# 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 w0207a
# Dates = July 9-15,2002
# Chief Sci = Adriana Huyer
#
# On-line versionLinda Hunnlog prepared jointly by:
# S. GLOHunn, OSU and the U.ortGLOBEC DMO.
#
# Cruise reprt prepared by Jane Fleischbein, OSU
#
# Added timediffon vevery record 11/18/11 - dld
# Corrected ln value of evennt 19402.37 from -125.9 to -124.9 and -events 19502..2 and 19502.21 from -124.005 to -125.005. 6/13/12 smr.
=========================
cruiseid year platform
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W0207A 2002 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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WE19002.03 DAS 1 nd nd 09 07 nd s +7 nd nd nd nd nd nd 9 7 nd nd nd nd
WE19002.04 Echosounder 1 nd nd 09 07 nd s +7 nd nd nd nd nd nd 9 7 nd nd nd nd
WE19002.05 calibaration nd nd nd 09 07 1337 nd +7 nd nd nd nd nd nd 9 7 2037 nd nd Air calibration of transmissometer
WE19002.06 Depart_Newport nd nd nd 09 07 1400 nd +7 44.6271 -124.0178 nd nd nd nd 9 7 2100 nd nd Depart Newport
WE19002.07 ADCP 1 nd nd 09 07 nd s +7 nd nd nd nd nd nd 9 7 nd nd nd Start ADCP
WE19002.08 Flo-thru 1 nd nd 09 07 nd s +7 nd nd nd nd nd nd 9 7 nd nd nd Start flo-thru
WE19002.09 Flo-thru_fluorometer 1 nd nd 09 07 nd s +7 nd nd nd nd nd nd 9 7 nd nd nd Start flo-thru fluorometer
WE19002.1 CTD 1 1 NH1 09 07 1517 s +7 44.6500 -124.1000 29 nd nd nd 9 7 2217 nd nd CTD
WE19002.2 VPT 1 nd NH1 09 07 1530 s +7 44.6517 -124.1000 nd nd nd nd 9 7 2230 nd nd VPT; 20m
WE19002.21 VPT 1 nd NH1 09 07 1534 e +7 44.6517 -124.1000 nd nd nd nd 9 7 2234 nd nd nd
WE19002.3 SECCHI 1 nd NH1 09 07 1537 s +7 44.6517 -124.1000 nd nd nd nd 9 7 2237 nd nd nd
WE19002.4 CTD 2 2 NH3 09 07 1555 s +7 44.6517 -124.1300 48 nd nd nd 9 7 2255 nd nd nd
WE19002.5 HTI 1 nd nd 09 07 1605 s +7 44.6533 -124.1333 nd nd nd nd 9 7 2305 nd nd nd
WE19002.6 HTI 2 nd nd 09 07 1631 s +7 nd nd nd nd nd nd 9 7 2331 nd nd HTI redeployed
WE19002.7 CTD 3 3 NH5 09 07 1653 s +7 44.6517 -124.1783 60 nd nd nd 9 7 2353 nd nd CTD with biochem; mzp
WE19102.1 VPT 2 nd NH5 09 07 1707 s +7 44.6517 -124.1767 nd nd nd nd 10 7 7 nd nd VPT; 55 m
WE19102.11 VPT 2 nd NH5 09 07 1711 e +7 44.6517 -124.1767 nd nd nd nd 10 7 11 nd nd nd
WE19102.2 MOC 1 nd NH5 09 07 1719 s +7 44.6533 -124.1767 nd nd nd nd 10 7 19 nd nd nd
WE19102.3 MOC 1 nd NH5 09 07 1737 e +7 44.6633 -124.1767 nd nd nd nd 10 7 37 nd nd nd
WE19102.4 CTD 4 4 NH10 09 07 1832 s +7 44.6517 -124.2950 81 nd nd nd 10 7 132 nd nd nd
WE19102.5 VPT 3 nd NH10 09 07 1853 s +7 44.6500 -124.2967 nd nd nd nd 10 7 153 nd nd VPT; 55 m
WE19102.5 VPT 3 nd NH10 09 07 1859 e +7 44.6500 -124.2967 nd nd nd nd 10 7 159 nd nd nd
WE19102.6 Drifter 1 nd nd 09 07 1903 s +7 44.6508 -124.2990 nd nd nd nd 10 7 203 nd nd Drifter 35899 deployed
