# 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
#
# HX283 event log. Prepared/edited by Seth Danielson
# GLOBEC Cruise
# R/V Alpha Helix, 03-12 May 2004
# Chief Scientist: Seth Danielson
# IMS/Univ. Ala ka Fairbanks
# 830
# Phone: 907-474-7@ims.uaf.edu
# d Email: sethK
# s.uaf.edu
# depart from/return to Seward, Armatt
#
# d for jg serving, hpb 01/24/05
# e noted, Cess otherwisDs weed, CT. Royer
# Wken for T. Weingartner and Ter
# WWter ster samples taken for T. sitledge/D. Stockwell: Nutrient & chl
# CalVetand R. Hopcroftaken for K. Coyle and R. Hopcroft
# MOCNESS samples were taken for K. Coyle
# Ring Net samples were taken for R. Hopcroft & K. Coyle
# HTI is a multies withcy acoustic sampling system
# Samples with instrument prefix of "Fe_" were water samples collected
# for Iron Analysis using a variety of clean methods (see comment field)
#
# Change History
#
# Added timediff to every record 11/18/11 - dld
#
=========================
cruiseid year platform
-------------------------
HX283 2004 Alpha_Helix
=========================
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
-------------------------
HX28312404.01 CTD 1 1 RES2.5 03 05 1036 S +8 60.0246 -149.3600 300 nd Weingartner nd 3 5 1836 nd nd nd
HX28312404.02 CTD 1 1 RES2.5 03 05 1053 E +8 60.0256 -149.3601 300 nd Weingartner nd 3 5 1853 nd nd nd
HX28312404.03 CTD 2 2 GAK1 03 05 1220 S +8 59.8447 -149.4661 271 nd Weingartner nd 3 5 2020 nd nd nd
HX28312404.04 CTD 2 2 GAK1 03 05 1237 E +8 59.8453 -149.4670 271 nd Weingartner nd 3 5 2037 nd nd nd
HX28312504.01 MOC 1 3 GAK11 03 05 2246 S +8 58.3912 -148.0685 1420 nd Coyle nd 4 5 646 nd nd nd
HX28312504.02 MOC 1 3 GAK11 03 05 2320 E +8 58.4161 -148.0585 1420 nd Coyle nd 4 5 720 nd nd nd
HX28312504.03 HTI 1 3 GAK11 03 05 2343 S +8 58.3877 -148.0700 1420 nd Coyle nd 4 5 743 nd nd nd
HX28312504.04 HTI 1 4 GAK12 04 05 0117 E +8 58.2439 -147.9339 1919 nd Coyle nd 4 5 917 nd nd nd
HX28312504.05 MOC 2 4 GAK12 04 05 0120 S +8 58.2414 -147.9314 1919 nd Coyle nd 4 5 920 nd nd nd
HX28312504.06 MOC 2 4 GAK12 04 05 0204 E +8 58.2115 -147.9024 1919 nd Coyle nd 4 5 1004 nd nd nd
HX28312504.07 HTI 2 4 GAK12 04 05 0234 S +8 58.2425 -147.9322 1919 nd Coyle nd 4 5 1034 nd nd nd
HX28312504.08 HTI 2 5 GAK13 04 05 0408 E +8 58.0981 -147.7893 1997 nd Coyle nd 4 5 1208 nd nd nd
HX28312504.09 MOC 3 5 GAK13 04 05 0411 S +8 58.0957 -147.7876 1997 nd Coyle nd 4 5 1211 nd nd nd
HX28312504.10 MOC 3 5 GAK13 04 05 0448 E +8 58.0687 -147.7687 1997 nd Coyle nd 4 5 1248 nd nd nd
HX28312504.11 MOC 4 5 GAK13 04 05 0524 S +8 58.0784 -147.7779 1997 nd Coyle nd 4 5 1324 nd nd deep cast
HX28312504.12 MOC 4 5 GAK13 04 05 nd E +8 nd nd 1997 nd Coyle nd 4 5 nd nd nd nd
HX28312504.13 CTD 3 5 GAK13 04 05 0706 S +8 58.0986 -147.7944 1997 nd Weingartner nd 4 5 1506 nd nd nd
HX28312504.14 CTD 3 5 GAK13 04 05 0819 E +8 58.0932 -147.7797 1997 nd Weingartner nd 4 5 1619 nd nd nd
HX28312504.15 CTD 4 5 GAK13 04 05 0834 S +8 58.0970 -147.7929 1997 nd Whitledge nd 4 5 1634 nd nd nd
HX28312504.16 CTD 4 5 GAK13 04 05 0842 E +8 58.0961 -147.7908 1997 nd Whitledge nd 4 5 1642 nd nd nd
