 34.4 1183.36 28.2 795.24 N = 120 36.6 1339.56 36.4 1324.96 42.0 1764.00 25.4 645.16 ΣX = 4191.4 37.4 1398.76 29.0 841.00 40.0 1600.00 30.6 936.36 Σx² = 148,853.00 38.3 1466.89 27.0 729.00 40.4 1632.16 32.0 1024.00 X̄ = 34.92 29.4 864.36 31.8 1011.24 39.6 1568.16 33.2 1102.24 (X̄)² = 1219.40 28.2 795.24 35.5 1260.25 40.0 1600.00 33.2 1102.24 S² = 21.2 28.9 835.21 41.2 1697.44 39.0 1521.00 29.8 888.04 S.E. = √1.77 36.0 1296.00 32.8 1428.84 38.4 1474.56 26.0 676.00 = .420 32.5 1056.25 37.5 1406.25 39.4 1552.36 24.0 576.00 36.4 1324.96 37.4 1398.76 39.8 1584.04 30.2 912.04 35.1 1232.01 39.9 1592.01 39.0 1521.00 31.0 961.00 35.4 1253.16 36.6 1339.56 39.5 1560.25 23.4 547.56 34.6 1197.16 36.2 1310.44 39.0 1521.00 30.4 924.16 28.6 817.96 35.8 1281.64 39.0 1521.00 34.2 1169.64 35.4 1253.16 36.0 1296.00 38.6 1489.96 33.0 1089.00 36.8 1354.24 39.2 1536.64 37.5 1406.25 34.0 1156.00 36.2 1310.44 38.2 1459.24 37.2 1383.84 37.2 1383.84 35.6 1267.36 41.4 1713.96 41.0 1681.00 35.2 1239.04 36.2 1310.44 40.6 1648.36 36.4 1324.96 33.0 1089.00 32.0 1024.00 33.0 1089.00 36.0 1296.00 N = 116 26.4 696.96 28.9 835.21 36.8 1354.24 ΣX = 4033.2 38.6 1489.96 30.5 930.25 35.4 1253.16 Σx² = 142,590.08 34.6 1197.16 27.8 772.84 39.8 1584.04 X̄ = 34.76 37.6 1413.76 29.2 852.64 38.6 1489.96 39.9 1592.01 29.5 870.25 39.0 1521.00 37.6 1413.76 30.0 900.00 39.0 1521.00 34.0 1156.00 35.0 1225.00 30.4 924.16

UROSAURUS GENEALOGY TEMPS (RY SEX) ♀ 35.0 1827.00 40.4 16227.10 58.0 28000 27.0 19800 37.6 14132.2 33.5 12000 38.0 15127.10 58.0 27800 28.0 231.44 40.0 1098.04 38.8 15200 35.5 13272.10 30.4 20400 33.0 83400 33.4 16122.2 38.2 1750.00 39.0 12881.10 33.4 213251 43.5 200.20 41.0 14014 38.0 1800 39.3 15441 34H 11800 38.5 347.54 N=150 36.0 133250 30.4 125410 45.0 19600 24.2 200.20 X = 101.19 38.0 13800 50.0 10000 H.H 20.0 230.0 X = 78.0 38.3 14600 50.0 15000 40.4 192510 38.0 1654 20.0 2415 39.0 262.40 8.10 101.110 2.95 128810 33.0 1100.54 X = 78.0 48.0 284.24 32.2 17000 40.0 16000 33.5 1000.0 20.0 2415 48.0 18290 41.5 882.54 38.0 1237.00 55.0 1000.0 X = 78.0 36.0 15200 35.8 882.54 38.4 19424.20 58.0 83400 30.0 2415 35.2 1022.20 38.2 14000 36A 1225.30 24.0 2000 X = 78.0 36.0 12800 4.70 36.8910 38.0 1284.90 30.5 815.10 X = 78.0 32.0 10220 39.9 15400 30.0 1257.00 31.0 86000 X = 78.0 32.0 123210 4.30 133320 39.2 12800 28.0 24254 X = 78.0 39.0 11910 5.0 1310.0 36.0 15200 30.0 341.10 X = 78.0 32.0 181.80 35.0 158110 30.0 125100 34.5 11000 X = 78.0 33.0 102210 36.0 12600 38.0 198.90 33.0 10800 X = 78.0 36.0 1324.54 35.5 1230.94 35.2 1400.20 34.0 11600 X = 78.0 36.0 131400 5.80 140.8210 35.5 1282.94 33.0 11600 X = 78.0 32.0 12800 41.4 15112 46.0 1051.00 32.5 12200 X = 78.0 36.0 12100 40.0 16400 36.4 1254.10 33.0 10800 X = 78.0 35.0 10100 33.0 8800 36.0 1254.00 N=110 X = 80.33 36.0 129.00 4.8 1288.9 36.8 1284.54 X = 78.0 38.0 12900 30.2 152.00 32.4 15200 X = 78.0 34.0 11650 5.8 12580 38.0 12800 X = 78.0 35.0 12100 6.0 12500 38.0 14880 X = 78.0 39.0 12300 36.0 8000 39.0 1251.00 X = 78.0 35.0 12100 5.0 8000 39.0 1251.00

