# Event log file
# In some event logs, region information is stored in the comments field.
# Edited June 20, 1997 rcg Increase width of station field by 2
# Edited December 19, 1997 rcg Access next level via object name
# Edited January 14, 1998 rcg Access next level via method and file object spec
#
# Recreated February 2012 to put timediff ('timezone') in every record
#
# Event Log for Wecoma cruise W0309b
# Dates = Sept 26 - Oct 1,2003
# Chief Sci = Adriana Huyer
# Project CCS-LTOP
#
# ed jointly bsion of event log preparU jointly by:
# Linda Hunn, OS Chan the U.S. GLOBEC DMO
#
# time_gmt fory:
# time_gmt for eevent WE27103.51 (14443) fixed (1443) timediovember 2011 - dld BCO-DMO
#
# Addedt record 11/18/1ry record 11/18/11 - dld
#
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cruiseid year platform
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W0309B 2003 Wecoma
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event inst cast station station_std day_local month_local time_local se_flag timediff lat lon depth_w depth si region day_gmt month_gmt time_gmt haul station_alt comments
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WE26903.03 Echosounder nd nd nd 26 01 0957 s +7 nd nd nd nd nd nd 26 1 1657 nd nd nd
WE26903.04 Depart_Newport nd nd nd 26 09 1000 s +7 44.6271 -124.0178 nd nd nd nd 26 9 1700 nd nd nd
WE26903.05 DAS nd nd nd 26 09 1005 s +7 nd nd nd nd nd nd 26 9 1705 nd nd nd
WE26903.06 calibration nd nd nd 26 09 1010 nd +7 nd nd nd nd nd nd 26 9 1710 nd nd Air calibration of transmissometer
WE26903.07 ADCP 1 nd nd 26 09 1018 s +7 nd nd nd nd nd nd 26 9 1718 nd nd nd
WE26903.08 Flo-thru nd 1 nd 26 09 1045 s +7 nd nd nd nd nd nd 26 9 1745 nd nd nd
WE26903.09 Flo-thru_fluorometer nd 1 nd 26 09 1045 s +7 nd nd nd nd nd nd 26 9 1745 nd nd nd
WE26903.1 CTD 1 1 NH1 26 09 1119 s +7 44.6517 -124.1017 30 nd nd nd 26 9 1819 nd nd CTD with mzp
nd Flo-thru_fluorometer nd 2 nd 26 09 1130 s +7 nd nd nd nd nd nd 26 9 1830 nd nd Flo-thru Wetstar fluor. H2O flow started
WE26903.2 VPT nd 1 NH1 26 09 1132 s +7 44.6517 -124.1000 nd nd nd nd 26 9 1832 nd nd VPT; 27m
WE26903.21 VPT nd 1 NH1 26 09 1136 e +7 44.6517 -124.1000 nd nd nd nd 26 9 1836 nd nd nd
WE26903.3 CTD 2 2 NH3 26 09 1156 s +7 44.6517 -124.1317 49 nd nd nd 26 9 1856 nd nd CTD with mzp
WE26903.4 CTD 3 3 NH5 26 09 1223 s +7 44.6517 -124.1767 60 nd nd nd 26 9 1923 nd nd CTD with biochem; mzp
WE26903.5 VPT nd 2 NH5 26 09 1240 s +7 44.6517 -124.1783 nd nd nd nd 26 9 1940 nd nd VPT; 55 m
WE26903.51 VPT nd 2 NH5 26 09 1244 e +7 44.6517 -124.1783 nd nd nd nd 26 9 1944 nd nd nd