HX28312504.17 CalVet 1 5 GAK13 04 05 0849 S +8 58.0950 -147.7908 1997 nd Hopcroft nd 4 5 1649 nd nd nd
HX28312504.18 CalVet 1 5 GAK13 04 05 0853 E +8 58.0947 -147.7895 1997 nd Hopcroft nd 4 5 1653 nd nd nd
HX28312504.19 CTD 5 5 GAK13 04 05 0902 S +8 58.0966 -147.7934 1997 nd Hopcroft nd 4 5 1702 nd nd zoop cast 1
HX28312504.20 CTD 5 5 GAK13 04 05 0904 E +8 58.0963 -147.7929 1997 nd Hopcroft nd 4 5 1704 nd nd nd
HX28312504.21 CTD 6 5 GAK13 04 05 0915 S +8 58.0950 -147.7894 1997 nd Hopcroft nd 4 5 1715 nd nd zoop cast 2
HX28312504.22 CTD 6 5 GAK13 04 05 0918 E +8 58.0946 -147.7882 1997 nd Hopcroft nd 4 5 1718 nd nd nd
HX28312504.23 CTD 7 5 GAK13 04 05 0925 S +8 58.0933 -147.7845 1997 nd Hopcroft nd 4 5 1725 nd nd zoop cast 3
HX28312504.24 CTD 7 5 GAK13 04 05 0930 E +8 58.0933 -147.7845 1997 nd Hopcroft nd 4 5 1730 nd nd nd
HX28312504.25 RingNet 1 5 GAK13 04 05 0952 S +8 58.0986 -147.7929 1997 nd Hopcroft nd 4 5 1752 nd nd nd
HX28312504.26 RingNet 1 5 GAK13 04 05 0959 E +8 58.0987 -147.7907 1997 nd Hopcroft nd 4 5 1759 nd nd nd
HX28312504.27 CTD 8 5 GAK13 04 05 1004 S +8 58.0984 -147.7902 1997 nd Hopcroft nd 4 5 1804 nd nd zoop cast4
HX28312504.28 CTD 8 5 GAK13 04 05 1005 E +8 58.0983 -147.7899 1997 nd Hopcroft nd 4 5 1805 nd nd nd
HX28312504.29 CTD 9 5 GAK13 04 05 1013 S +8 58.0974 -147.7877 1997 nd Hopcroft nd 4 5 1813 nd nd zoop cast 5
HX28312504.30 CTD 9 5 GAK13 04 05 1015 E +8 58.0972 -147.7870 1997 nd Hopcroft nd 4 5 1815 nd nd nd
HX28312504.31 RingNet 2 5 GAK13 04 05 1022 S +8 58.0990 -147.7951 1997 nd Hopcroft nd 4 5 1822 nd nd nd
HX28312504.32 RingNet 2 5 GAK13 04 05 1025 E +8 58.0987 -147.7943 1997 nd Hopcroft nd 4 5 1825 nd nd nd
HX28312504.33 RingNet 3 5 GAK13 04 05 1029 S +8 58.0981 -147.7930 1997 nd Hopcroft nd 4 5 1829 nd nd nd
HX28312504.34 RingNet 3 5 GAK13 04 05 1032 E +8 58.0976 -147.7921 1997 nd Hopcroft nd 4 5 1832 nd nd nd
HX28312504.35 RingNet 4 5 GAK13 04 05 1033 S +8 58.0973 -147.7916 1997 nd Hopcroft nd 4 5 1833 nd nd nd
HX28312504.36 RingNet 4 5 GAK13 04 05 1039 E +8 58.0963 -147.7901 1997 nd Hopcroft nd 4 5 1839 nd nd nd
HX28312504.37 CalVet 2 6 GAK12 04 05 1143 S +8 58.2439 -147.9324 2169 nd Hopcroft nd 4 5 1943 nd nd nd
HX28312504.38 CalVet 2 6 GAK12 04 05 1149 E +8 58.2434 -147.9301 2169 nd Hopcroft nd 4 5 1949 nd nd nd
HX28312504.39 CTD 10 6 GAK12 04 05 1153 S +8 58.2430 -147.9301 2169 nd Weingartner nd 4 5 1953 nd nd nd
HX28312504.40 CTD 10 6 GAK12 04 05 1309 E +8 58.2388 -147.9073 2169 nd Weingartner nd 4 5 2109 nd nd nd
HX28312504.41 CalVet 3 7 GAK11 04 05 1415 S +8 58.3896 -148.0709 1432 nd Hopcroft nd 4 5 2215 nd nd nd
HX28312504.42 CalVet 3 7 GAK11 04 05 1420 E +8 58.3905 -148.0688 1432 nd Hopcroft nd 4 5 2220 nd nd nd
HX28312504.43 CTD 11 7 GAK11 04 05 1424 S +8 58.3917 -148.0691 1432 nd Weingartner nd 4 5 2224 nd nd nd
HX28312504.44 CTD 11 7 GAK11 04 05 1537 E +8 58.3989 -148.0436 1432 nd Weingartner nd 4 5 2337 nd nd nd
HX28312604.01 CalVet 4 8 GAK10 04 05 1639 S +8 58.5422 -148.2099 1468 nd Hopcroft nd 5 5 39 nd nd nd
HX28312604.02 CalVet 4 8 GAK10 04 05 1645 E +8 58.5428 -148.2057 1468 nd Hopcroft nd 5 5 45 nd nd nd