UROSAURUS GRACIOSA TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 39.0 1521.00 31.8 1011.24 32.0 1024.00 36.4 1324.96 40.4 1632.16 34.4 1183.36 39.2 1536.64 28.6 817.96 31.7 1004.89 39.2 1536.64 40.6 1648.36 39.6 1568.16 33.4 1115.56 28.9 835.21 35.3 1246.09 25.0 625.00 35.0 1225.00 39.8 1584.04 38.8 1505.44 32.1 1030.41 36.1 1303.21 29.0 841.00 39.2 1536.64 42.0 1764.00 35.5 1260.25 34.3 1176.49 36.5 1332.25 26.2 686.44 38.2 1459.24 42.0 1764.00 36.6 1339.56 35.1 1232.01 39.1 1528.81 27.0 729.00 41.4 1713.96 40.0 1600.00 23.0 529.00 36.0 1296.00 26.4 1696.96 36.5 1332.25 40.4 1632.16 39.4 1552.36 24.9 620.01 32.5 1056.25 33.9 1149.21 31.8 1011.24 39.2 1536.64 40.4 1632.16 33.4 1115.56 36.4 1324.96 38.6 1489.96 35.5 1260.25 39.5 1560.25 39.6 1568.16 28.6 817.96 32.4 1049.76 38.4 1474.56 35.5 1260.25 36.0 1296.00 40.0 1600.00 29.6 876.16 35.1 1232.01 33.8 1142.44 39.6 1568.16 40.6 1648.36 39.6 1568.16 40.4 1632.16 37.6 1413.76 34.6 1197.16 42.2 1780.84 33.0 1089.00 38.4 1474.56 42.6 1814.76 35.4 1253.16 28.6 817.96 41.2 1697.49 28.9 835.21 40.0 1600.00 41.8 1747.24 34.6 1197.16 32.6 1413.76 39.8 1584.04 30.5 930.25 39.4 1552.36 32.8 1428.84 33.9 1149.21 39.9 1592.01 35.5 1260.25 22.8 722.84 39.8 1584.04 33.9 1149.21 40.0 1600.00 38.9 1513.21 32.5 1406.25 29.2 852.64 39.4 1552.36 36.0 1296.00 35.9 1288.81 40.7 1656.49 35.5 1260.25 31.4 985.96 38.4 1474.56 35.7 1274.49 34.2 1169.64 40.8 1664.64 37.8 1428.84 29.5 870.25 38.4 1474.56 36.6 1339.56 34.6 1197.16 37.6 1413.76 35.6 1267.36 30.8 948.64 42.6 1814.76 37.4 1388.76 37.8 1428.84 37.9 1436.41 37.5 1406.25 34.6 1197.16 40.8 1664.64 37.4 1388.76 35.8 1281.64 40.4 1632.16 37.4 1398.76 39.2 1536.64 39.0 1521.00 38.3 1466.89 35.6 1267.36 38.9 1513.21 32.2 1036.84 30.0 900.00 38.8 1505.44 39.4 1552.36 28.6 817.96 39.2 1536.64 35.8 1281.64 26.0 676.00 39.5 1560.25 37.1 1376.41 35.0 1225.00 40.0 1600.00 34.8 1211.04 27.4 750.76 41.4 1713.96 34.7 1204.09 36.6 1339.56 39.6 1568.16 29.8 888.04 28.0 784.00 40.8 1664.64 30.8 948.64 35.4 1253.16 39.3 1544.49 39.9 1592.01 26.8 718.24 39.0 1521.00 29.4 864.36 36.8 1354.24 40.5 1640.25 36.6 1339.56 30.4 924.16 39.4 1552.36 28.2 795.24 36.2 1310.44 38.8 1505.44 36.2 1310.44 25.0 625.00 39.0 1521.00 28.9 835.21 35.6 1267.36 37.4 1398.76 35.8 1281.64 35.4 1253.16 38.6 1489.96 25.7 660.49 36.2 1310.44 34.0 1156.00 36.0 1296.00 39.0 1521.00 37.5 1406.25 40.6 1648.36 41.0 1681.00 41.0 1681.00 39.0 1521.00 39.2 1536.64 34.0 1156.00

ADULT [illegible] [illegible] [illegible] [illegible] [illegible] [illegible]

UROSARUS GRACIOSA TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 36.0 1296.00 28.2 795.24 37.6 1413.76 41.4 1713.96 30.6 936.36 40.8 1664.64 37.2 1383.84 32.0 1024.00 35.8 1281.64 35.0 1225.00 33.4 1115.56 39.4 1552.36 36.0 1296.00 26.0 676.00 39.4 1552.36 36.4 1324.96 22.4 501.76 38.9 1513.21 36.0 1296.00 33.2 1102.24 40.4 1632.16 36.8 1354.24 29.8 888.04 N = 252 35.4 1253.16 26.0 676.00 Σx = 8879.8 36.0 1296.00 24.0 576.00 Σx² = 319,304.90 36.8 1354.24 30.2 912.04 X̄ = 35.23 39.8 1584.04 31.0 961.00 (X̄)² = 1241.15 38.6 1489.96 23.4 547.56 S² = 25.7 38.2 1459.24 27.8 772.84 S.E. = √1.102 39.0 1521.00 35.6 1267.36 = .319 38.4 1474.56 30.4 924.16 39.0 1521.00 34.2 1169.64 39.6 1568.16 32.8 1075.84 39.0 1521.00 29.4 864.36 34.2 1169.64 32.0 1024.00 31.0 961.00 33.8 1142.44 30.4 924.16 34.0 1156.00 29.0 841.00 38.0 1444.00 28.8 829.44 33.0 1089.00 29.5 870.25 34.0 1156.00 29.0 841.00 37.6 1413.76 28.4 806.56 37.2 1383.84 27.4 750.76 33.0 1089.00 28.2 795.24 N = 245 25.0 625.00 Σx = 8607.5 25.4 645.16 Σx² = 308,694.77 X̄ = 35.13 Total Urosaurus X̄ = 35.3 S² = 21.7

ADULT I 30.0 1548.00 32.5 14.285 37.6 39.0 41.4 1213.80 30.0 13.200 40.8 40.8 32.5 1383.80 33.0 10.588 32.2 1383.80 32.0 1522.00 33.4 1162.50 37.4 1522.50 36.0 1569.00 30.0 9.360 38.4 1222.50 30.4 1544.00 33.4 10.605 38.8 1515.5 36.0 1588.00 33.5 11.167 40.4 1409.00 36.0 1324.00 28.5 7.917 40.8 1408.80 32.4 1523.00 35.0 10.938 = X 8.9978 36.0 1588.00 36.0 10.952 < X 20.00, 9.16 38.4 1424.00 34.5 11.510 < X 8.8, 32 = X 38.8 1424.00 33.2 10.909 31.7461 = X 38.8 1424.00 33.4 10.4520 0.26 = X 38.8 1424.00 33.8 10.484 < 31, J = 7.0 36.0 1294.00 28.0 15.083 P/B; 33.4 1434.00 34.0 13.960 36.0 1500.00 33.4 14.201 36.0 1520.00 38.0 15.98 35.0 1506.00 35.0 14.276 31.0 1300.00 33.6 14.525 30.4 1174.00 34.0 10.231 35.0 1440.00 38.0 13.911 33.5 1444.00 33.0 10.872 25.0 1000.00 34.0 11.765 35.0 1340.00 35.0 14.159 48.5 1380.00 35.5 13.821 35.0 1530.00 33.0 16.870 38.5 1300.00 30.0 12.981 0.22 00.00 0.00