WE26903.6 VPT nd 3 NH5 26 09 1248 s +7 44.6517 -124.1783 nd nd nd nd 26 9 1948 nd nd 2nd VPT; 55 m
WE26903.61 VPT nd 3 NH5 26 09 1253 e +7 44.6517 -124.1783 nd nd nd nd 26 9 1953 nd nd nd
WE26903.8 MOC nd 1 NH5 26 09 1305 s +7 44.6550 -124.1817 nd nd nd nd 26 9 2005 nd nd nd
WE26903.9 MOC nd 1 nd 26 09 1326 e +7 44.6650 -124.1900 nd nd nd nd 26 9 2026 nd nd nd
WE26903.10 CTD 4 4 NH10 26 09 1400 s +7 44.6517 -124.2950 82 nd nd nd 26 9 2100 nd nd CTD with mzp
WE26903.11 VPT nd 4 NH10 26 09 1412 s +7 44.6517 -124.2967 nd nd nd nd 26 9 2112 nd nd VPT; 75 m
WE26903.111 VPT nd 4 NH10 26 09 1418 e +7 44.6517 -124.2967 nd nd nd nd 26 9 2118 nd nd nd
WE26903.12 Drifter nd 1 nd 26 09 1423 s +7 44.6513 -124.2998 nd nd nd nd 26 9 2123 nd nd Drifter 35894
WE26903.13 CTD 5 5 NH15 26 09 1455 s +7 44.6517 -124.4117 94 nd nd nd 26 9 2155 nd nd CTD with biochem; mzp
WE26903.15 VPT nd 5 NH15 26 09 1513 s +7 44.6517 -124.4133 nd nd nd nd 26 9 2213 nd nd VPT; 100 m
WE26903.151 VPT nd 5 NH15 26 09 1518 e +7 44.6517 -124.4133 nd nd nd nd 26 9 2218 nd nd nd
WE26903.16 Drifter nd 2 nd 26 09 1523 s +7 44.6525 -124.4157 nd nd nd nd 26 9 2223 nd nd Drifter 36543
WE26903.17 CTD 6 6 NH20 26 09 1604 s +7 44.6517 -124.5283 143 nd nd nd 26 9 2304 nd nd CTD with mzp
WE26903.18 VPT nd 6 NH20 26 09 1620 s +7 44.6517 -124.5317 nd nd nd nd 26 9 2320 nd nd VPT; 100 m
WE26903.181 VPT nd 6 NH20 26 09 1626 e +7 44.6517 -124.5317 nd nd nd nd 26 9 2326 nd nd nd
WE26903.19 SECCHI nd 1 NH20 26 09 1627 s +7 44.6517 -124.5317 nd nd nd nd 26 9 2327 nd nd nd
WE27003.1 CTD 7 7 NH25 26 09 1704 s +7 44.6517 -124.6500 294 nd nd nd 27 9 4 nd nd CTD with biochem; mzp
WE27003.2 VPT nd 7 NH25 26 09 1737 s +7 44.6500 -124.6517 nd nd nd nd 27 9 37 nd nd VPT; 100 m
WE27003.21 VPT nd 7 NH25 26 09 1743 e +7 44.6500 -124.6517 nd nd nd nd 27 9 43 nd nd nd
WE27003.3 Drifter nd 3 nd 26 09 1755 s +7 44.6520 -124.6483 nd nd nd nd 27 9 55 nd nd Drifter 36544
WE27003.4 CTD 8 8 NH15 26 09 1924 s +7 44.6517 -124.4117 94 nd nd nd 27 9 224 nd nd CTD with mzp; lon -125 to -124;DMO
WE27003.5 MOC nd 2 NH15 26 09 2000 s +7 44.6533 -124.4133 nd nd nd nd 27 9 300 nd nd nd
WE27003.6 MOC nd 2 nd 26 09 2026 e +7 44.6683 -124.4117 nd nd nd nd 27 9 326 nd nd nd
WE27003.7 MOC nd 3 NH25 26 09 2138 s +7 44.6533 -124.6517 nd nd nd nd 27 9 438 nd nd nd
WE27003.8 MOC nd 3 nd 26 09 2227 e +7 44.6767 -124.6500 nd nd nd nd 27 9 527 nd nd nd
WE27003.9 CTD 9 9 NH35 26 09 2346 s +7 44.6517 -124.8833 447 nd nd nd 27 9 646 nd nd CTD with biochem; mzp
WE27003.10 VPT nd 8 NH35 27 09 0020 s +7 44.6517 -124.8833 nd nd nd nd 27 9 720 nd nd VPT; 100 m
WE27003.101 VPT nd 8 NH35 27 09 0027 e +7 44.6517 -124.8833 nd nd nd nd 27 9 727 nd nd nd