HX28312604.03 RingNet 5 8 GAK10 04 05 1649 S +8 58.5431 -148.2030 1468 nd Hopcroft nd 5 5 49 nd nd nd
HX28312604.04 RingNet 5 8 GAK10 04 05 1656 E +8 58.5436 -148.1988 1468 nd Hopcroft nd 5 5 56 nd nd nd
HX28312604.05 CTD 12 8 GAK10 04 05 1703 S +8 58.5405 -148.2097 1479 nd Weingartner nd 5 5 103 nd nd nd
HX28312604.06 CTD 12 8 GAK10 04 05 1817 E +8 58.5373 -148.1630 1479 nd Weingartner nd 5 5 217 nd nd nd
HX28312604.07 CTD 13 9 GAK11 04 05 1920 S +8 58.3881 -148.0661 1436 nd Wu nd 5 5 320 nd nd Standard CTD; 11 Mitess Samples clamped to CTD wire
HX28312604.08 CTD 13 9 GAK11 04 05 2149 E +8 58.3915 -148.0066 1436 nd Wu nd 5 5 549 nd nd MITESS=> 1L Nalgene bottles on Vanes; electronically closed
HX28312604.09 HTI 3 9 GAK11 04 05 2233 S +8 58.3887 -148.0712 1436 nd Coyle nd 5 5 633 nd nd nd
HX28312604.10 HTI 3 10 GAK10 05 05 0015 E +8 58.5417 -148.2117 1490 nd Coyle nd 5 5 815 nd nd nd
HX28312604.11 MOC 5 10 GAK10 05 05 0017 S +8 58.5433 -148.2140 1490 nd Coyle nd 5 5 817 nd nd nd
HX28312604.12 MOC 5 10 GAK10 05 05 0101 E +8 58.5690 -148.2474 1490 nd Coyle nd 5 5 901 nd nd nd
HX28312604.13 HTI 4 10 GAK10 05 05 0129 S +8 58.5427 -148.2123 1490 nd Coyle nd 5 5 929 nd nd nd
HX28312604.14 HTI 4 11 GAK9 05 05 0301 E +8 58.6794 -148.3493 281 nd Coyle nd 5 5 1101 nd nd nd
HX28312604.15 MOC 6 11 GAK9 05 05 0304 S +8 58.6817 -148.3521 281 nd Coyle nd 5 5 1104 nd nd nd
HX28312604.16 MOC 6 11 GAK9 05 05 0346 E +8 58.7016 -148.3885 281 nd Coyle nd 5 5 1146 nd nd nd
HX28312604.17 HTI 5 11 GAK9 05 05 0412 S +8 58.6809 -148.3505 281 nd Coyle nd 5 5 1212 nd nd nd
HX28312604.18 HTI 5 12 GAK8 05 05 0547 E +8 58.7918 -148.4896 291 nd Coyle nd 5 5 1347 nd nd nd
HX28312604.19 CTD 14 13 GAK9I 05 05 0659 S +8 58.6093 -148.2752 691 nd Weingartner nd 5 5 1459 nd nd nd
HX28312604.20 CTD 14 13 GAK9I 05 05 0747 E +8 58.5948 -148.2516 691 nd Weingartner nd 5 5 1547 nd nd nd
HX28312604.21 CTD 15 14 GAK9 05 05 0831 S +8 58.6791 -148.3496 291 nd Weingartner nd 5 5 1631 nd nd nd
HX28312604.22 CTD 15 14 GAK9 05 05 0854 E +8 58.6718 -148.3445 291 nd Weingartner nd 5 5 1654 nd nd nd
HX28312604.23 CalVet 5 14 GAK9 05 05 0856 S +8 58.6713 -148.3442 291 nd Hopcroft nd 5 5 1656 nd nd nd
HX28312604.24 CalVet 5 14 GAK9 05 05 0901 E +8 58.6698 -148.3436 291 nd Hopcroft nd 5 5 1701 nd nd nd
HX28312604.25 CTD 16 14 GAK9 05 05 0910 S +8 58.6795 -148.3502 277 nd Whitledge nd 5 5 1710 nd nd prim prod cast
HX28312604.26 CTD 16 14 GAK9 05 05 0918 E +8 58.6778 -148.3493 277 nd Whitledge nd 5 5 1718 nd nd nd
HX28312604.27 CTD 17 14 GAK9 05 05 0929 S +8 58.6742 -148.3497 277 nd Hopcroft nd 5 5 1729 nd nd zoop cast 1
HX28312604.28 CTD 17 14 GAK9 05 05 0930 E +8 58.6739 -148.3498 277 nd Hopcroft nd 5 5 1730 nd nd nd
HX28312604.29 CTD 18 14 GAK9 05 05 0936 S +8 58.6720 -148.3502 277 nd Hopcroft nd 5 5 1736 nd nd zoop cast 2
HX28312604.30 CTD 18 14 GAK9 05 05 0937 E +8 58.6717 -148.3504 277 nd Hopcroft nd 5 5 1737 nd nd nd
HX28312604.31 RingNet 6 14 GAK9 05 05 0940 S +8 58.6709 -148.3508 277 nd Hopcroft nd 5 5 1740 nd nd zoop cast 2
HX28312604.32 RingNet 6 14 GAK9 05 05 0944 E +8 58.6696 -148.3513 277 nd Hopcroft nd 5 5 1744 nd nd nd