WE19102.7 CTD 5 5 NH20 09 07 2029 s +7 44.6517 -124.5300 145 nd nd nd 10 7 329 nd nd nd
WE19102.8 VPT 4 nd NH20 09 07 2050 s +7 44.6517 -124.5300 nd nd nd nd 10 7 350 nd nd VPT; 100 m
WE19102.81 VPT 4 nd NH20 09 07 2057 e +7 44.6517 -124.5300 nd nd nd nd 10 7 357 nd nd nd
WE19102.9 VPT 5 nd NH20 09 07 2101 s +7 44.6517 -124.5300 nd nd nd nd 10 7 401 nd nd 2nd VPT; 100 m
WE19102.91 VPT 5 nd NH20 09 07 2107 e +7 44.6517 -124.5300 nd nd nd nd 10 7 407 nd nd nd
WE19102.10 CTD 6 6 NH15 09 07 2159 s +7 44.6517 -124.4117 93 nd nd nd 10 7 459 nd nd CTD with biochem; mzp
WE19102.11 VPT 6 nd NH15 09 07 2217 s +7 44.6517 -124.4117 nd nd nd nd 10 7 517 nd nd VPT; 90 m
WE19102.111 VPT 6 nd NH15 09 07 2224 e +7 44.6517 -124.4117 nd nd nd nd 10 7 524 nd nd nd
WE19102.12 MOC 2 nd NH15 09 07 2234 s +7 44.6567 -124.4150 nd nd nd nd 10 7 534 nd nd nd
WE19102.13 MOC 2 nd nd 09 07 2303 e +7 44.6733 -124.4217 nd nd nd nd 10 7 603 nd nd nd
WE19102.14 Drifter 2 nd nd 09 07 2303 s +7 44.6742 -124.4280 nd nd nd nd 10 7 603 nd nd Drifter 35900 deployed
WE19102.15 CTD 7 7 NH25 10 07 0040 s +7 44.6517 -124.6533 292 nd nd nd 10 7 740 nd nd CTD with biochem; mzp
WE19102.16 VPT 7 nd NH25 10 07 0111 s +7 44.6517 -124.6533 nd nd nd nd 10 7 811 nd nd VPT; 100 m
WE19102.161 VPT 7 nd NH25 10 07 0117 e +7 44.6517 -124.6533 nd nd nd nd 10 7 817 nd nd nd
WE19102.17 MOC 3 nd NH25 10 07 0125 s +7 44.6550 -125.6567 nd nd nd nd 10 7 825 nd nd nd
WE19102.18 MOC 3 nd nd 10 07 0213 e +7 44.6750 -124.6750 nd nd nd nd 10 7 913 nd nd nd
WE19102.19 Drifter 3 nd nd 10 07 0221 s +7 44.6775 -124.6780 nd nd nd nd 10 7 921 nd nd Drifter 35901 deployed
WE19102.20 CTD 8 8 NH35 10 07 0345 s +7 44.6517 -124.8833 439 nd nd nd 10 7 1045 nd nd CTD with biochem; mzp
WE19102.21 VPT 8 nd NH35 10 07 0422 s +7 44.6517 -124.8833 nd nd nd nd 10 7 1122 nd nd VPT; 100 m
WE19102.211 VPT 8 nd NH35 10 07 0427 e +7 44.6517 -124.8833 nd nd nd nd 10 7 1127 nd nd nd
WE19102.22 VPT 9 nd NH35 10 07 0431 s +7 44.6500 -124.8850 nd nd nd nd 10 7 1131 nd nd 2nd VPT; 100 m
WE19102.221 VPT 9 nd NH35 10 07 0439 e +7 44.6500 -124.8850 nd nd nd nd 10 7 1139 nd nd nd
WE19102.23 MOC 4 nd NH35 10 07 0452 s +7 44.6567 -124.8833 nd nd nd nd 10 7 1152 nd nd nd
WE19102.24 MOC 4 nd nd 10 07 0603 e +7 44.7000 -124.8867 nd nd nd nd 10 7 1303 nd nd nd
nd maintenance nd nd nd 10 07 0649 nd +7 nd nd nd nd nd nd 10 7 1349 nd nd Cleaned flo-thru filters
nd maintenance nd nd nd 10 07 0655 nd +7 nd nd nd nd nd nd 10 7 1355 nd nd Cleaned underway fluorometer
WE19102.25 CTD 9 9 NH45 10 07 0753 s +7 44.6517 -125.1167 703 nd nd nd 10 7 1453 nd nd CTD with biochem; mzp
WE19102.26 VPT 10 nd NH45 10 07 0841 s +7 44.6517 -125.1167 nd nd nd nd 10 7 1541 nd nd VPT; 100 m
WE19102.261 VPT 10 nd NH45 10 07 0847 e +7 44.6517 -125.1167 nd nd nd nd 10 7 1547 nd nd nd
