SAV-12-11 CTD DATA : TOP and BOT bins (from *b.asc files) ** NO EDITS col 1 = cast # 2 = depSM: Depth [salt water, m] 3 = t090C: Temperature [ITS-90, deg C] 4 = c0S/m: Conductivity [S/m] 5 = sal00: Salinity, Practical [PSU] 6 = density00: Density [density, Kg/m^3] 7 = v0: Voltage 0 [ Fluorometer, WET Labs WETstar : chlor ] 8 = v1: Voltage 1 [ Fluorometer, WET Labs CDOM ] 9 = v2: Voltage 2 [ User Polynomial : WETLabs Backscatter Meter ] 10 = upoly0: Upoly 0, WETLabs Backscatter Meter 11 = sbeox0PS: Oxygen, SBE 43 [% saturation] 12 = sbeox0Mm/Kg: Oxygen, SBE 43 [umol/Kg] 13 = par: PAR/Irradiance, Biospherical/Licor 1 2 3 4 5 6 7 8 9 10 11 12 13 01 2.0 24.1213 5.368651 36.1581 1024.4909 0.1311 0.0073 0.1567 0.0988807 98.22910 204.594 6.6087e-01 01 268.0 8.5886 3.694623 35.0666 1028.4618 0.1102 0.0249 0.1903 0.1334458 44.13850 124.936 1.2963e-01 03 2.0 23.8346 5.331700 36.1099 1024.5398 0.1195 0.0033 0.1635 0.1059091 97.02276 203.127 4.7036e+00 03 226.0 9.7218 3.815658 35.2338 1028.2109 0.1044 0.0220 0.2021 0.1456003 47.19702 130.171 1.2070e-01 04 2.0 23.8557 5.336154 36.1267 1024.5462 0.1196 0.0046 0.1657 0.1081555 96.95170 202.883 4.8188e+00 04 190.0 10.3042 3.874588 35.2859 1027.9856 0.1006 0.0205 0.2415 0.1862044 47.68098 129.823 1.4765e-01 05 2.0 23.5281 5.302978 36.1402 1024.6532 0.1235 0.0028 0.1661 0.1086005 96.88416 203.856 3.4423e+00 05 166.0 16.2594 4.553189 36.1518 1027.3105 0.1024 0.0176 0.2880 0.2341091 57.72587 138.484 1.2460e-01 06 2.0 23.4105 5.297263 36.1926 1024.7274 0.1223 0.0029 0.1605 0.1028060 96.67183 203.748 6.1421e+00 06 126.0 17.1911 4.659045 36.2595 1026.9930 0.1296 0.0187 0.2588 0.2040797 58.93571 138.802 1.2207e-01 07 4.0 22.9943 5.255356 36.2107 1024.8713 0.1292 0.0036 0.1782 0.1209868 96.37538 204.551 4.4201e+00 07 104.0 18.8687 4.841925 36.3463 1026.5422 0.1336 0.0156 0.2468 0.1917001 73.57606 167.862 1.2326e-01 08 2.0 22.8844 5.244500 36.2179 1024.8998 0.1302 0.0028 0.1665 0.1089537 96.97537 206.203 2.2958e+00 08 72.0 19.9728 4.961240 36.3900 1026.1457 0.1857 0.0126 0.2201 0.1642399 81.07609 181.249 1.2292e-01 09 2.0 22.3598 5.198397 36.2937 1025.1079 0.1224 0.0056 0.1680 0.1105163 97.42446 208.939 3.9694e+02 09 87.0 17.7836 4.722945 36.2990 1026.7054 0.1298 0.0199 0.3799 0.3288179 63.44475 147.730 1.5788e+00 10 2.0 22.4952 5.213114 36.2962 1025.0712 0.1147 0.0065 0.1687 0.1111996 97.17707 207.917 1.8022e+03 10 85.0 18.0000 4.746546 36.3102 1026.6512 0.1196 0.0197 0.2292 0.1735240 65.19283 151.178 8.4123e+00 11 2.0 21.1543 5.082418 36.3880 1025.5173 0.1531 0.0104 0.1863 0.1293286 101.15711 221.433 2.2740e+02 11 31.0 18.9080 4.843570 36.3535 1026.2164 0.8079 0.0198 0.3829 0.3318313 101.64691 231.728 2.7168e+01 12 2.0 21.1579 5.081619 36.3785 1025.5092 