HX28312604.33 CTD 19 14 GAK9 05 05 0952 S +8 58.6799 -148.3500 277 nd Hopcroft nd 5 5 1752 nd nd zoop cast 3
HX28312604.34 CTD 19 14 GAK9 05 05 0953 E +8 58.6798 -148.3501 277 nd Hopcroft nd 5 5 1753 nd nd nd
HX28312604.35 CTD 20 14 GAK9 05 05 1000 S +8 58.6786 -148.3511 277 nd Hopcroft nd 5 5 1800 nd nd Zoop cast 4
HX28312604.36 CTD 20 14 GAK9 05 05 1002 E +8 58.6782 -148.3515 277 nd Hopcroft nd 5 5 1802 nd nd nd
HX28312604.37 CTD 21 14 GAK9 05 05 1006 S +8 58.6774 -148.3522 277 nd Hopcroft nd 5 5 1806 nd nd zoop cast 5
HX28312604.38 CTD 21 14 GAK9 05 05 1009 E +8 58.6770 -148.3525 277 nd Hopcroft nd 5 5 1809 nd nd nd
HX28312604.39 CTD 22 14 GAK9 05 05 1014 S +8 58.6760 -148.3531 277 nd Hopcroft nd 5 5 1814 nd nd zoop cast 6
HX28312604.40 CTD 22 14 GAK9 05 05 1015 E +8 58.6758 -148.3532 277 nd Hopcroft nd 5 5 1815 nd nd nd
HX28312604.41 RingNet 7 14 GAK9 05 05 1019 S +8 58.6753 -148.3535 277 nd Hopcroft nd 5 5 1819 nd nd nd
HX28312604.42 RingNet 7 14 GAK9 05 05 1023 E +8 58.6746 -148.3542 277 nd Hopcroft nd 5 5 1823 nd nd nd
HX28312604.43 RingNet 8 14 GAK9 05 05 1026 S +8 58.6743 -148.3544 277 nd Hopcroft nd 5 5 1826 nd nd nd
HX28312604.44 RingNet 8 14 GAK9 05 05 1031 E +8 58.6736 -148.3552 277 nd Hopcroft nd 5 5 1831 nd nd nd
HX28312604.45 CTD 23 15 GAK8I 05 05 1101 S +8 58.7437 -148.4218 289 nd Weingartner nd 5 5 1901 nd nd nd
HX28312604.46 CTD 23 15 GAK8I 05 05 1124 E +8 58.7447 -148.4275 289 nd Weingartner nd 5 5 1924 nd nd nd
HX28312604.47 CalVet 6 16 GAK8 05 05 1147 S +8 58.7929 -148.4915 291 nd Hopcroft nd 5 5 1947 nd nd nd
HX28312604.48 CalVet 6 16 GAK8 05 05 1153 E +8 58.7933 -148.4937 291 nd Hopcroft nd 5 5 1953 nd nd nd
HX28312604.49 CTD 24 16 GAK8 05 05 1155 S +8 58.7933 -148.4946 291 nd Weingartner nd 5 5 1955 nd nd nd
HX28312604.50 CTD 24 16 GAK8 05 05 1214 E +8 58.7941 -148.5002 291 nd Weingartner nd 5 5 2014 nd nd nd
HX28312604.51 CTD 25 17 GAK7I 05 05 1248 S +8 58.8831 -148.5627 302 nd Weingartner nd 5 5 2048 nd nd nd
HX28312604.52 CTD 25 17 GAK7I 05 05 1311 E +8 58.8898 -148.5701 302 nd Weingartner nd 5 5 2111 nd nd nd
HX28312604.53 CalVet 7 18 GAK7 05 05 1341 S +8 58.9727 -148.6311 243 nd Hopcroft nd 5 5 2141 nd nd nd
HX28312604.54 CalVet 7 18 GAK7 05 05 1347 E +8 58.9742 -148.6320 243 nd Hopcroft nd 5 5 2147 nd nd nd
HX28312604.55 CTD 26 18 GAK7 05 05 1348 S +8 58.9747 -148.6325 243 nd Weingartner nd 5 5 2148 nd nd nd
HX28312604.56 CTD 26 18 GAK7 05 05 1406 E +8 58.9795 -148.6342 243 nd Weingartner nd 5 5 2206 nd nd nd
HX28312604.57 CTD 27 19 GAK6I 05 05 1432 S +8 59.0455 -148.6986 193 nd Weingartner nd 5 5 2232 nd nd nd
HX28312604.58 CTD 27 19 GAK6I 05 05 1448 E +8 59.0490 -148.6998 193 nd Weingartner nd 5 5 2248 nd nd nd
HX28312604.59 CalVet 8 20 GAK6 05 05 1517 S +8 59.1182 -148.7702 152 nd Hopcroft nd 5 5 2317 nd nd nd
HX28312604.60 CalVet 8 20 GAK6 05 05 1525 E +8 59.1199 -148.7683 152 nd Hopcroft nd 5 5 2325 nd nd nd
HX28312604.61 CTD 28 20 GAK6 05 05 1526 S +8 59.1201 -148.7681 152 nd Weingartner nd 5 5 2326 nd nd nd
HX28312604.62 CTD 28 20 GAK6 05 05 1538 E +8 59.1227 -148.7664 152 nd Weingartner nd 5 5 2338 nd nd nd