WE19102.27 MOC 5 nd NH45 10 07 0856 s +7 44.6567 -125.1167 nd nd nd nd 10 7 1556 nd nd nd
WE19102.28 MOC 5 nd nd 10 07 1004 e +7 44.6967 -125.1283 nd nd nd nd 10 7 1704 nd nd nd
WE19102.29 Drifter 4 nd nd 10 07 1014 s +7 44.6978 -125.1358 nd nd nd nd 10 7 1714 nd nd Drifter 35902 deployed
WE19102.30 HTI 2 nd nd 10 07 1150 e +7 44.6533 -125.3667 nd nd nd nd 10 7 1850 nd nd nd
WE19102.31 CTD 10 10 NH55 10 07 1159 s +7 44.6517 -125.3650 2865 nd nd nd 10 7 1859 nd nd CTD with oxygen
WE19102.32 VPT 11 nd NH65 10 07 1408 s +7 44.6517 -125.6000 nd nd nd nd 10 7 2108 nd nd VPT; 100 m
WE19102.321 VPT 11 nd NH65 10 07 1413 e +7 44.6517 -125.6000 nd nd nd nd 10 7 2113 nd nd nd
WE19102.33 CTD 11 11 NH65 10 07 1422 s +7 44.6517 -125.6000 2860 nd nd nd 10 7 2122 nd nd CTD with biochem; mzp
WE19102.34 Drifter 5 nd nd 10 07 1521 s +7 44.6517 -125.6008 nd nd nd nd 10 7 2221 nd nd Drifter 35903 deployed
WE19202.1 CTD 12 12 NH85 10 07 1721 s +7 44.6517 -126.0500 2884 nd nd nd 11 7 21 nd nd Short CTD to catch surface water
WE19202.2 CTD 13 13 NH85 10 07 1742 s +7 44.6517 -126.0500 2884 nd nd nd 11 7 42 nd nd CTD with biochem
nd transit nd nd nd 11 07 nd nd +7 nd nd nd nd nd nd 11 7 nd nd nd Begin transit to FM-Line
WE19202.3 CTD 14 14 FM9 11 07 0304 s +7 43.2167 -125.1683 1652 nd nd nd 11 7 1004 nd nd CTD with biochem; mzp
WE19202.4 VPT 12 nd FM9 11 07 0408 s +7 43.2150 -125.1700 nd nd nd nd 11 7 1108 nd nd VPT; 100 m
WE19202.41 VPT 12 nd FM9 11 07 0414 e +7 43.2150 -125.1700 nd nd nd nd 11 7 1114 nd nd nd
WE19202.5 CTD 15 15 FM8 11 07 0424 s +7 43.2167 -125.0017 1079 nd nd nd 11 7 1124 nd nd CTD with biochem; mzp
WE19202.6 VPT 13 nd FM8 11 07 0614 s +7 43.2150 -125.0050 nd nd nd nd 11 7 1314 nd nd VPT; 100 m
WE19202.6 VPT 13 nd FM8 11 07 0620 e +7 43.2150 -125.0050 nd nd nd nd 11 7 1320 nd nd nd
WE19202.7 HTI 3 nd nd 11 07 0630 s +7 43.2133 -125.0100 nd nd nd nd 11 7 1330 nd nd nd
WE19202.8 CTD 16 16 FM7 11 07 0743 s +7 43.2167 -124.8333 342 nd nd nd 11 7 1443 nd nd CTD with biochem; mzp
WE19202.9 VPT 14 nd FM7 11 07 0817 s +7 43.2167 -124.8333 nd nd nd nd 11 7 1517 nd nd VPT; 100 m
WE19202.91 VPT 14 nd FM7 11 07 0822 e +7 43.2167 -124.8333 nd nd nd nd 11 7 1522 nd nd nd
WE19202.10 VPT 15 nd FM7 11 07 0824 s +7 43.2167 -124.8333 nd nd nd nd 11 7 1524 nd nd 2nd VPT; 100 m
WE19202.101 VPT 15 nd FM7 11 07 0830 e +7 43.2167 -124.8333 nd nd nd nd 11 7 1530 nd nd nd
WE19202.11 MOC 6 nd FM7 11 07 0838 s +7 43.2183 -124.8367 nd nd nd nd 11 7 1538 nd nd nd
nd maintenance nd nd nd 11 07 0856 nd +7 nd nd nd nd nd nd 11 7 1556 nd nd Cleaned flo-thru filters
nd maintenance nd nd nd 11 07 0902 nd +7 nd nd nd nd nd nd 11 7 1602 nd nd Cleaned flo-thru fluorometer
nd calibration nd nd nd 11 07 0912 nd +7 nd nd nd nd nd nd 11 7 1612 nd nd Air calibration of transmissometer