UROSAURUS graciosa TEMPS (BY AGE) IMMATURE X X² X X² X X² X X² X X² X X² 42.0 1764.00 32.0 1024.00 33.2 1102.24 27.8 772.84 37.0 1369.00 35.2 1239.04 N = 6 Σx = 207.2 Σx² = 7271.12 X̄ = 34.53 35.8 1281.64 41.3 1705.69 N = 8 Σx = 284.3 Σx² = 10,258.45 X̄ = 35.53 (X̄)² = 1262.38 S² = 22.8 S.E. = √2.85 = 1.69

IMMATURE X X X X X X X X X X X 0 0.54 3.0 3.0 32.5 32.5 8.76 8.76 35.0 35.0 32.5 32.5 N = 6 Z x = 150.6 Z x^2 = 3249.14 X̄ = 25.1 S = 11.38 Z (x - X̄)^2 = 1279.72 S^2 = 255.94 S = 16.0 [illegible]

UROSAURUS GRACIOSA TEMPS (BY AGE) JUVENILE x x² x x² x x² x x² x x² x x² 41.4 1713.96 N = 1 ∑x = 41.4 X̄ = 41.4 ∑x² = 1713.96 (X̄)² = 1713.96

H₂S 1 = 01 P₁V₁ = x3 P₁V₁ = x 2PC151 - X1 2PC151 - X1

UTA SWISSGURIANA

UTA STAN8BURJANA

UTA STANSBURIANA TEMPS (BY MONTH) JANUARY x x² x x² x x² x x² x x² x x² 30.2 912.04 33,8 30.0 900.00 36,0 36.0 1296.00 33,8 35.6 1267.36 35.4 1253.16 N = 5 ΣX = 167.2 ΣX² = 5628.56 X̄ = 33.44 (X̄)² = 1118,23 S² = 9.35 S.E. = √1.87 = 1.37

JANUARY X X² 50.2 30 J 30.0 38.0 37.6 32.4 N = 5 ΣX = 188.2 X̄ = 37.64 (ΣX)² = 35419.69 X² = 7119.08 S.E.

UTA STANSBURIANA TEMPS (BY MONTH) FEBRUARY x x² x x² x x² x x² x x² x x² 37,0 1369.00 31,8 1011.24 30,8 948.64 36.6 1339.56 36.8 1354.24 37.0 1369.00 35.6 1267.36 36.4 1324.96 31.6 998.56 37.4 1398.76 36.6 1339.56 34.8 1211.04 31.4 985.96 N= 13 ΣX= 453,8 ΣX²= 15917,88 X̄ = 34.9 (X̄)² = 1218.01 Range = 30,8-37.4 S² = (15917,88 - 13(1218,01)) / 12 = 83,75 / 12 = 6.98 SE = √(6.98 / 13) = √.53 = .73 2 SE 33,4 36.4

FEBRUARY X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² X X² temp. 31.4 182.2 34.6 151.0 36.9 132.7 35.4 132.5 31.9 168.2 36.4 132.4 32.9 168.2 35.0 128.0 36.8 132.4 36.9 132.7 30.8 148.4 31.8 161.3 35.0 132.0

UTA STANSBURIANA TEMPS (BY MONTH) MARCH X x² X x² X x² X x² X x² X x² 33.8 1142.44 36.8 1354.24 33.0 1089.00 36.0 1296.00 36.8 1354.24 36.2 1310.44 36.9 1361.61 35.2 1239.04 30.8 948.64 36.2 1310.44 34.3 1176.49 35.0 1225.00 31.0 961.00 32.8 1075.84 35.6 1267.36 33.2 1102.24 36.0 1296.00 35.0 1225.00 36.6 1339.56 33.0 1089.00 34.8 1211.04 28.4 806.56 35.9 1288.81 33.4 1115.56 35.4 1253.16 36.2 1310.44 33.2 1102.24 39.6 1568.16 36.0 1296.00 35.5 1260.25 37.4 1398.76 [illegible] 36.8 1354.24 33.9 1149.21 33.6 1128.96 N = 45 35.3 1246.09 ∑X = 1567.3 36.0 1296.00 ∑x² = 54756.43 34.0 1156.00 X̄ = 34.82 35.0 1225.00 (X̄) = 1212,43 34.6 1197.16 S² = 4.48 36.0 1296.00 S.E. = √.100 33.7 1135.69 = .316 32.4 1049.76 34.8 1211.04 36.6 1339.56 34.6 1197.16

UTD STATIONARY TEMPS (BY MONTH) MARCH

UTA STANSBURIANA TEMPS (BY MONTH) APRIL x x² x x² x x² x x² x x² x x² 36.8 1354.24 s² = 7.23 38.6 1489.96 S.E. = √.268 36.8 1354.24 = .518 35.3 1246.09 30.6 936.36 37.2 1383.84 35.4 1253.16 32.8 1075.84 35.9 1288.81 37.5 1406.25 33.2 1102.24 32.8 1075.84 30.5 930.25 30.7 942.49 30.4 924.16 39.2 1169.64 36.6 1339.56 39.8 1211.04 37.0 1369.00 32.4 1049.76 35.0 1225.00 34.4 1183.36 33.0 1089.00 35.4 1253.16 39.0 1521.00 30.5 930.25 38.0 1444.00 N = 27 Σx = 934.8 Σx² = 32548.54 x̄ = 34.62 (x̄)² = 1198.54

UTA STAFFBURIAH TEMPS (8Y MONTH) APRIL 36.8 1294.34 38.2 1407.26 30.8 1234.56 32.3 1246.01 30.8 1236.38 35.2 1363.49 32.4 1223.16 35.8 1043.01 32.8 1222.88 35.2 1404.25 33.8 1105.81 35.8 1072.96 30.2 1234.00 30.7 1115.44 30.8 1244.19 30.2 1118.11 30.8 1232.88 30.8 1211.61 35.0 1050.00 35.4 1047.11 32.0 1220.00 34.4 1183.36 33.0 1084.00 32.4 1323.16 35.0 1251.00 30.2 1210.22 38.0 1441.98 N=32