HX28312704.01 CTD 29 21 GAK5I 05 05 1607 S +8 59.1915 -148.8388 167 nd Weingartner nd 6 5 7 nd nd nd
HX28312704.02 CTD 29 21 GAK5I 05 05 1620 E +8 59.1914 -148.8368 167 nd Weingartner nd 6 5 20 nd nd nd
HX28312704.03 Fe_BowSample 1 22 GAK5X 05 05 1639 S +8 59.2314 -148.8752 167 nd Wu nd 6 5 39 nd nd Nalgene bottle off bow while steaming; pole sample
HX28312704.04 Fe_BowSample 1 22 GAK5X 05 05 1642 E +8 59.2321 -148.8763 167 nd Wu nd 6 5 42 nd nd nd
HX28312704.05 CalVet 9 23 GAK5 05 05 1656 S +8 59.2622 -148.9082 167 nd Hopcroft nd 6 5 56 nd nd nd
HX28312704.06 CalVet 9 23 GAK5 05 05 1702 E +8 59.2615 -148.9087 167 nd Hopcroft nd 6 5 102 nd nd nd
HX28312704.07 CTD 30 23 GAK5 05 05 1704 S +8 59.2614 -148.9086 169 nd Weingartner nd 6 5 104 nd nd nd
HX28312704.08 CTD 30 23 GAK5 05 05 1717 E +8 59.2595 -148.9064 169 nd Weingartner nd 6 5 117 nd nd nd
HX28312704.09 CTD 31 24 GAK4I 05 05 1751 S +8 59.3351 -148.9799 196 nd Weingartner nd 6 5 151 nd nd nd
HX28312704.10 CTD 31 24 GAK4I 05 05 1806 E +8 59.3332 -148.9768 196 nd Weingartner nd 6 5 206 nd nd nd
HX28312704.11 Fe_Trawl 2 25 GAK5I 05 05 1924 S +8 59.1648 -148.8275 196 nd Wu nd 6 5 324 nd nd underway fish sampler trawl
HX28312704.12 Fe_Trawl 2 25 GAK5I 06 05 nd E +8 nd nd nd nd Wu nd 6 5 nd nd nd water collection device failed and terminated for cruise
HX28312704.13 MOC 7 26 GAK8 05 05 2247 S +8 58.7929 -148.4965 290 nd Coyle nd 6 5 647 nd nd nd
HX28312704.14 MOC 7 26 GAK8 05 05 2319 E +8 58.8054 -148.5428 290 nd Coyle nd 6 5 719 nd nd nd
HX28312704.15 HTI 6 26 GAK8 05 05 2347 S +8 58.7931 -148.4925 290 nd Coyle nd 6 5 747 nd nd nd
HX28312704.16 HTI 6 27 GAK7 06 05 0126 E +8 58.9724 -148.6308 247 nd Coyle nd 6 5 926 nd nd nd
HX28312704.17 MOC 8 27 GAK7 06 05 0130 S +8 58.9766 -148.6345 247 nd Coyle nd 6 5 930 nd nd nd
HX28312704.18 MOC 8 27 GAK7 06 05 0210 E +8 59.0138 -148.6662 247 nd Coyle nd 6 5 1010 nd nd nd
HX28312704.19 HTI 7 27 GAK7 06 05 0242 S +8 58.9729 -148.6308 247 nd Coyle nd 6 5 1042 nd nd nd
HX28312704.20 HTI 7 28 GAK6 06 05 0406 E +8 59.1172 -148.7705 154 nd Coyle nd 6 5 1206 nd nd nd
HX28312704.21 MOC 9 28 GAK6 06 05 0408 S +8 59.1199 -148.7726 154 nd Coyle nd 6 5 1208 nd nd nd
HX28312704.22 MOC 9 28 GAK6 06 05 0441 E +8 59.1386 -148.7947 154 nd Coyle nd 6 5 1241 nd nd nd
HX28312704.23 Transit nd nd nd 06 05 0618 E +8 59.3730 -149.0146 199 nd Weingartner nd 6 5 1418 nd nd just pased through convergent front; huge fluorescence peak in thru-hull sampler.
HX28312704.24 CTD 32 29 GAK4 06 05 0634 S +8 59.4084 -149.0488 200 nd Weingartner nd 6 5 1434 nd nd nd
HX28312704.25 CTD 32 29 GAK4 06 05 0651 E +8 59.4074 -149.0457 200 nd Weingartner nd 6 5 1451 nd nd nd
HX28312704.26 CalVet 10 29 GAK4 06 05 0654 S +8 59.4073 -149.0452 200 nd Hopcroft nd 6 5 1454 nd nd nd
HX28312704.27 CalVet 10 29 GAK4 06 05 0658 E +8 59.4072 -149.0444 200 nd Hopcroft nd 6 5 1458 nd nd nd
HX28312704.28 CTD 33 29 GAK4 06 05 0714 S +8 59.4070 -149.0417 200 nd Whitledge nd 6 5 1514 nd nd Prim Prod cast. 0-50ug/l fluorometer cable added. Clipped previous cast on 0-15 scale.