WE27003.11 MOC nd 4 NH35 27 09 0032 s +7 44.6533 -124.8833 nd nd nd nd 27 9 732 nd nd nd
WE27003.12 MOC nd 4 nd 27 09 0142 e +7 44.6933 -124.8800 nd nd nd nd 27 9 842 nd nd nd
WE27003.13 CTD 10 10 NH45 27 09 0321 s +7 44.6517 -125.1167 696 nd nd nd 27 9 1021 nd nd CTD with biochem; mzp
WE27003.14 VPT nd 9 NH45 27 09 0409 s +7 44.6517 -125.1167 nd nd nd nd 27 9 1109 nd nd VPT; 100 m
WE27003.141 VPT nd 9 NH45 27 09 0414 e +7 44.6517 -125.1167 nd nd nd nd 27 9 1114 nd nd nd
WE27003.15 MOC nd 5 NH45 27 09 0425 s +7 44.6533 -125.1183 nd nd nd nd 27 9 1125 nd nd nd
WE27003.16 MOC nd 5 nd 27 09 0522 e +7 44.6817 -125.1317 nd nd nd nd 27 9 1222 nd nd nd
WE27003.17 Drifter nd 4 nd 27 09 0528 s +7 44.6827 -125.1338 nd nd nd nd 27 9 1228 nd nd Drifter 27466
WE27003.18 CTD 11 11 NH55 27 09 0645 s +7 44.6517 -125.3667 2865 nd nd nd 27 9 1345 nd nd CTD with mzp
WE27003.20 CTD 12 12 NH65 27 09 0835 s +7 44.6517 -125.6000 2858 nd nd nd 27 9 1535 nd nd CTD with biochem; mzp
WE27003.21 VPT nd 10 NH65 27 09 0929 s +7 44.6517 -125.6000 nd nd nd nd 27 9 1629 nd nd VPT; 100 m
WE27003.211 VPT nd 10 NH65 27 09 0935 e +7 44.6517 -125.6000 nd nd nd nd 27 9 1635 nd nd nd
WE27003.22 VPT nd 11 NH65 27 09 0938 s +7 44.6517 -125.6000 nd nd nd nd 27 9 1638 nd nd 2nd VPT; 100 m
WE27003.221 VPT nd 11 NH65 27 09 0944 e +7 44.6517 -125.6000 nd nd nd nd 27 9 1644 nd nd nd
WE27003.23 Drifter nd 5 nd 27 09 0950 s +7 44.6522 -125.6008 nd nd nd nd 27 9 1650 nd nd Drifter 27442
WE27003.24 CTD 13 13 NH85 27 09 1138 s +7 44.6517 -126.0500 2884 nd nd nd 27 9 1838 nd nd CTD with biochem; mzp; oxygen
nd transit nd nd nd 27 09 1238 nd +7 nd nd nd nd nd nd 27 9 1938 nd nd Begin transit to CR-Line
nd maintenance nd nd nd 27 09 1330 nd +7 nd nd nd nd nd nd 27 9 2030 nd nd Cleaned flo-thru filters
nd calibration nd nd nd 27 09 2030 nd +7 nd nd nd nd nd nd 28 9 330 nd nd Air calibration of transmissometer
WE27103.1 CTD 14 14 CR1 28 09 0621 s +7 41.9000 -124.3000 41 nd nd nd 28 9 1321 nd nd CTD with biochem; mzp
WE27103.2 VPT nd 12 CR1 28 09 0633 s +7 41.9000 -124.3000 nd nd nd nd 28 9 1333 nd nd VPT; 35 m
WE27103.21 VPT nd 12 CR1 28 09 0636 e +7 41.9000 -124.3000 nd nd nd nd 28 9 1336 nd nd nd
WE27103.3 CTD 15 15 CR2 28 09 0719 s +7 41.9000 -124.4000 68 nd nd nd 28 9 1419 nd nd CTD with mzp
WE27103.4 VPT nd 13 CR2 28 09 0732 s +7 41.9000 -124.4000 nd nd nd nd 28 9 1432 nd nd VPT; 55 m
WE27103.41 VPT nd 13 CR2 28 09 0735 e +7 41.9000 -124.4000 nd nd nd nd 28 9 1435 nd nd nd
WE27103.5 VPT nd 14 CR2 28 09 0739 s +7 41.9000 -124.4000 nd nd nd nd 28 9 1439 nd nd 2nd VPT; 55 m