WE19202.12 MOC 6 nd nd 11 07 0949 e +7 43.2550 -124.8633 nd nd nd nd 11 7 1649 nd nd nd
WE19202.13 CTD 17 17 FM6 11 07 1105 s +7 43.2167 -124.7500 313 nd nd nd 11 7 1805 nd nd CTD with oxygen
WE19202.14 CTD 18 18 FM5 11 07 1217 s +7 43.2167 -124.6683 160 nd nd nd 11 7 1917 nd nd CTD with biochem
WE19202.15 VPT 16 nd FM5 11 07 1240 s +7 43.2167 -124.6683 nd nd nd nd 11 7 1940 nd nd VPT; 100 m
WE19202.151 VPT 16 nd FM5 11 07 1247 e +7 43.2167 -124.6683 nd nd nd nd 11 7 1947 nd nd nd
WE19202.16 VPT 17 nd FM5 11 07 1249 s +7 43.2167 -124.6683 nd nd nd nd 11 7 1949 nd nd 2nd VPT; 100 m
WE19202.161 VPT 17 nd FM5 11 07 1254 e +7 43.2167 -124.6683 nd nd nd nd 11 7 1954 nd nd nd
WE19202.17 MOC 7 nd FM5 11 07 1302 s +7 43.2183 -124.6700 nd nd nd nd 11 7 2002 nd nd nd
WE19202.18 MOC 7 nd nd 11 07 1338 e +7 43.2417 -124.6750 nd nd nd nd 11 7 2038 nd nd nd
WE19202.19 CTD 19 19 FM4 11 07 1444 s +7 43.2167 -124.5850 87 nd nd nd 11 7 2144 nd nd CTD with biochem; mzp
WE19202.20 VPT 18 nd FM4 11 07 1502 s +7 43.2150 -124.5850 nd nd nd nd 11 7 2202 nd nd VPT; 82m
WE19202.201 VPT 18 nd FM4 11 07 1506 e +7 43.2150 -124.5850 nd nd nd nd 11 7 2206 nd nd nd
WE19202.21 MOC 8 nd FM4 11 07 1513 s +7 43.2183 -124.5850 nd nd nd nd 11 7 2213 nd nd nd
WE19202.22 MOC 8 nd nd 11 07 1536 e +7 43.2300 -124.5900 nd nd nd nd 11 7 2236 nd nd nd
WE19202.23 CTD 20 20 FM3 11 07 1637 s +7 43.2167 -124.5000 66 nd nd nd 11 7 2337 nd nd CTD with biochem; mzp
WE19202.24 VPT 19 nd FM3 11 07 1653 s +7 43.2167 -124.5000 nd nd nd nd 11 7 2353 nd nd VPT; 60m
WE19202.241 VPT 19 nd FM3 11 07 1657 e +7 43.2167 -124.5000 nd nd nd nd 11 7 2357 nd nd nd
WE19302.1 MOC 9 nd FM3 11 07 1705 s +7 43.2183 -124.5033 nd nd nd nd 12 7 5 nd nd nd
WE19302.2 MOC 9 nd nd 11 07 1722 e +7 43.2250 -124.5117 nd nd nd nd 12 7 22 nd nd nd
WE19302.3 HTI 3 nd FM1 11 07 1812 e +7 43.2183 -124.4317 nd nd nd nd 12 7 112 nd nd nd
WE19302.4 CTD 21 21 FM1 11 07 1820 s +7 43.2167 -124.4333 35 nd nd nd 12 7 120 nd nd nd
WE19302.5 VPT 20 nd FM1 11 07 1829 s +7 43.2167 -124.4333 nd nd nd nd 12 7 129 nd nd VPT; 30 m
WE19302.51 VPT 20 nd FM1 11 07 1832 e +7 43.2167 -124.4333 nd nd nd nd 12 7 132 nd nd nd
nd maintenance nd nd nd 11 07 1830 nd +7 nd nd nd nd nd nd 12 7 130 nd nd Cleaned flo-thru filters
nd transit nd nd nd 11 07 1834 nd +7 nd nd nd nd nd nd 12 7 134 nd nd Begin transit to CR-11
nd maintenance nd nd nd 11 07 1836 nd +7 nd nd nd nd nd nd 12 7 136 nd nd Cleaned underway fluorometer
nd calibration nd nd nd 11 07 1855 nd +7 nd nd nd nd nd nd 12 7 155 nd nd Air calibration of transmissometer
nd hove_to nd nd nd 12 07 0340 nd +7 nd nd nd nd nd nd 12 7 1040 nd nd Arrive CR-11; hove to for weather
WE19302.6 CTD 22 22 CR11 12 07 0518 s +7 41.9017 -126.0000 3330 nd nd nd 12 7 1218 nd nd CTD with biochem; mzp