HX28312704.29 CTD 33 29 GAK4 06 05 0730 E +8 59.4066 -149.0390 200 nd Whitledge nd 6 5 1530 nd nd nd
HX28312704.30 CTD 34 29 GAK4 06 05 0740 S +8 59.4094 -149.0464 200 nd Hopcroft nd 6 5 1540 nd nd zoop cast 1
HX28312704.31 CTD 34 29 GAK4 06 05 0743 E +8 59.4098 -149.0459 200 nd Hopcroft nd 6 5 1543 nd nd nd
HX28312704.32 CTD 35 29 GAK4 06 05 0748 S +8 59.4103 -149.0456 200 nd Hopcroft nd 6 5 1548 nd nd zoop cast 2
HX28312704.33 CTD 35 29 GAK4 06 05 0750 E +8 59.4105 -149.0455 200 nd Hopcroft nd 6 5 1550 nd nd nd
HX28312704.34 CTD 36 29 GAK4 06 05 0756 S +8 59.4111 -149.0453 200 nd Hopcroft nd 6 5 1556 nd nd zoop cast 3
HX28312704.35 CTD 36 29 GAK4 06 05 0757 E +8 59.4112 -149.0453 200 nd Hopcroft nd 6 5 1557 nd nd nd
HX28312704.36 CTD 37 29 GAK4 06 05 0803 S +8 59.4114 -149.0456 200 nd Hopcroft nd 6 5 1603 nd nd zoop cast 4
HX28312704.37 CTD 37 29 GAK4 06 05 0804 E +8 59.4113 -149.0457 200 nd Hopcroft nd 6 5 1604 nd nd nd
HX28312704.38 CTD 38 29 GAK4 06 05 0811 S +8 59.4112 -149.0454 200 nd Hopcroft nd 6 5 1611 nd nd zoop cast 5
HX28312704.39 CTD 38 29 GAK4 06 05 0812 E +8 59.4112 -149.0453 200 nd Hopcroft nd 6 5 1612 nd nd nd
HX28312704.40 RingNet 9 29 GAK4 06 05 0821 S +8 59.4077 -149.0483 200 nd Hopcroft nd 6 5 1621 nd nd nd
HX28312704.41 RingNet 9 29 GAK4 06 05 0826 E +8 59.4077 -149.0480 200 nd Hopcroft nd 6 5 1626 nd nd nd
HX28312704.42 RingNet 10 29 GAK4 06 05 0828 S +8 59.4076 -149.0478 200 nd Hopcroft nd 6 5 1628 nd nd nd
HX28312704.43 RingNet 10 29 GAK4 06 05 0833 E +8 59.4076 -149.0473 200 nd Hopcroft nd 6 5 1633 nd nd nd
HX28312704.44 RingNet 11 29 GAK4 06 05 0836 S +8 59.4076 -149.0471 200 nd Hopcroft nd 6 5 1636 nd nd nd
HX28312704.45 RingNet 11 29 GAK4 06 05 0840 E +8 59.4076 -149.0466 200 nd Hopcroft nd 6 5 1640 nd nd nd
HX28312704.46 CTD 39 30 GAK3I 06 05 0913 S +8 59.4829 -149.1181 200 nd Weingartner nd 6 5 1713 nd nd nd
HX28312704.47 CTD 39 30 GAK3I 06 05 nd E +8 nd nd 200 nd Weingartner nd 6 5 nd nd nd nd
HX28312704.48 CalVet 11 31 GAK3 06 05 0959 S +8 59.5536 -149.1880 211 nd Hopcroft nd 6 5 1759 nd nd nd
HX28312704.49 CalVet 11 31 GAK3 06 05 1004 E +8 59.5541 -149.1882 211 nd Hopcroft nd 6 5 1804 nd nd nd
HX28312704.50 CTD 40 31 GAK3 06 05 1006 S +8 59.5542 -149.1886 211 nd Weingartner nd 6 5 1806 nd nd nd
HX28312704.51 CTD 40 31 GAK3 06 05 1021 E +8 59.5549 -149.1928 211 nd Weingartner nd 6 5 1821 nd nd nd
HX28312704.52 CTD 41 31 GAK3 06 05 1043 S +8 59.5531 -149.1932 211 nd Weingartner nd 6 5 1843 nd nd Recast put original Flu cable back on.