WE27103.51 VPT nd 14 CR2 28 09 0743 e +7 41.9000 -124.4000 nd nd nd nd 28 9 1443 nd nd nd
WE27103.6 MOC nd 6 CR2 28 09 0751 s +7 41.9033 -124.4000 nd nd nd nd 28 9 1451 nd nd nd
WE27103.7 MOC nd 6 nd 28 09 0811 e +7 41.9133 -124.3983 nd nd nd nd 28 9 1511 nd nd nd
WE27103.8 CTD 16 16 CR3 28 09 0849 s +7 41.9000 -124.5000 136 nd nd nd 28 9 1549 nd nd CTD with biochem; mzp
WE27103.9 VPT nd 15 CR3 28 09 0911 s +7 41.9000 -124.5000 nd nd nd nd 28 9 1611 nd nd VPT; 100m
WE27103.91 VPT nd 15 CR3 28 09 0918 e +7 41.9000 -124.5000 nd nd nd nd 28 9 1618 nd nd nd
WE27103.10 MOC nd 7 CR3 28 09 0925 s +7 41.8983 -124.4983 nd nd nd nd 28 9 1625 nd nd nd
nd maintenance nd nd nd 28 09 1013 nd +7 nd nd nd nd nd nd 28 9 1713 nd nd Cleaned flo-thru filters
nd maintenance nd nd nd 28 09 1018 nd +7 nd nd nd nd nd nd 28 9 1718 nd nd Completed cleaning Turner fluorometer
WE27103.11 MOC nd 7 nd 28 09 1018 e +7 41.8700 -124.4867 nd nd nd nd 28 9 1718 nd nd nd
WE27103.12 CTD 17 17 CR4 28 09 1103 s +7 41.9000 -124.6000 503 nd nd nd 28 9 1803 nd nd CTD with biochem; mzp
WE27103.13 VPT nd 16 CR4 28 09 1137 s +7 41.9033 -124.6017 nd nd nd nd 28 9 1837 nd nd VPT; 100 m
WE27103.131 VPT nd 16 CR4 28 09 1137 e +7 41.9033 -124.6017 nd nd nd nd 28 9 1837 nd nd nd
WE27103.14 MOC nd 8 CR4 28 09 1148 s +7 41.9017 -124.6000 nd nd nd nd 28 9 1848 nd nd nd
WE27103.15 MOC nd 8 nd 28 09 1249 e +7 41.8733 -124.5783 nd nd nd nd 28 9 1949 nd nd nd
WE27103.16 CTD 18 18 CR5 28 09 1334 s +7 41.9017 -124.7000 661 nd nd nd 28 9 2034 nd nd CTD with biochem; mzp
WE27103.17 VPT nd 17 CR6 28 09 1445 s +7 41.9000 -124.7983 nd nd nd nd 28 9 2145 nd nd VPT; 100 m
WE27103.171 VPT nd 17 CR6 28 09 1451 e +7 41.9000 -124.7983 nd nd nd nd 28 9 2151 nd nd nd
WE27103.18 CTD 19 19 CR6 28 09 1503 s +7 41.9000 -124.8000 699 nd nd nd 28 9 2203 nd nd CTD with mzp
WE27103.19 MOC nd 9 CR6 28 09 1547 s +7 41.9017 -124.8033 nd nd nd nd 28 9 2247 nd nd nd
WE27103.20 MOC nd 9 nd 28 09 1644 e +7 41.9100 -124.8533 nd nd nd nd 28 9 2344 nd nd nd
WE27203.1 CTD 20 20 CR7 28 09 1729 s +7 41.9017 -125.0000 833 nd nd nd 29 9 29 nd nd CTD with biochem; mzp
WE27203.2 VPT nd 18 CR7 28 09 1815 s +7 41.8983 -125.0017 nd nd nd nd 29 9 115 nd nd VPT; 100 m
WE27203.21 VPT nd 18 CR7 28 09 1821 e +7 41.8983 -125.0017 nd nd nd nd 29 9 121 nd nd nd
WE27203.3 CTD 21 21 CR8 28 09 1916 s +7 41.9000 -125.2000 2735 nd nd nd 29 9 216 nd nd CTD with mzp
WE27203.4 CTD 22 22 CR9a 28 09 2102 s +7 41.9000 -125.4000 3095 nd nd nd 29 9 402 nd nd CTD with biochem; mzp
WE27203.5 VPT nd 19 CR9a 28 09 2155 s +7 41.9000 -125.4000 nd nd nd nd 29 9 455 nd nd VPT; 100m
WE27203.51 VPT nd 19 CR9a 28 09 2201 e +7 41.9000 -125.4000 nd nd nd nd 29 9 501 nd nd nd