UTA STANSBURIANA TEMPS (BY MONTH) MAY X X² X X² X X² X X² X X² X X² 35.6 1267.36 34.4 1183.36 34.8 1211.04 32.6 1062.76 36.0 1296.00 38.4 1474.56 33.0 1089.00 34.8 1211.04 29.0 841.00 37.0 1369.00 38.2 1459.24 26.0 676.00 30.6 936.36 N = 13 ΣX = 440.4 Σx² = 15076.72 X̄ = 33.87 (X̄)² = 1147.17 s² = 13.6 S.E. = √11.05 = 1.02

MAY ATA STARS BURAMA TEAPS (BY MONTH) 35.0 125.84 34.0 118.3-2x 34.8 [2116.94 35.0 109.5201 36.0 1289.00 38.4 1644.125f 33.0 1022.00 34.8 1241.04 33.0 844.00 35.0 1398.00 38.5 1482.34 36.0 1292.00 30.0 820.3f N = 13 ∑X = 444.5 ∑X² = 13508.75 X̄ = 33.42 Σ(X) = [illegible] S.D. = 1.82 CV = 5.45%

UTA STANSBURIANA TEMPS (BY MONTH) JUNE x x² x x² x x² x x² x x² x x² 37.2 1383.84 36.4 1324.96 38.0 1444.00 N = 31 38.2 1459.24 ∑ x = 1137.5 37.3 1391.29 ∑ x² = 41806.29 40.2 1616.04 X̄ = 36.69 35.2 1239.04 (X̄)² = 1346.15 35.6 1267.36 S² = 2.52 35.6 1267.36 S.E = √0.081 39.0 1521.00 = .285 37.0 1369.00 36.0 1296.00 37.0 1369.00 37.0 1369.00 34.0 1156.00 37.0 1369.00 37.0 1369.00 37.2 1383.84 36.2 1310.44 36.6 1339.56 34.0 1156.00 36.6 1339.56 35.4 1253.16 35.8 1281.64 38.6 1489.96 36.6 1339.56 33.0 1089.00 37.0 1369.00 37.0 1369.00 38.8 1505.44 37.0 1369.00

JUNE (8Y AON'T) UTA ZARREZNAHTE ATU TEMP2

UTA STANSBURIANA TEMPS (BY MONTH) JULY x x² x x² x x² x x² x x² x x² 36.0 1296.00 36.0 1296.00 33.5 1122.25 35.6 1267.36 35.0 1225.00 34.2 1169.64 33.9 1149.21 N = 7 ΣX = 244.2 ΣX² = 8525.46 X̄ = 34.88 (X̄)² = 1216.61 S² = 1.53 S.E. = √0.218 = .467

JULY X X² 30.0 900.00 30.0 900.00 33.2 1102.24 32.0 1024.00 32.0 1024.00 34.5 1190.25 33.8 1142.44

UTA STANSBURIANA TEMPS (BY MONTH) AUGUST x x² x x² x x² x x² x x² x x² 34.0 1156.00 38.0 1444.00 35.4 1253.16 37.7 1421.29 37.0 1369.00 36.8 1354.24 37.4 1398.76 N = 7 Σx = 256.3 Σx² = 9396.45 X̄ = 36.61 (X̄)² = 1340.29 S² = 2.40 SE = √.343 = .586 36.8 1354.24 37.8 1428.84 37.1 1376.41 39.4 1552.36 36.8 1354.24 38.2 1459.24 37.8 1428.84 37.2 1383.84 N = 15 ΣX = 557.4 ΣX² = 20734.46 X̄ = 37.1 (X̄)² = 1376.41 Range = 34.0 - 39.4°C S² = (20734.46 - 15(1376.41)) / 14 = 88.31 / 14 = 6.31 SE = √(6.31 / 15) = √.42 = .65

AUGUST x 34.0 1128.00 38.0 MMH:00 32.4 1529.76 37.7 1421.29 37.0 1369.00 36.8 1354.24 35.4 1253.16 n=7 Σx = 251.3 Σx² = 9105.45 X̄ = 35.9 (Σx)² = 63249 Σx² - (Σx)²/n = 2831.45 = 404.49 Sd = √(404.49/6) = √67.415 = 8.21 E.d = ((35.9)(37) - (251.3)(13.8)) / 37 = 1254.3 / 37 = 33.90 n = 7 Σx² = 3022.46 X̄ = 43.18

UTA STANSBURIANA TEMPS (BY MONTH) SEPTEMBER x x² 31.7 1004.89 33.0 1089 29.5 870.25 38.0 1444.00 37.0 1369.00 36.6 1339.56 35.7 1274.49 34.8 1211.04 36.0 1296.00 36.3 1317.69 35.0 1225.00 36.2 1310.44 36.4 1324.96 26.6 707.56 25.9 670.81 39.0 1521.00 37.8 1428.84 39.8 1584.04 39.8 1584.04 35.2 1239.04 N=20 ΣX = 700.3 Σx² = 24811.65 X̄ = 35.01 (X̄)² = 1225.70 s² = 15.66 S.E. = √1.783 = .885

SEPTEMBER VIA STATIONARY TEMPS

UTA STANSBURIANA TEMPS (BY MONTH) OCTOBER N = 3 Σx = 108.2 ΣX² = 3905.5 X̄ = 36.06 (X̄)² = 1300.32

OCTOBER (8 MONTH) UTILIZATION TEMPS

UTA stanburiana Temps. (By Mouth) NOVEMBER x x² 37,6 1413,76 33,2 1102,24 34,0 1156,00 38,0 1444,00 37,5 1406,25 35,8 1281,64 36,5 1332,25 35,0 1225,00 36,8 1354,24 N = 9 ΣX = 324,4 ΣX² = 11,715,38 X̄ = 36,0 (X̄)² = 1296,00

November X 2x 10.31 8.5 44.501 9.55 00.671 0.46 80.301 0.36 26.00 2.55 03.18 8.26 26.58 2.06 69.26 0.26 46.72 8.26 P = M Y x PCP = X 3 86.21 F J = X 3 0.08 = X 06.29 51 = (X)