HX28312704.53 CTD 41 31 GAK3 06 05 1044 E +8 59.5531 -149.1935 211 nd Weingartner nd 6 5 1844 nd nd nd
HX28312704.54 CTD 42 31 GAK3 06 05 1056 S +8 59.5531 -149.1899 211 nd Weingartner nd 6 5 1856 nd nd Big CTD for Flu profile and total Chl
HX28312704.55 CTD 42 31 GAK3 06 05 1112 E +8 59.5548 -149.1963 211 nd Weingartner nd 6 5 1912 nd nd nd
HX28312704.56 CTD 43 32 GAK2I 06 05 1141 S +8 59.6268 -149.2595 212 nd Weingartner nd 6 5 1941 nd nd nd
HX28312704.57 CTD 43 32 GAK2I 06 05 1157 E +8 59.6268 -149.2617 212 nd Weingartner nd 6 5 1957 nd nd nd
HX28312704.58 CalVet 12 33 GAK2 06 05 1225 S +8 59.6916 -149.3275 227 nd Hopcroft nd 6 5 2025 nd nd nd
HX28312704.59 CalVet 12 33 GAK2 06 05 1230 E +8 59.6911 -149.3287 227 nd Hopcroft nd 6 5 2030 nd nd nd
HX28312704.60 CTD 44 33 GAK2 06 05 1234 S +8 59.6906 -149.3296 227 nd Weingartner nd 6 5 2034 nd nd nd
HX28312704.61 CTD 44 33 GAK2 06 05 1249 E +8 59.6889 -149.3327 227 nd Weingartner nd 6 5 2049 nd nd nd
HX28312704.62 CTD 45 34 GAK1I 06 05 1324 S +8 59.7662 -149.3985 260 nd Weingartner nd 6 5 2124 nd nd nd
HX28312704.63 CTD 45 34 GAK1I 06 05 1414 E +8 59.8450 -149.4701 260 nd Weingartner nd 6 5 2214 nd nd nd
HX28312704.64 CTD 46 35 GAK1 06 05 1416 S +8 59.8454 -149.4713 272 nd Weingartner nd 6 5 2216 nd nd nd
HX28312704.65 CTD 46 35 GAK1 06 05 1435 E +8 59.8477 -149.4723 272 nd Weingartner nd 6 5 2235 nd nd nd
HX28312804.01 ADCP 1 nd CF1 07 05 nd S +8 nd nd nd nd Weingartner nd 7 5 nd nd nd nd
HX28312804.02 ADCP 1 nd CF15 07 05 nd E +8 nd nd nd nd Weingartner nd 7 5 nd nd nd nd
HX28312804.03 HTI 8 nd GAK6 06 05 2235 S +8 59.1185 -148.7717 148 nd Coyle nd 7 5 635 nd nd nd
HX28312804.04 HTI 8 36 GAK5 07 05 0007 E +8 59.2623 -148.9087 167 nd Coyle nd 7 5 807 nd nd nd
HX28312804.05 MOC 10 36 GAK5 07 05 0010 S +8 59.2658 -148.9089 167 nd Coyle nd 7 5 810 nd nd nd
HX28312804.06 MOC 10 36 GAK5 07 05 0049 E +8 59.2978 -148.9049 167 nd Coyle nd 7 5 849 nd nd nd
HX28312804.07 HTI 9 36 GAK5 07 05 0116 S +8 59.2635 -148.9097 167 nd Coyle nd 7 5 916 nd nd nd
HX28312804.08 HTI 9 37 GAK4 07 05 0250 E +8 59.4083 -149.0483 204 nd Coyle nd 7 5 1050 nd nd nd
HX28312804.09 MOC 11 37 GAK4 07 05 0253 S +8 59.4106 -149.0506 204 nd Coyle nd 7 5 1053 nd nd nd
HX28312804.10 MOC 11 37 GAK4 07 05 0337 E +8 59.4377 -149.0768 204 nd Coyle nd 7 5 1137 nd nd nd
HX28312804.11 HTI 10 37 GAK4 07 05 nd S +8 nd nd 204 nd Coyle nd 7 5 nd nd nd nd
HX28312804.12 HTI 10 38 GAK3 07 05 0537 E +8 59.5526 -149.1876 216 nd Coyle nd 7 5 1337 nd nd nd
HX28312804.13 CTD 47 39 GAK1 07 05 0748 S +8 59.8467 -149.4678 270 nd Weingartner nd 7 5 1548 nd nd nd
HX28312804.14 CTD 47 39 GAK1 07 05 0755 E +8 59.8470 -149.4665 270 nd Weingartner nd 7 5 1555 nd nd nd
HX28312804.15 CalVet 13 39 GAK1 07 05 0756 S +8 59.8470 -149.4663 270 nd Hopcroft nd 7 5 1556 nd nd nd
HX28312804.16 CalVet 13 39 GAK1 07 05 0802 E +8 59.8473 -149.4660 270 nd Hopcroft nd 7 5 1602 nd nd nd
HX28312804.17 CTD 48 39 GAK1 07 05 0809 S +8 59.8475 -149.4657 270 nd Whitledge nd 7 5 1609 nd nd prim prod cast
HX28312804.18 CTD 48 39 GAK1 07 05 0813 E +8 59.8477 -149.4656 270 nd Whitledge nd 7 5 1613 nd nd nd
HX28312804.19 CTD 49 39 GAK1 07 05 0824 S +8 59.8444 -149.4677 270 nd Hopcroft nd 7 5 1624 nd nd zoop cast 1
HX28312804.20 CTD 49 39 GAK1 07 05 0825 E +8 59.8444 -149.4677 270 nd Hopcroft nd 7 5 1625 nd nd nd