WE27203.6 VPT nd 20 CR9a 28 09 2205 s +7 41.9000 -125.3983 nd nd nd nd 29 9 505 nd nd 2nd VPT; 100m
WE27203.61 VPT nd 20 CR9a 28 09 2211 e +7 41.9000 -125.3983 nd nd nd nd 29 9 511 nd nd nd
WE27203.7 CTD 23 23 CR10 28 09 2329 s +7 41.9000 -125.6667 2929 nd nd nd 29 9 629 nd nd CTD with mzp; oxygen
WE27203.8 VPT nd 21 CR11 29 09 0153 s +7 41.9000 -126.0000 nd nd nd nd 29 9 853 nd nd VPT;100m
WE27203.81 VPT nd 21 CR11 29 09 0200 e +7 41.9000 -126.0000 nd nd nd nd 29 9 900 nd nd nd
WE27203.9 CTD 24 24 CR11 29 09 0213 s +7 41.9000 -126.0000 3323 nd nd nd 29 9 913 nd nd CTD with biochem; mzp
WE27203.10 transit nd nd nd 29 09 0315 nd +7 nd nd nd nd nd nd 29 9 1015 nd nd Begin transit to FM line
nd maintenance nd nd nd 29 09 0723 nd +7 nd nd nd nd nd nd 29 9 1423 nd nd Cleaned flo-thru filters
nd maintenance nd nd nd 29 09 0729 nd +7 nd nd nd nd nd nd 29 9 1429 nd nd Completed cleaning Turner fluorometer
WE27203.11 CTD 25 25 FM1 29 09 1157 s +7 43.2167 -124.4333 35 nd nd nd 29 9 1857 nd nd CTD with mzp
WE27203.12 VPT nd 22 FM1 29 09 1205 s +7 43.2167 -124.4333 nd nd nd nd 29 9 1905 nd nd VPT; 30 m
WE27203.121 VPT nd 22 FM1 29 09 1208 e +7 43.2167 -124.4333 nd nd nd nd 29 9 1908 nd nd nd
nd calibration nd nd nd 29 09 1212 nd +7 nd nd nd nd nd nd 29 9 1912 nd nd Air calibration of transmissometer
WE27203.13 CTD 26 26 FM3 29 09 1232 s +7 43.2167 -124.5000 67 nd nd nd 29 9 1932 nd nd CTD with biochem; mzp
WE27203.14 VPT nd 23 FM3 29 09 1247 s +7 43.2167 -124.5000 nd nd nd nd 29 9 1947 nd nd VPT; 60m
WE27203.141 VPT nd 23 FM3 29 09 1251 e +7 43.2167 -124.5000 nd nd nd nd 29 9 1951 nd nd nd
WE27203.15 VPT nd 24 FM4 29 09 1319 s +7 43.2183 -124.5833 nd nd nd nd 29 9 2019 nd nd VPT; 80m
WE27203.151 VPT nd 24 FM4 29 09 1323 e +7 43.2183 -124.5833 nd nd nd nd 29 9 2023 nd nd nd
WE27203.16 CTD 27 27 FM4 29 09 1332 s +7 43.2167 -124.5833 88 nd nd nd 29 9 2032 nd nd CTD with biochem; mzp
WE27203.17 VPT nd 25 FM5 29 09 1417 s +7 43.2183 -124.6683 nd nd nd nd 29 9 2117 nd nd VPT; 100 m
WE27203.171 VPT nd 25 FM5 29 09 1423 e +7 43.2183 -124.6683 nd nd nd nd 29 9 2123 nd nd nd
WE27203.18 CTD 28 28 FM5 29 09 1432 s +7 43.2167 -124.6667 159 nd nd nd 29 9 2132 nd nd CTD with biochem; mzp
WE27203.19 CTD 29 29 FM6 29 09 1532 s +7 43.2167 -124.7500 311 nd nd nd 29 9 2232 nd nd CTD with mzp (& aborted oxygen)
WE27203.20 CTD 30 30 FM7 29 09 1628 s +7 43.2167 -124.8333 344 nd nd nd 29 9 2328 nd nd CTD with oxygen; biochem; mzp
WE27203.21 VPT nd 26 FM7 29 09 1658 s +7 43.2167 -124.8350 nd nd nd nd 29 9 2358 nd nd VPT; 100 m
WE27203.211 VPT nd 26 FM7 28 09 1704 e +7 43.2167 -124.8350 nd nd nd nd 29 9 4 nd nd nd