UTA stansburiana Temps. (By Month) DECEMBER x x² 32.6 36.6 36.4 35,2 32.0

(87 Month) DECEMBER X X^2

UTA STANSBURIANA TEMPS (BY SEX) ♂ x x² x x² x x² x x² x x² 33.8 1142.44 36.0 1296.00 33.2 1102.24 38.6 1489.96 37.1 32.2 1383.84 36.6 1339.56 35.0 1225.00 36.6 1339.56 36.8 38.0 1444.00 34.8 1211.04 28.4 806.56 37.0 1369.00 36.8 36.0 1296.00 35.4 1253.16 33.4 1115.56 37.0 1369.00 38.2 36.0 1296.00 36.0 1296.00 36.2 1310.44 38.8 1505.44 37.2 33.5 1122.25 37.4 1398.76 35.5 1260.25 37.0 1369.00 37.6 35.6 1267.36 35.3 1246.09 30.4 924.16 36.8 1354.24 38.0 34.0 1156.00 35.0 1225.00 34.2 1169.64 37.4 1398.76 37.5 35.4 1253.16 34.6 1197.16 36.6 1339.56 33.0 1089.00 35.8 37.7 1421.29 36.0 1296.00 37.8 1428.84 29.0 841.00 36.5 32.0 1369.00 32.4 1049.76 39.8 1584.04 38.2 1459.24 36.8 31.7 1004.89 34.8 1211.04 39.8 1584.04 34.2 1169.64 32.6 33.0 1089.00 36.8 1354.24 32.4 1049.76 36.0 1296.00 36.6 29.5 870.25 38.6 1489.96 35.0 1225.00 35.6 1267.36 36.4 38.0 1444.00 35.3 1246.09 35.4 1253.16 35.4 1253.16 35.2 37.0 1369.00 30.6 936.36 34.8 1211.04 38.0 1444.00 32.0 36.6 1339.56 37.2 1383.84 35.2 1239.04 30.6 936.36 33.8 34.8 1211.04 35.4 1253.16 35.6 1267.36 N = 107 36.0 1296.00 35.9 1288.81 35.6 1267.36 Σx = 3777.2 36.3 1317.69 32.5 1406.25 37.0 1369.00 Σx² = 133,977.98 35.0 1225.00 33.2 1102.24 36.0 1296.00 X̄ = 35.30 36.2 1310.44 32.8 1075.84 37.0 1369.00 (X)² = 1246.09 25.9 670.81 30.7 942.49 37.0 1369.00 S² = 6.10 35.4 1253.16 35.6 1267.36 37.0 1369.00 S.E. = √1.057 30.2 912.04 40.2 1616.04 37.2 1383.84 = .239 33.0 1089.00 34.6 1197.16 36.2 1310.44 36.9 1361.61 36.2 1310.44 36.6 1339.56 34.3 1176.49 35.2 1239.04 36.6 1339.56 31.0 961.00 36.2 1310.44 35.4 1253.16 35.6 1267.36 35.0 1225.00 35.8 1281.64

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UTA STANSBURIANA TEMPS (BY SEX) ADULT ♀ X X² X X² X X² X X² X X² X X² 38.2 1459.24 39.0 1521.00 39.4 35.0 1225.00 35.2 1239.04 37.8 38.0 1444.00 34.8 1211.04 37.8 35.7 1274.49 32.0 1369.00 33.2 36.4 1324.96 34.4 1183.36 34.0 26.6 707.56 33.0 1089.00 35.0 37.5 1406.25 39.0 1521.00 33.8 35.3 1246.09 32.6 1062.76 36.0 30.0 900.00 36.0 1296.00 36.8 1354.24 38.4 1474.56 30.8 948.64 39.0 1521.00 35.9 1288.81 37.0 1369.00 33.2 1102.24 34.0 1156.00 36.8 1354.24 34.0 1156.00 33.9 1149.21 33.0 1089.00 33.6 1128.96 36.4 1324.96 36.0 1296.00 34.8 1211.04 34.0 1156.00 37.0 1369.00 33.7 1135.69 33.9 1149.21 36.6 1339.56 30.5 930.25 36.8 1354.24 26.0 676.00 32.8 1075.84 N = 51 30.5 930.25 ΣX = 1779.0 34.4 1183.36 Σx² = 62477.62 37.3 1391.29 x̄ = 34.88 36.8 1354.24 x̄² = 1216.61 36.0 1296.00 s² = 8.61 32.8 1075.84 S.E. = √1.69 33.0 1089.00 = .411 39.6 1568.16

8.3E 0.2E 0.8E 7.2E 4.3E 2.2E 5.5E 3.3E 3.0E 8.2E 3.0E 9.3E 6.3E 8.2E 9.3E 3.3E 0.3E 34.0 7.3E 2.0E 8.2E 8.5E 30.2 4.4E 3.5E 8.2E 0.3E 8.5E 3.0E 3.0E

UTA STANSBURIANA TEMPS (BY AGE) ADULT x x² x x² x x² x x² x x² x x² 33.8 1142.44 35.6 1267.36 35.9 1288.81 32.8 1428.84 34.0 1156.00 N = 148 37.2 1383.84 36.0 1296.00 37.5 1406.25 39.8 1584.04 36.6 1339.56 Σx = 5212.6 38.0 1444.00 36.6 1339.56 33.2 1102.24 39.8 1584.04 35.4 1253.16 Σx² = 184,560.06 38.2 1459.24 34.8 1211.04 32.8 1075.84 35.2 1239.04 35.8 1281.64 X̄ = 35.22 36.0 1296.00 35.9 1288.81 30.5 930.25 34.8 1211.04 38.6 1489.96 X̄² = 1240.44 36.0 1296.00 35.4 1253.16 30.7 942.49 37.0 1369.00 36.6 1339.56 s² = 6.63 33.5 1122.25 33.2 1102.24 35.6 1267.36 32.4 1049.76 33.0 1089.00 S.E. = √1.045 35.6 1267.36 36.0 1296.00 34.4 1183.36 35.0 1225.00 37.0 1369.00 = .212 35.0 1225.00 37.4 1398.76 37.3 1391.29 34.4 1183.36 37.0 1369.00 36.8 34.0 1156.00 36.8 1354.24 40.2 1616.04 33.0 1089.00 38.8 1505.44 37.8 38.0 1444.00 33.9 1149.21 34.6 1197.16 35.4 1253.16 37.0 1369.00 37.1 35.4 1253.16 35.3 1246.09 36.8 1354.24 39.0 1521.00 36.4 1324.96 39.4 37.7 1421.29 35.3 1246.09 36.0 1296.00 34.8 1211.04 36.8 1354.24 36.8 33.0 1089.00 36.0 1296.00 36.2 1310.44 32.6 1062.76 37.4 1398.76 38.2 29.5 870.25 34.0 1156.00 35.2 1239.04 36.0 1296.00 33.0 1089.00 37.8 38.0 1444.00 35.0 1225.00 36.2 1310.44 38.4 1474.56 34.8 1211.04 37.2 37.0 1369.00 34.6 1197.16 35.0 1225.00 35.2 1239.04 29.0 841.00 34.0 36.6 1339.56 36.0 1296.00 32.8 1075.84 35.6 1267.36 37.0 1369.00 38.0 35.7 1274.49 33.7 1135.69 33.2 1102.24 35.6 1267.36 38.2 1459.24 37.5 25.9 670.81 32.4 1049.76 35.0 1225.00 39.0 1521.00 34.2 1169.64 35.8 35.4 1253.16 34.8 1211.04 33.0 1089.00 37.0 1369.00 33.9 1149.21 36.5 37.5 1406.25 36.6 1339.56 28.4 806.56 36.0 1296.00 36.0 1296.00 35.0 30.2 912.04 36.8 1354.24 33.4 1115.56 37.0 1369.00 35.6 1267.36 36.8 30.0 900.00 38.6 1489.96 36.2 1310.44 37.0 1369.00 35.4 1253.16 36.6 33.0 1089.00 36.8 1354.24 39.6 1568.16 34.0 1156.00 38.0 1444.00 36.4 36.8 1354.24 35.3 1246.09 35.5 1260.25 37.0 1369.00 30.5 930.25 35.2 36.9 1361.61 30.6 936.36 30.4 924.16 37.0 1369.00 26.0 676.00 32.0 30.8 948.64 37.2 1383.84 34.2 1169.64 37.2 1383.84 30.6 936.36 36.0 34.3 1176.49 35.4 1253.16 36.6 1339.56 36.2 1310.44 31.0 961.00 32.8 1075.84 39.0 1521.00 36.6 1339.56