WE19302.7 VPT 21 nd CR11 12 07 0614 s +7 41.8983 -126.0000 nd nd nd nd 12 7 1314 nd nd VPT;100m
WE19302.71 VPT 21 nd CR11 12 07 0620 e +7 41.8983 -126.0000 nd nd nd nd 12 7 1320 nd nd nd
WE19302.8 CTD 23 23 CR10 12 07 0816 s +7 41.9000 -125.6667 2927 nd nd nd 12 7 1516 nd nd CTD with oxygen
WE19302.9 CTD 24 24 CR9a 12 07 1040 s +7 41.9000 -125.4000 3096 nd nd nd 12 7 1740 nd nd CTD with biochem; mzp
WE19302.10 VPT 22 nd CR9a 12 07 1135 s +7 41.9000 -125.4000 nd nd nd nd 12 7 1835 nd nd VPT; 100m
WE19302.101 VPT 22 nd CR9a 12 07 1141 e +7 41.9000 -125.4000 nd nd nd nd 12 7 1841 nd nd nd
WE19302.11 CTD 25 25 CR8 12 07 1312 s +7 41.9017 -125.2017 2766 nd nd nd 12 7 2012 nd nd nd
WE19302.12 CTD 26 26 CR7 12 07 1544 s +7 41.8983 -125.0017 842 nd nd nd 12 7 2244 nd nd CTD with biochem; mzp
WE19302.13 VPT 23 nd CR7 12 07 1640 s +7 41.9000 -125.0000 nd nd nd nd 12 7 2340 nd nd VPT; 100 m
WE19302.131 VPT 23 nd CR7 12 07 1646 e +7 41.9000 -125.0000 nd nd nd nd 12 7 2346 nd nd nd
WE19402.1 CTD 27 27 CR6 12 07 1801 s +7 41.9017 -124.7983 698 nd nd nd 13 7 101 nd nd nd
WE19402.2 VPT 24 nd CR6 12 07 1736 s +7 41.9000 -124.7900 nd nd nd nd 13 7 36 nd nd VPT; 100m; ch lon 47.2 to -124.79
WE19402.21 VPT 24 nd CR6 12 07 1741 e +7 41.9000 -124.7900 nd nd nd nd 13 7 41 nd nd ch lon from 47.2 to -124.79; gfh
WE19402.3 VPT 25 nd CR6 12 07 1744 s +7 41.8967 -124.7983 nd nd nd nd 13 7 44 nd nd 2nd VPT; 100 m
WE19402.31 VPT 25 nd CR6 12 07 1749 e +7 41.8967 -124.7983 nd nd nd nd 13 7 49 nd nd nd
WE19402.4 HTI 4 nd nd 12 07 1758 s +7 41.8917 -124.8000 nd nd nd nd 13 7 58 nd nd nd
WE19402.5 CTD 28 28 CR5 12 07 1942 s +7 41.9000 -124.7017 661 nd nd nd 13 7 242 nd nd CTD with biochem
WE19402.6 CTD 29 29 CR4 12 07 2118 s +7 41.9000 -124.6000 506 nd nd nd 13 7 418 nd nd CTD with biochem; mzp
WE19402.7 VPT 26 nd CR4 12 07 2200 s +7 41.8983 -124.6017 nd nd nd nd 13 7 500 nd nd VPT; 100 m
WE19402.71 VPT 26 nd CR4 12 07 2206 e +7 41.8983 -124.6017 nd nd nd nd 13 7 506 nd nd nd
WE19402.8 MOC 10 nd CR4 12 07 2215 s +7 41.9017 -124.6033 nd nd nd nd 13 7 515 nd nd nd
WE19402.9 MOC 10 nd nd 12 07 2313 e +7 41.9367 -124.6167 nd nd nd nd 13 7 613 nd nd nd
WE19402.10 CTD 30 30 CR3 13 07 0014 s +7 41.9000 -124.5017 139 nd nd nd 13 7 714 nd nd CTD with biochem; mzp
WE19402.11 VPT 27 nd CR3 13 07 0032 s +7 41.9000 -124.5000 nd nd nd nd 13 7 732 nd nd VPT; 100m
WE19402.111 VPT 27 nd CR3 13 07 0038 e +7 41.9000 -124.5000 nd nd nd nd 13 7 738 nd nd nd
WE19402.12 VPT 28 nd CR3 13 07 0041 s +7 41.9000 -124.5000 nd nd nd nd 13 7 741 nd nd 2nd VPT; 100m
WE19402.121 VPT 28 nd CR3 13 07 0046 e +7 41.9000 -124.5000 nd nd nd nd 13 7 746 nd nd nd
WE19402.13 MOC 11 nd CR3 13 07 0054 s +7 41.9000 -124.5017 nd nd nd nd 13 7 754 nd nd nd