WE27303.1 VPT nd 27 FM8 29 09 1759 s +7 43.2150 -125.0017 nd nd nd nd 30 9 59 nd nd VPT; 100 m
WE27303.11 VPT nd 27 FM8 29 09 1805 e +7 43.2150 -125.0017 nd nd nd nd 30 9 105 nd nd nd
WE27303.2 CTD 31 31 FM8 29 09 1818 s +7 43.2167 -125.0000 1079 nd nd nd 30 9 118 nd nd CTD with biochem; mzp
WE27303.3 CTD 32 32 FM9 29 09 1957 s +7 43.2167 -125.1667 1659 nd nd nd 30 9 257 nd nd CTD with biochem; mzp
WE27303.4 VPT nd 28 FM9 29 09 2054 s +7 43.2167 -125.1667 nd nd nd nd 30 9 354 nd nd VPT; 100 m
WE27303.41 VPT nd 28 FM9 29 09 2100 e +7 43.2167 -125.1667 nd nd nd nd 30 9 400 nd nd nd
nd transit nd nd nd 29 09 2110 nd +7 nd nd nd nd nd nd 30 9 410 nd nd Begin transit to HH-1
WE27303.5 CTD 33 33 HH1 30 09 0231 s +7 44.0000 -124.2000 55 nd nd nd 30 9 931 nd nd CTD with biochem; mzp
WE27303.6 VPT nd 29 HH1 30 09 0243 s +7 44.0000 -124.2000 nd nd nd nd 30 9 943 nd nd VPT; 50m
WE27303.61 VPT nd 29 HH1 30 09 0247 e +7 44.0000 -124.2000 nd nd nd nd 30 9 947 nd nd nd
WE27303.7 CTD 34 34 HH2 30 09 0350 s +7 44.0000 -124.4000 122 nd nd nd 30 9 1050 nd nd CTD with biochem; mzp
WE27303.8 VPT nd 30 HH2 30 09 0409 s +7 44.0000 -124.4000 nd nd nd nd 30 9 1109 nd nd VPT; 100 m
WE27303.81 VPT nd 30 HH2 30 09 0414 e +7 44.0000 -124.4000 nd nd nd nd 30 9 1114 nd nd nd
WE27303.9 MOC nd 10 HH2 30 09 0428 s +7 44.0000 -124.4050 nd nd nd nd 30 9 1128 nd nd nd
WE27303.10 MOC nd 10 nd 30 09 0457 e +7 44.0150 -124.4167 nd nd nd nd 30 9 1157 nd nd nd
WE27303.11 CTD 35 35 HH3 30 09 0549 s +7 44.0000 -124.6000 155 nd nd nd 30 9 1249 nd nd CTD with biochem; mzp
WE27303.12 VPT nd 31 HH3 30 09 0609 s +7 44.0000 -124.6000 nd nd nd nd 30 9 1309 nd nd VPT; 100 m
WE27303.121 VPT nd 31 HH3 30 09 0615 e +7 44.0000 -124.6000 nd nd nd nd 30 9 1315 nd nd nd
WE27303.13 MOC nd 11 HH3 30 09 0622 s +7 44.0017 -124.6000 nd nd nd nd 30 9 1322 nd nd nd
WE27303.14 MOC nd 11 nd 30 09 0654 e +7 44.0200 -124.5983 nd nd nd nd 30 9 1354 nd nd nd
WE27303.15 CTD 36 36 HH4 30 09 0751 s +7 44.0000 -124.8000 111 nd nd nd 30 9 1451 nd nd CTD with biochem; mzp
WE27303.16 VPT nd 32 HH4 30 09 0814 s +7 44.0000 -124.8000 nd nd nd nd 30 9 1514 nd nd VPT; 100 m
WE27303.161 VPT nd 32 HH4 30 09 0821 e +7 44.0000 -124.8000 nd nd nd nd 30 9 1521 nd nd nd
WE27303.17 MOC nd 12 HH4 30 09 0829 s +7 44.0033 -124.8000 nd nd nd nd 30 9 1529 nd nd nd
nd maintenance nd nd nd 30 09 0832 nd +7 nd nd nd nd nd nd 30 9 1532 nd nd Cleaned flo-thru filters
nd maintenance nd nd nd 30 09 0832 nd +7 nd nd nd nd nd nd 30 9 1532 nd nd Cleaned Turner fluorometer
WE27303.18 MOC nd 12 nd 30 09 0854 e +7 44.0183 -124.7917 nd nd nd nd 30 9 1554 nd nd nd