ADULT (VA GY) DATA ZIMMERMAN TEMP2 310 8.5E 00.43P 103100 9.6E 00.43P 103100 30E 8.3E 00.43P 103100 30.0 8.45 00.43P 103100 29.6 8.0E 00.43P 103100 29.6 8.0E 00.43P 103100 29.2 7.8E 00.43P 103100 29.2 7.8E 00.43P 103100 28.8 7.6E 00.43P 103100 28.8 7.6E 00.43P 103100 28.4 7.4E 00.43P 103100 28.4 7.4E 00.43P 103100 28.0 7.2E 00.43P 103100 28.0 7.2E 00.43P 103100 27.6 7.0E 00.43P 103100 27.6 7.0E 00.43P 103100 27.2 6.8E 00.43P 103100 27.2 6.8E 00.43P 103100 26.8 6.6E 00.43P 103100 26.8 6.6E 00.43P 103100 26.4 6.4E 00.43P 103100 26.4 6.4E 00.43P 103100 26.0 6.2E 00.43P 103100 26.0 6.2E 00.43P 103100 25.6 6.0E 00.43P 103100 25.6 6.0E 00.43P 103100 25.2 5.8E 00.43P 103100 25.2 5.8E 00.43P 103100 24.8 5.6E 00.43P 103100 24.8 5.6E 00.43P 103100 24.4 5.4E 00.43P 103100 24.4 5.4E 00.43P 103100 24.0 5.2E 00.43P 103100 24.0 5.2E 00.43P 103100 23.6 5.0E 00.43P 103100 23.6 5.0E 00.43P 103100 23.2 4.8E 00.43P 103100 23.2 4.8E 00.43P 103100 22.8 4.6E 00.43P 103100 22.8 4.6E 00.43P 103100 22.4 4.4E 00.43P 103100 22.4 4.4E 00.43P 103100 22.0 4.2E 00.43P 103100 22.0 4.2E 00.43P 103100 21.6 4.0E 00.43P 103100 21.6 4.0E 00.43P 103100 21.2 3.8E 00.43P 103100 21.2 3.8E 00.43P 103100 20.8 3.6E 00.43P 103100 20.8 3.6E 00.43P 103100 20.4 3.4E 00.43P 103100 20.4 3.4E 00.43P 103100 20.0 3.2E 00.43P 103100 20.0 3.2E 00.43P 103100 19.6 3.0E 00.43P 103100 19.6 3.0E 00.43P 103100 19.2 2.8E 00.43P 103100 19.2 2.8E 00.43P 103100 18.8 2.6E 00.43P 103100 18.8 2.6E 00.43P 103100 18.4 2.4E 00.43P 103100 18.4 2.4E 00.43P 103100 18.0 2.2E 00.43P 103100 18.0 2.2E 00.43P 103100 17.6 2.0E 00.43P 103100 17.6 2.0E 00.43P 103100 17.2 1.8E 00.43P 103100 17.2 1.8E 00.43P 103100 16.8 1.6E 00.43P 103100 16.8 1.6E 00.43P 103100 16.4 1.4E 00.43P 103100 16.4 1.4E 00.43P 103100 16.0 1.2E 00.43P 103100 16.0 1.2E 00.43P 103100 15.6 1.0E 00.43P 103100 15.6 1.0E 00.43P 103100 15.2 0.8E 00.43P 103100 15.2 0.8E 00.43P 103100 14.8 0.6E 00.43P 103100 14.8 0.6E 00.43P 103100 14.4 0.4E 00.43P 103100 14.4 0.4E 00.43P 103100 14.0 0.2E 00.43P 103100 14.0 0.2E 00.43P 103100

UTA STANSBURIANA TEMPS (BY AGE) IMMATURE x x² x x² x x² x x² x x² x x² 37,0 1369,00 37,6 31,7 1004,89 33,2 34,8 1211,04 32,6 36,0 1296,00 33,8 36,3 1317,69 33,8 35,0 1225,00 36,2 1310,44 36,4 1324,96 26,6 707,56 35,3 1246,09 33,6 1128,96 36,8 1354,24 37,4 1398,76 N = 13 ∑x = 453.1 ∑x² = 15,894.63 X̄ = 34,85 X̄² = 1214,52 s² = 8,82 S.E = V.678 = .823

IMMATURE BOYAGE) LLA STANISLAWNA TERMS X² X X² X X² X X² X X² X X² X X² X X² X X² X 37.4 1398.76 36.8 1354.24 33.8 1142.44 32.8 1075.84 32.8 1075.84 32.8 1075.84 36.4 1324.96 36.2 1310.44 32.0 1024.00 36.3 1317.69 36.0 1296.00 34.8 1211.04 31.2 973.44 30.0 900.00