0.1822 0.0159 0.2008 0.1443015 101.36058 221.876 6.5999e+02 12 29.0 19.4094 4.896953 36.3629 1026.0847 0.6183 0.0223 0.2869 0.2330950 100.19577 226.326 1.4261e+01 13 2.0 20.5585 5.018565 36.3805 1025.6743 0.1503 0.0037 0.1883 0.1313855 98.34417 217.572 8.7617e-02 13 29.0 18.8010 4.831352 36.3454 1026.2288 0.4939 0.0133 0.2415 0.1862423 102.54796 234.254 1.0222e-01 14 2.0 20.5899 5.020595 36.3701 1025.6578 0.1289 0.0066 0.1789 0.1217063 99.49179 220.003 1.9196e+03 14 29.0 18.8276 4.833396 36.3393 1026.2172 0.3565 0.0142 0.2603 0.2055272 103.66080 236.691 1.2262e+02 15 2.0 21.5936 5.128942 36.3879 1025.3956 0.1362 0.0080 0.1829 0.1258651 99.31626 215.727 1.7005e+03 15 30.0 19.4112 4.894238 36.3381 1026.0698 0.3923 0.0169 0.2617 0.2070731 102.71902 232.057 1.3090e+02 16 2.0 21.9697 5.161291 36.3278 1025.2444 0.1731 0.0117 0.2076 0.1512868 96.76660 208.894 1.5215e+03 16 30.0 20.9972 5.058202 36.3164 1025.6287 0.4213 0.0154 0.2473 0.1921437 99.65880 218.856 8.3603e+01 17 2.0 22.5943 5.223987 36.2987 1025.0447 0.1326 0.0087 0.1744 0.1170800 97.44825 208.137 1.3458e+03 17 32.0 21.7826 5.140505 36.3096 1025.4143 0.4083 0.0131 0.2266 0.1708689 96.86634 209.818 6.7801e+01 18 2.0 22.8484 5.246465 36.2631 1024.9445 0.1330 0.0083 0.1702 0.1127541 97.09812 206.532 1.0180e+03 18 30.0 21.3978 5.105649 36.3575 1025.5493 0.4063 0.0140 0.2169 0.1608672 91.75823 200.037 1.1222e+02 19 2.0 20.1862 4.980991 36.3939 1025.7846 0.2343 0.0112 0.2071 0.1508266 101.47425 225.976 2.5761e+00 19 28.0 19.4550 4.904709 36.3880 1026.0877 0.9101 0.0153 0.2725 0.2181346 101.09349 228.126 2.3761e-01 20 2.0 18.6129 4.806949 36.3149 1026.1344 0.1882 0.0079 0.1849 0.1279854 100.65435 230.772 3.3269e+00 20 26.0 18.0050 4.745858 36.3229 1026.3993 0.2950 0.0113 0.2332 0.1776773 100.95541 234.068 1.5200e-01 21 2.0 23.2976 5.285638 36.1958 1024.7629 0.1257 0.0243 0.1645 0.1069382 97.39604 205.666 1.8774e+03 21 270.0 8.5515 3.691578 35.0701 1028.4797 0.1312 0.0366 0.1729 0.1155312 44.64842 126.480 2.0010e-01 22 4.0 23.2518 5.286579 36.2400 1024.8185 0.1321 0.0098 0.1698 0.1124068 97.79986 206.620 1.2108e+03 22 228.0 9.5870 3.798508 35.1887 1028.2085 0.1238 0.0265 0.2438 0.1886523 45.62090 126.245 1.3523e-01 23 2.0 23.2005 5.288306 36.2964 1024.8676 0.1353 0.0068 0.1732 0.1158885 97.76564 206.654 1.3791e+03 23 188.0 13.3430 4.218073 35.7586 1027.7555 0.1144 0.0229 0.1986 0.1421205 52.62696 134.084 1.4584e-01 24 2.0 22.9756 5.268285 36.3273 1024.9565 0.1449 0.0094 0.2316 0.1759911 97.94655 207.795 1.5685e+03 24 160.0 15.3080 4.441666 36.0199 1027.4024 0.1114 0.0217 0.3032 0.2497270 55.69856 136.224 1.8846e-01 25 2.0 23.1134 5.285000 36.3428 1024.9282 0.1501 0.0083 0.1638 0.1061971 98.03410 207.468 2.3005e+02 25 124.0 16.7400 