WE19402.14 MOC 11 nd nd 13 07 0122 e +7 41.9167 -124.5117 nd nd nd nd 13 7 822 nd nd nd
WE19402.15 CTD 31 31 CR2 13 07 0218 s +7 41.9000 -124.4000 70 nd nd nd 13 7 918 nd nd nd
WE19402.16 VPT 29 nd CR2 13 07 0227 s +7 41.9017 -124.3983 nd nd nd nd 13 7 927 nd nd VPT; 60m
WE19402.161 VPT 29 nd CR2 13 07 0230 e +7 41.9017 -124.3983 nd nd nd nd 13 7 930 nd nd nd
WE19402.17 MOC 12 nd CR2 13 07 0240 s +7 41.9017 -124.4000 nd nd nd nd 13 7 940 nd nd nd
WE19402.18 MOC 12 nd nd 13 07 0256 e +7 41.9133 -124.4050 nd nd nd nd 13 7 956 nd nd nd
WE19402.19 HTI 4 nd nd 13 07 0351 e +7 41.9000 -124.3000 nd nd nd nd 13 7 1051 nd nd nd
WE19402.20 CTD 32 32 nd 13 07 0401 s +7 41.9000 -124.3000 42 nd nd nd 13 7 1101 nd nd CTD with biochem; mzp
WE19402.21 VPT 30 nd nd 13 07 0413 s +7 41.9000 -124.3000 nd nd nd nd 13 7 1113 nd nd VPT; 37 m
WE19402.211 VPT 30 nd nd 13 07 0416 e +7 41.9000 -124.3000 nd nd nd nd 13 7 1116 nd nd nd
nd transit nd nd nd 13 07 0420 nd +7 nd nd nd nd nd nd 13 7 1120 nd nd Begin transit to RR line
nd maintenance nd nd nd 13 07 0645 nd +7 nd nd nd nd nd nd 13 7 1345 nd nd Cleaned flo-thru filters
nd maintenance nd nd nd 13 07 0652 nd +7 nd nd nd nd nd nd 13 7 1352 nd nd Cleaned underway fluorometer
nd calibration nd nd nd 13 07 0655 nd +7 nd nd nd nd nd nd 13 7 1355 nd nd Air calibration of transmissometer
WE19402.22 CTD 33 33 RR1 13 07 0805 s +7 42.5000 -124.5000 36 nd nd nd 13 7 1505 nd nd CTD with biochem; mzp
WE19402.23 VPT 31 nd RR1 13 07 0820 s +7 42.5000 -124.5000 nd nd nd nd 13 7 1520 nd nd VPT; 30 m
WE19402.231 VPT 31 nd RR1 13 07 0822 e +7 42.5000 -124.5000 nd nd nd nd 13 7 1522 nd nd nd
WE19402.24 HTI 5 nd nd 13 07 0835 s +7 42.5000 -124.5000 nd nd nd nd 13 7 1535 nd nd nd
WE19402.25 CTD 34 34 RR2 13 07 0920 s +7 42.5000 -124.6000 86 nd nd nd 13 7 1620 nd nd CTD with biochem; mzp
WE19402.26 VPT 32 nd RR2 13 07 0936 s +7 42.5000 -124.6017 nd nd nd nd 13 7 1636 nd nd VPT; 83 m
WE19402.261 VPT 32 nd RR2 13 07 0941 e +7 42.5000 -124.6017 nd nd nd nd 13 7 1641 nd nd nd
WE19402.27 MOC 13 nd RR2 13 07 0949 s +7 42.5033 -124.6017 nd nd nd nd 13 7 1649 nd nd nd
WE19402.28 MOC 13 nd nd 13 07 1009 e +7 42.5133 -124.6033 nd nd nd nd 13 7 1709 nd nd nd
WE19402.29 CTD 35 35 RR3 13 07 1100 s +7 42.5000 -124.7000 133 nd nd nd 13 7 1800 nd nd CTD with biochem; mzp
WE19402.30 VPT 33 nd RR3 13 07 1121 s +7 42.5000 -124.7000 nd nd nd nd 13 7 1821 nd nd VPT; 100 m
WE19402.301 VPT 33 nd RR3 13 07 1128 e +7 42.5000 -124.7000 nd nd nd nd 13 7 1828 nd nd nd
WE19402.31 MOC 14 nd RR3 13 07 1135 s +7 42.5033 -124.7000 nd nd nd nd 13 7 1835 nd nd nd
WE19402.32 MOC 14 nd nd 13 07 1212 e +7 42.5250 -124.6967 nd nd nd nd 13 7 1912 nd nd nd
WE19402.33 CTD 36 36 RR4 13 07 1309 s +7 42.5000 -124.8000 599 nd nd nd 13 7 2009 nd nd CTD with biochem; mzp