UTA STANSBURIANA TEMPS (BY AGE) JUVENILE

Thermal Gradient

Thermal Gradient Callisaurus IIII Crotaphytus wis. IIN IN / Uma notata II Phrynosoma platy. IIII Phrynosoma coronatum IN Sceloporus magister IIII Urosaurus graciosus IIII

Roll Callisaurus Capt. April 11-12/69 Algodones Field Trip 2nd Day in Gradient 4/19/69 Lights on at 8:15 Reading every 17 min. starting @ ~~10:30~~ 11:00AM 1 37.2 2 38.6 3 39.2 4 38.3 5 39.0 6 40.7 7 39.8 8 38.2 9 39.4 10 39.4 11 39.3 12 39.1 13 39.1 14 40.1 15 37.8 16 38.3 17 39.2 18 38.2 19 37.8 20 38.7 21 38.4 22 39.4 23 38.9 24 38.5 25 38.0

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ON ROLL #3 Callisaurus draconoides from Mojave field Trip (NOT CONNECTED) (DEAD) 17(DEAD) (May 16-18) 1 8 13 22 Data from 2nd day in chamber. Readings every 15 minutes Light on at 1000. Readings from 1475 1 38.3 2 38.6 3 38.6 4 39.7 5 39.1 6 34.7 7 38.9 8 40.1 9 39.7 10 39.4 11 40.6 12 37.4 13 37.3 14 36.7 15 36.9 16 37.1 17 37.5 18 37.8 19 37.9 20 35.1 21 38.6 22 38.2 23 39.2 24 36.5 25 36.6 Not in heat at all. Temp. remains at approx 26.4°C. Temp. remains at approx. 35°C. 37.3 37.2 37.5 37.6 37.5 37.0 36.8 36.9 37.2 36.9 36.6 37.4 37.6 37.7 37.7 37.4 37.5 38.0 37.2 37.0 36.3 37.6 38.4 37.7 36.1

13 (Dead) (Deep) Collected 18 304.62 kandy's to common pond. Also to back on left. Back of number of cylinder: 32. C 1 32.3 2 32.6 3 32.6 4 32.5 5 32.1 6 32.4 7 32.8 8 32.0 9 32.7 10 32.8 11 32.0 12 32.4 13 32.5 14 32.8 15 32.8 16 32.1 17 32.2 18 32.8 19 32.4 20 32.1 21 32.6 22 32.7 23 32.7 24 32.5 25 32.6

ON ROLL #3 Callisaurus draconoides from Mojave field trip. (May 16-18) 23-25). Data from 2nd day in chamber. Readings every 15 minutes. #13 1 36.2 all others dead. Data worthless because 2 36.4 they died at the beginning 3 36.5 of the experiment. 4 36.5 5 36.6 6 36.7 7 36.8 8 36.9 9 35.9 10 31.7 11 30.2 12 32.0 13 32.1 14 32.1 15 32.4 16 32.7 17 32.8 18 32.9 19 32.9 20 33.8 21 34.0 22 34.1 23 34.3 24 34.4 25 34.4

No text detected

Rod 1 Ceratophyllum Capt April 14-12/69 Algodon Field 2nd Day in Gradient 4/15/69 8:00 AM - 4:15PM (15 min intervals) 10:15 1 6 8 13 1 34,8 38,4 35,1 38,5 2 35,1 38,5 39,5 37,7 3 36,3 38,3 40,0 36,5 4 36,5 38,2 33,3 38,9 5 38,6 38,1 37,7 37,7 6 36,9 39,0 37,9 37,4 7 35,4 39,5 35,0 37,7 8 37,3 39,1 37,3 36,5 9 37,8 37,8 38,5 38,4 10 37,0 37,0 36,9 38,5 11 36,7 36,7 35,2 38,2 12 37,1 37,1 38,6 34,2 13 37,2 38,3 38,1 32,8 14 36,8 38,4 35,9 33,8 15 37,0 38,4 36,8 32,9 16 37,2 38,5 36,7 33,0 17 37,3 38,5 35,3 35,3 18 37,0 38,6 39,3 40,0 19 37,3 39,0 39,5 40,3 20 37,4 40,0 39,7 34,5 21 37,8 40,4 35,9 35,6 22 37,7 40,1 37,2 37,0 23 33,2 40,1 36,7 37,9 24 27,2 25

10:15 AW - 136m (16m interval) Day in current 4/12/89 1 2 8 13 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 2.38 1.78 1.78 1.78 1.78 0.78 0.78 0.78 0.78 0.78 0.78 0.78 0.78

Capt. April 11-12/69 Algodones Field Trip 2nd Day in Gradient 4/18 Lights on at 8:15 Reading every 15 min beginning 11:00AM - Roll 1 # 6 Uma metalata # 8 Uma # 13 Crotophylos # 18 Crotophylos 1 33.6 32.7 36.5 38.3 2 35.7 34.6 36.0 36.7 3 32.5 33.3 36.5 37.7 4 37.0 32.9 37.1 34.3 5 36.9 35.0 36.3 35.2 6 36.8 34.6 37.3 37.9 7 36.9 33.7 39.7 30.8 8 36.9 33.2 38.7 26.3 9 36.7 31.7 36.7 38.6 10 36.3 35.7 35.3 29.1 11 33.5 34.6 39.8 37.2 12 35.0 35.1 40.4 37.4 13 34.8 34.5 37.5 37.5 14 33.7 34.0 37.8 39.5 15 33.8 34.3 36.5 30.1 16 32.3 34.4 38.8 26.4 17 32.8 34.1 42.1 25.2 18 34.5 34.5 38.0 24.7 19 31.9 34.3 34.6 24.8 20 35.5 34.4 32.0 24.9 21 22 23 24 25

# 6 # 8 # 13 # 18 25.0 25.0 25.0 28.0 24.0 24.0 24.0 24.0 23.0 23.0 23.0 23.0 25.0 26.0 26.0 28.0 25.0 26.0 27.0 28.0 25.0 28.0 29.0 28.0 25.0 31.0 32.0 28.0 25.0 34.0 36.0 30.0 25.0 35.0 37.0 32.0 25.0 37.0 39.0 33.0 25.0 38.0 40.0 35.0 25.0 41.0 41.0 36.0 25.0 43.0 42.0 37.0 25.0 44.0 43.0 38.0 25.0 45.0 44.0 39.0 25.0 46.0 45.0 40.0 25.0 47.0 46.0 41.0 25.0 48.0 47.0 42.0