nd calibration nd nd nd 30 09 0911 nd +7 nd nd nd nd nd nd 30 9 1611 nd nd Air calibration of transmissometer
WE27303.19 VPT nd 33 HH5 30 09 1000 s +7 44.0000 -125.0000 nd nd nd nd 30 9 1700 nd nd VPT; 100 m
WE27303.191 VPT nd 33 HH5 30 09 1006 e +7 44.0000 -125.0000 nd nd nd nd 30 9 1706 nd nd nd
WE27303.20 MOC nd 13 HH5 30 09 1012 s +7 44.0033 -125.0000 nd nd nd nd 30 9 1712 nd nd lon 125 to -125; DMO
WE27303.21 MOC nd 13 nd 30 09 1058 e +7 44.0300 -124.9950 nd nd nd nd 30 9 1758 nd nd nd
WE27303.22 CTD 37 37 HH5 30 09 1129 s +7 44.0000 -125.0000 935 nd nd nd 30 9 1829 nd nd CTD with biochem; mzp
WE27303.23 MOC nd 14 HH5 30 09 1224 s +7 44.0000 -124.9967 nd nd nd nd 30 9 1924 nd nd Deep daytime Mocness
WE27303.24 MOC nd 14 nd 30 09 1446 e +7 44.0917 -125.0117 nd nd nd nd 30 9 2146 nd nd nd
WE27303.25 CTD 38 38 HH7 30 09 1617 s +7 44.0000 -125.2000 1751 nd nd nd 30 9 2317 nd nd CTD with oxygen; biochem; mzp
WE27403.1 CTD 39 39 HH9 30 09 1831 s +7 44.0000 -125.4000 3021 nd nd nd 1 10 131 nd nd CTD with biochem; mzp
nd calibration nd nd nd 30 09 1949 nd +7 nd nd nd nd nd nd 1 10 249 nd nd Air calibration of transmissometer
WE27403.2 MOC nd 15 HH5 30 09 2047 s +7 44.0017 -125.0000 nd nd nd nd 1 10 347 nd nd Deep nighttime Mocness
WE27403.3 MOC nd 15 nd 30 09 2301 e +7 44.0800 -125.0200 nd nd nd nd 1 10 601 nd nd nd
WE27403.4 MOC nd 16 nd 01 10 0212 s +7 43.9950 -125.0717 nd nd nd nd 1 10 912 nd nd 2nd deep nighttime Mocness
WE27403.5 MOC nd 16 nd 01 10 0413 e +7 44.0717 -125.0117 nd nd nd nd 1 10 1113 nd nd nd
WE27403.6 MOC nd 17 nd 01 10 0800 s +7 44.0000 -125.0000 nd nd nd nd 1 10 1500 nd nd 2nd deep daytime Mocness
nd maintenance nd nd nd 01 10 0856 nd +7 nd nd nd nd nd nd 1 10 1556 nd nd Cleaned flo-thru filters
WE27403.7 MOC nd 17 nd 01 10 1017 e +7 44.0867 -125.0233 nd nd nd nd 1 10 1717 nd nd nd
WE27403.8 MOC nd 18 nd 01 10 1107 s +7 44.1867 -124.9767 300 nd nd nd 1 10 1807 nd nd Mocness pressure comparison cast
WE27403.81 MOC nd 18 nd 01 10 1140 e +7 44.1867 -124.9767 300 nd nd nd 1 10 1840 nd nd nd
WE27403.82 transit nd nd nd 01 10 1145 nd +7 nd nd nd nd nd nd 1 10 1845 nd nd Begin transit to Newport
WE27403.83 Flo-thru nd 1 nd 01 10 1502 e +7 nd nd nd nd nd nd 1 10 2202 nd nd shut down Flo-thru
WE27403.84 DAS nd nd nd 01 10 1502 e +7 nd nd nd nd nd nd 1 10 2202 nd nd shut down DAS
WE27403.85 ADCP 1 nd nd 01 10 1502 e +7 nd nd nd nd nd nd 1 10 2202 nd nd shut down ADCP
WE27403.86 Echosounder nd nd nd 01 10 1512 e +7 nd nd nd nd nd nd 1 10 2212 nd nd shut down Echosounder
WE27403.87 Arrive_Newport nd nd nd 01 10 1555 e +7 44.6271 -124.0178 nd nd nd nd 1 10 2255 nd nd Arrive Newport