4.606711 36.2076 1027.0531 0.1122 0.0202 0.2388 0.1834812 58.37944 138.720 7.3531e-01 26 5.0 22.3375 5.188866 36.2364 1025.0838 0.1438 0.0071 0.1725 0.1151591 86.06383 184.699 9.3926e+02 26 99.0 18.3186 4.788004 36.3767 1026.6838 0.1286 0.0190 0.2262 0.1704331 62.76389 144.623 1.0697e+00 27 2.0 22.8645 5.255969 36.3235 1024.9854 0.1641 0.0087 0.1736 0.1162757 98.31641 208.982 2.3392e+02 27 74.0 19.2998 4.893339 36.4113 1026.3482 0.1722 0.0191 0.1926 0.1358621 70.92182 160.468 9.4197e-01 28 2.0 22.5743 5.223628 36.3126 1025.0610 0.1869 0.0075 0.1794 0.1223019 98.02551 209.424 3.5846e+01 28 54.0 19.8682 4.949109 36.3871 1026.0923 0.2269 0.0171 0.2106 0.1544174 77.73010 174.101 6.6939e-01 29 2.0 22.5561 5.220595 36.3040 1025.0597 0.1751 0.0063 0.1778 0.1205878 97.67478 208.751 1.4279e+00 29 44.0 20.7656 5.041337 36.3725 1025.7960 0.3836 0.0175 0.2083 0.1520493 88.25110 194.534 1.4340e-01 30 1.0 22.7244 5.234571 36.2737 1024.9840 0.1455 0.0063 0.1692 0.1117207 97.17016 207.111 5.5757e+00 30 33.0 21.4958 5.113488 36.3361 1025.5189 0.5365 0.0099 0.2066 0.1501904 94.58115 205.866 1.6032e-01 31 2.0 22.5969 5.210116 36.1880 1024.9599 0.1608 0.0059 0.1633 0.1056907 68.80643 147.011 7.0102e+00 31 30.0 21.8960 5.154440 36.3255 1025.3858 0.3940 0.0111 0.1953 0.1386999 96.70012 209.022 1.2450e-01 32 2.0 22.7948 5.242545 36.2770 1024.9706 0.1499 0.0055 0.1687 0.1112404 97.20993 206.941 3.8811e+00 32 31.0 21.7621 5.142033 36.3394 1025.4383 0.4128 0.0118 0.2010 0.1444616 93.99477 203.631 1.3308e-01 33 2.0 22.7431 5.239269 36.2944 1024.9986 0.1519 0.0060 0.1682 0.1107084 96.91532 206.474 4.0127e+00 33 30.0 20.6725 5.025795 36.3312 1025.7285 0.4144 0.0169 0.2684 0.2139463 98.17882 216.836 1.4883e-01 34 1.0 22.3115 5.198788 36.3375 1025.1507 0.1963 0.0089 0.1705 0.1131825 97.13739 208.438 5.3266e+00 34 30.0 19.6796 4.923381 36.3469 1026.0061 0.4192 0.0170 0.2677 0.2132342 99.88823 224.553 1.3709e-01 35 1.0 22.3258 5.198067 36.3198 1025.1332 0.1648 0.0074 0.1694 0.1119849 96.42209 206.876 4.5401e+00 35 28.0 19.3847 4.893276 36.3540 1026.0801 0.3679 0.0167 0.2473 0.1921772 101.11651 228.522 1.4913e-01 36 2.0 22.1874 5.182524 36.3129 1025.1716 0.1753 0.0077 0.1781 0.1209340 96.87917 208.366 2.6527e+00 36 55.0 19.5626 4.916211 36.3800 1026.1718 0.2209 0.0186 0.1787 0.1214761 71.62100 161.325 1.2030e-01 38 4.0 25.2573 5.456917 35.9083 1023.9664 0.1430 0.0039 0.2585 0.2037335 96.97256 198.490 1.5411e+00 38 456.0 8.1638 3.664577 35.0794 1029.3983 0.1058 0.0187 0.2315 0.1759484 49.39688 141.129 9.5958e-02 39 2.0 23.4909 5.286567 36.0446 1024.5917 0.1331 0.0057 0.1719 0.1145168 97.63251 205.689 3.7701e+00 39 300.0 9.5721 3.802065 35.2057 1028.5511 0.1042 0.0194 0.1719 0.1145941 45.11714 124.864 1.2792e-01