CN ROLL #3 Crotaphytus wislizenii from Mojave field trip. (May 16-18). Data from second day in chamber. Reading every 15 minutes. Lights on at 1000. Readings from 1200. (DISCONNECTED) 1 6 13 17 22 1 34.7 38.7 37.3 34.7 37.8 2 37.3 37.9 36.8 34.2 37.7 3 38.5 37.3 37.5 33.5 37.8 4 38.1 37.9 39.3 33.4 38.6 5 38.2 38.2 39.9 33.3 37.4 6 38.3 38.4 37.1 33.4 36.8 7 38.5 39.5 39.0 38.7 36.9 8 37.6 39.8 39.1 34.0 36.9 9 33.4 39.7 39.5 34.2 37.0 10 34.9 40.3 39.5 34.3 37.0 11 40.0 40.4 39.3 34,2 36.6 12 39.7 39.5 37.2 38.7 36.6 13 39.1 38.2 38.2 38.5 36.3 14 38.9 37.3 38.3 34.9 36.4 15 38.8 33.1 37.8 26.9 36.0 16 38.8 40.8 37.7 31.9 36.0 17 38.4 34.9 33.0 32.3 33.9 18 37.0 38.7 38.3 33.8 40.0 19 36.7 38.2 38.6 31.0 38.0 20 38.7 36.9 39.0 29.5 37.3 21 34.2 36.6 39.0 39.6 37.1 22 31.0 37.8 39.1 28.9 37.2 23 34.8 38.6 39.1 25.5 37.3 24 35.3 37.5 39.3 24.8 37.6 25 35.5 41.2 39.3 24.6 37.6

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ON ROLL # 3 Phrynosoma platyrhinos collected on Mojave field trip (May 23-25). Lights on at 1000. Data from Data from second day in chamber. Readings every 15 minutes. Recorded from 1145. (DEAD) (DEAD) (DEAD) 1 6 13 17 22 1 28.6 32.9 35.6 Dead early in the experiment. Note no usable data. 37.1 2 28.7 31.5 35.6 35.6 3 28.7 32.1 34.8 34.9 4 28.3 35.9 32.7 33.4 5 28.5 35.6 35.7 33.2 6 28.9 33.4 31.2 33.0 7 28.2 32.2 32.0 32.9 8 28.1 33.1 35.3 32.8 9 28.2 33.7 37.7 32.8 10 28.2 34.1 38.5 32.8 11 28.3 34.3 38.4 32.9 12 28.3 34.5 38.9 32.9 13 27.4 35.0 39.2 33.2 14 30.9 34.9 39.3 33.1 15 28.0 34.7 39.3 33.2 16 28.3 34.6 39.3 33.1 17 27.8 34.6 39.3 33.1 18 28.5 34.5 39.2 33.2 19 28.1 34.3 39.2 33.3 20 28.7 32.3 39.3 33.4 21 28.5 32.4 39.5 36.6 22 28.8 32.9 37.3 36.8 23 28.9 33.3 35.3 36.2 24 28.5 33.5 34.7 35.6 25 28.3 33.9 34.5 35.8

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on Roll #2 Phrynosoma coronatum From Arnold Heights Capt early May 11:00AM on Light 9:30 AM 5/16/69 2nd Day in Chamber reading every 15 min

on Roll #2 Lights on 7:00 AM Start reading 8:00AM - every 15 min. St. Magister -> Capt 5/17 (Hesperia Phelan) 2nd Day in Champar 5/20 Rd near 395 1 6 looser 8 13 18 1 35.9 32.6 33.2 34.2 2 36.9 32.9 33.8 35.5 3 35.5 32.3 33.2 35.5 4 35.4 33.0 33.9 33.7 5 36.9 33.1 33.4 34.7 6 36.2 33.8 33.4 35.3 7 35.6 33.7 33.3 34.4 8 36.1 32.7 34.0 38.6 9 35.6 31.7 33.9 37.3 10 32.7 32.8 35.0 36.5 11 36.6 33.0 34.9 36.1 12 35.2 33.0 34.6 34.9 13 34.8 33.3 34.0 34.6 14 34.6 34.0 33.1 34.5 15 36.0 34.2 33.1 34.3 16 36.3 33.3 32.8 34.7 17 35.9 33.1 33.4 34.9 18 36.2 32.2 32.5 35.2 19 34.5 32.2 32.3 34.5 20 34.0 32.3 32.7 34.0 21 34.3 32.7 33.3 33.8 22 35.2 34.2 33.7 34.5 23 35.5 33.3 33.8 34.0 24 36.3 33.1 34.1 35.0 25 35.7 33.2 33.7 35.9

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Capt. April 11-12/69 on Algodones Field Trip Urosaurus graciosus Roll 1 2nd Day in Gradient 4/21 11:30 - 17.50 Lights on at 8'15 (readings ever 17 min) #6 #8 #13 #18 1 39.5 36.2 29.5 35.3 2 40.0 33.2 30.0 35.1 3 40.1 34.4 30.0 33.7 4 40.0 35.0 30.4 33.6 5 40.2 35.2 31.3 33.6 6 40.2 35.2 31.8 34.0 7 40.3 35.2 31.9 33.8 8 40.4 35.3 32.0 34.2 9 40.7 35.6 32.9 35.1 10 41.2 37.2 33.3 35.7 11 40.0 32.7 33.7 34.9 12 38.8 31.1 33.7 29.6 13 39.9 33.9 33.9 35.0 14 39.9 34.4 33.9 35.8 15 39.9 34.6 33.9 35.8 16 40.0 34.8 33.9 35.5 17 40.1 34.9 34.2 30.4 18 40.4 35.0 34.5 27.9 19 40.8 35.3 34.6 28.8 20 40.7 31.4 34.3 33.7 21 40.2 30.6 33.8 33.7 22 39.9 30.9 34.2 35.0 23 40.1 33.3 34.0 35.1 24 40.4 33.9 34.0 35.1 25

1:30-16:50 Flight on 4/8/12 (Goodbye and Best Wishes) Day in Content A/SI

R-371 STEEL BACKPLATE S E & M VERNON, INC. U.S.A.

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