WE19402.34 VPT 34 nd RR4 13 07 1351 s +7 42.5000 -124.8000 nd nd nd nd 13 7 2051 nd nd VPT; 100 m
WE19402.341 VPT 34 nd RR4 13 07 1357 e +7 42.5000 -124.8000 nd nd nd nd 13 7 2057 nd nd nd
WE19402.35 MOC 15 nd RR4 13 07 1406 s +7 42.5017 -124.8017 nd nd nd nd 13 7 2106 nd nd nd
nd maintenance nd nd nd 13 07 1454 nd +7 nd nd nd nd nd nd 13 7 2154 nd nd Cleaned Met sensors PSP;PIR;PAR
WE19402.36 MOC 15 nd nd 13 07 1504 e +7 42.5383 -124.8233 nd nd nd nd 13 7 2204 nd nd nd
WE19402.37 HTI 5 nd RR5 13 07 1550 e +7 42.5000 -124.9000 nd nd nd nd 13 7 2250 nd nd nd
WE19402.38 CTD 37 37 RR5 13 07 1558 s +7 42.5000 -124.9000 1168 nd nd nd 13 7 2258 nd nd CTD with oxygen
WE19502.1 CTD 38 38 RR6 13 07 1732 s +7 42.5000 -125.0017 1774 nd nd nd 14 7 32 nd nd CTD with biochem; mzp
WE19502.2 VPT 35 nd RR6 13 07 1827 s +7 42.5033 -125.0050 nd nd nd nd 14 7 127 nd nd VPT; 100 m
WE19502.21 VPT 35 nd RR6 13 07 1833 e +7 42.5033 -125.0050 nd nd nd nd 14 7 133 nd nd nd
WE19502.3 CTD 39 39 RR7 13 07 1925 s +7 42.5000 -125.1983 nd nd nd nd 14 7 225 nd nd CTD with biochem; mzp
WE19502.4 VPT 36 nd RR7 13 07 2018 s +7 42.5000 -125.2000 nd nd nd nd 14 7 318 nd nd VPT;100 m
WE19502.41 VPT 36 nd RR7 13 07 2025 e +7 42.5000 -125.2000 nd nd nd nd 14 7 325 nd nd nd
nd transit nd nd nd 13 07 2030 nd +7 nd nd nd nd nd nd 14 7 330 nd nd Begin transit to HH-1
WE19502.5 CTD 40 40 HH1 14 07 0550 s +7 44.0000 -124.2000 54 nd nd nd 14 7 1250 nd nd CTD with biochem; mzp
WE19502.6 VPT 37 nd HH1 14 07 0605 s +7 44.0000 -124.2000 nd nd nd nd 14 7 1305 nd nd VPT; 50m
WE19502.61 VPT 37 nd HH1 14 07 0610 e +7 44.0000 -124.2000 nd nd nd nd 14 7 1310 nd nd nd
nd maintenance nd nd nd 14 07 0654 nd +7 nd nd nd nd nd nd 14 7 1354 nd nd Cleaned flo-thru filter
nd maintenance nd nd nd 14 07 0706 nd +7 nd nd nd nd nd nd 14 7 1406 nd nd Cleaned underway fluorometer
WE19502.7 CTD 41 41 HH2 14 07 0704 s +7 44.0000 -124.4000 120 nd nd nd 14 7 1404 nd nd CTD with biochem; mzp
WE19502.8 VPT 38 nd HH2 14 07 0725 s +7 44.0000 -124.4000 nd nd nd nd 14 7 1425 nd nd VPT; 100 m
WE19502.81 VPT 38 nd HH2 14 07 0732 e +7 44.0000 -124.4000 nd nd nd nd 14 7 1432 nd nd nd
WE19502.9 CTD 42 42 HH3 14 07 0827 s +7 44.0000 -124.6000 153 nd nd nd 14 7 1527 nd nd CTD with biochem; mzp
WE19502.10 VPT 39 nd HH3 14 07 0850 s +7 44.0000 -124.6000 nd nd nd nd 14 7 1550 nd nd VPT; 100 m
WE19502.101 VPT 39 nd HH3 14 07 0856 e +7 44.0000 -124.6000 nd nd nd nd 14 7 1556 nd nd nd
WE19502.11 CTD 43 43 HH4 14 07 0950 s +7 44.0000 -124.8000 110 nd nd nd 14 7 1650 nd nd CTD with biochem; mzp
WE19502.12 VPT 40 nd HH4 14 07 1009 s +7 44.0000 -124.8000 nd nd nd nd 14 7 1709 nd nd VPT; 100 m
WE19502.121 VPT 40 nd HH4 14 07 1016 e +7 44.0000 -124.8000 nd nd nd nd 14 7 1716 nd nd nd
WE19502.13 CTD 44 44 HH5 14 07 1113 s +7 44.0000 -125.0000 927 nd nd nd 14 7 1813 nd nd CTD with biochem; mzp
WE19502.14 VPT 41 nd HH5 14 07 1205 s +7 44.0000 -125.0000 nd nd nd nd 14 7 1905 nd nd VPT; 100 m
WE19502.141 VPT 41 nd HH5 14 07 1211 e +7 44.0000 -125.0000 nd nd nd nd 14 7 1911 nd nd nd
WE19502.15 CTD 45 45 HH7 14 07 1311 s +7 44.0000 -125.2000 1699 nd nd nd 14 7 2011 nd nd CTD with biochem; mzp
WE19502.16 CTD 46 46 HH9 14 07 1502 s +7 44.0000 -125.4000 3020 nd nd nd 14 7 2202 nd nd CTD with biochem; mzp
nd transit nd nd nd 14 07 1600 nd +7 nd nd nd nd nd nd 14 7 2300 nd nd Begin transit toward HH-5
nd calibration nd nd nd 14 07 1703 nd +7 nd nd nd nd nd nd 15 7 3 nd nd Air calibration of transmissometer
WE19602.1 HTI 6 nd nd 14 07 1743 s +7 44.0000 -124.0917 nd nd nd nd 15 7 43 nd nd nd
WE19602.2 MOC 16 nd HH5 14 07 1831 s +7 44.0017 -125.0000 nd nd nd nd 15 7 131 nd nd MOC_light; ch lat 43 to 44; gfh
WE19602.3 MOC 16 nd nd 14 07 1922 e +7 44.0333 -125.0000 nd nd nd nd 15 7 222 nd nd nd
WE19602.4 MOC 17 nd HH5 14 07 2203 s +7 44.0017 -125.0000 nd nd nd nd 15 7 503 nd nd MOC_dark; ch lat 43 to 44; gfh
WE19602.5 MOC 17 nd nd 14 07 2258 e +7 44.0350 -125.0033 nd nd nd nd 15 7 558 nd nd nd
WE19602.6 MOC 18 nd HH4 15 07 0024 s +7 44.0000 -124.8000 nd nd nd nd 15 7 724 nd nd nd
WE19602.7 MOC 18 nd nd 15 07 0048 e +7 44.0100 -124.7867 nd nd nd nd 15 7 748 nd nd nd
WE19602.8 MOC 19 nd HH3 15 07 0206 s +7 44.0000 -124.6000 nd nd nd nd 15 7 906 nd nd nd
WE19602.9 MOC 19 nd nd 15 07 0240 e +7 44.0217 -124.6017 nd nd nd nd 15 7 940 nd nd nd
WE19602.10 MOC 20 nd HH2 15 07 0406 s +7 44.0000 -124.4000 nd nd nd nd 15 7 1106 nd nd nd
WE19602.11 MOC 20 nd nd 15 07 0432 e +7 44.0133 -124.4000 nd nd nd nd 15 7 1132 nd nd nd
WE19602.12 HTI 6 nd nd 15 07 0438 e +7 44.0133 -124.4000 nd nd nd nd 15 7 1138 nd nd nd
nd transit nd nd nd 15 07 0440 nd +7 nd nd nd nd nd nd 15 7 1140 nd nd Begin tranist to NH-10
nd maintenance nd nd nd 15 07 0644 nd +7 nd nd nd nd nd nd 15 7 1344 nd nd Cleaned flo-thru filters
nd maintenance nd nd nd 15 07 0648 nd +7 nd nd nd nd nd nd 15 7 1348 nd nd Cleaned underway fluorometer
nd calibration nd nd nd 15 07 0910 nd +7 nd nd nd nd nd nd 15 7 1610 nd nd Air calibration of transmissometer
WE19602.13 CTD 47 47 NH10 15 07 0949 s +7 44.6517 -124.2950 80 nd nd nd 15 7 1649 nd nd CTD with 50 m sample for M. Wetz
nd transit nd nd nd 15 07 1000 nd +7 nd nd nd nd nd nd 15 7 1700 nd nd Begin transit to Newport
WE19602.14 Echosounder 1 nd nd 15 07 1108 e +7 nd nd nd nd nd nd 15 7 1808 nd nd nd
WE19602.15 Flo-thru 1 nd nd 15 07 1109 e +7 nd nd nd nd nd nd 15 7 1809 nd nd nd
WE19602.16 ADCP 1 nd nd 15 07 1125 e +7 nd nd nd nd nd nd 15 7 1825 nd nd nd
WE19602.17 DAS 1 nd nd 15 07 1130 e +7 nd nd nd nd nd nd 15 7 1830 nd nd nd
WE19602.18 Arrive_Newport nd nd nd 15 07 1200 e +7 44.6271 -124.0178 nd nd nd nd 15 7 1900 nd nd nd