HX28312804.21 CTD 50 39 GAK1 07 05 0830 S +8 59.8448 -149.4679 270 nd Hopcroft nd 7 5 1630 nd nd zoop cast 2
HX28312804.22 CTD 50 39 GAK1 07 05 0832 E +8 59.8449 -149.4680 270 nd Hopcroft nd 7 5 1632 nd nd nd
HX28312804.23 CTD 51 39 GAK1 07 05 0836 S +8 59.8454 -149.4679 270 nd Hopcroft nd 7 5 1636 nd nd zoop cast 3
HX28312804.24 CTD 51 39 GAK1 07 05 0840 E +8 59.8454 -149.4679 270 nd Hopcroft nd 7 5 1640 nd nd nd
HX28312804.25 CTD 52 39 GAK1 07 05 0842 S +8 59.8457 -149.4680 270 nd Hopcroft nd 7 5 1642 nd nd zoop cast 4
HX28312804.26 CTD 52 39 GAK1 07 05 0846 E +8 59.8457 -149.4680 270 nd Hopcroft nd 7 5 1646 nd nd nd
HX28312804.27 CTD 53 39 GAK1 07 05 0851 S +8 59.8460 -149.4682 270 nd Hopcroft nd 7 5 1651 nd nd zoop cast 5
HX28312804.28 CTD 53 39 GAK1 07 05 0852 E +8 59.8460 -149.4683 270 nd Hopcroft nd 7 5 1652 nd nd nd
HX28312804.29 CTD 54 39 GAK1 07 05 0856 S +8 59.8463 -149.4684 270 nd Hopcroft nd 7 5 1656 nd nd zoop cast 6
HX28312804.30 CTD 54 39 GAK1 07 05 0858 E +8 59.8463 -149.4684 270 nd Hopcroft nd 7 5 1658 nd nd nd
HX28312804.31 CTD 55 39 GAK1 07 05 0902 S +8 59.8466 -149.4684 270 nd Hopcroft nd 7 5 1702 nd nd zoop cast 7
HX28312804.32 CTD 55 39 GAK1 07 05 0904 E +8 59.8467 -149.4684 270 nd Hopcroft nd 7 5 1704 nd nd nd
HX28312804.33 CTD 56 39 GAK1 07 05 0909 S +8 59.8469 -149.4685 270 nd Hopcroft nd 7 5 1709 nd nd zoop cast 8
HX28312804.34 CTD 56 39 GAK1 07 05 0910 E +8 59.8469 -149.4685 270 nd Hopcroft nd 7 5 1710 nd nd nd
HX28312804.35 RingNet 12 39 GAK1 07 05 0913 S +8 59.8470 -149.4686 270 nd Hopcroft nd 7 5 1713 nd nd nd
HX28312804.36 RingNet 12 39 GAK1 07 05 0918 E +8 59.8471 -149.4688 270 nd Hopcroft nd 7 5 1718 nd nd nd
HX28312804.37 RingNet 13 39 GAK1 07 05 0922 S +8 59.8472 -149.4689 270 nd Hopcroft nd 7 5 1722 nd nd nd
HX28312804.38 RingNet 13 39 GAK1 07 05 0928 E +8 59.8472 -149.4690 270 nd Hopcroft nd 7 5 1728 nd nd nd
HX28312804.39 RingNet 14 39 GAK1 07 05 0931 S +8 59.8473 -149.4690 270 nd Hopcroft nd 7 5 1731 nd nd nd
HX28312804.40 RingNet 14 39 GAK1 07 05 0937 E +8 59.8474 -149.4691 270 nd Hopcroft nd 7 5 1737 nd nd nd
HX28312804.41 Fe_BowSample 3 39 GAK1 07 05 nd S +8 59.8359 -149.4614 270 nd Wu nd 7 5 nd nd nd Nalgene bottle off bow while steaming; pole sample
HX28312804.42 Fe_BowSample 3 39 GAK1 07 05 0946 E +8 59.8359 -149.4614 270 nd Wu nd 7 5 1746 nd nd nd
HX28312804.43 CTD 57 40 CF1 07 05 1136 S +8 nd nd 82 nd Weingartner nd 7 5 1936 nd nd nd
HX28312804.44 CTD 57 40 CF1 07 05 nd E +8 nd nd nd nd Weingartner nd 7 5 nd nd nd nd
HX28312804.45 CTD 58 41 CF2 07 05 1157 S +8 59.8835 -148.8664 114 nd Weingartner nd 7 5 1957 nd nd nd
HX28312804.46 CTD 58 41 CF2 07 05 nd E +8 nd nd 114 nd Weingartner nd 7 5 nd nd nd nd
HX28312804.47 CTD 59 42 CF3 07 05 1220 S +8 59.8504 -148.8661 160 nd Weingartner nd 7 5 2020 nd nd nd
HX28312804.48 CTD 59 42 CF3 07 05 1240 E +8 59.8526 -148.8738 160 nd Weingartner nd 7 5 2040 nd nd nd
HX28312804.49 CTD 60 43 CF4 07 05 1257 S +8 59.8168 -148.8667 182 nd Weingartner nd 7 5 2057 nd nd nd
HX28312804.50 CTD 60 43 CF4 07 05 1308 E +8 59.8168 -148.8712 182 nd Weingartner nd 7 5 2108 nd nd nd
HX28312804.51 CTD 61 44 CF5 07 05 1326 S +8 59.7827 -148.8665 194 nd Weingartner nd 7 5 2126 nd nd nd
HX28312804.52 CTD 61 44 CF5 07 05 1340 E +8 59.7823 -148.8710 194 nd Weingartner nd 7 5 2140 nd nd nd
HX28312804.53 CTD 62 45 CF6 07 05 1357 S +8 59.7497 -148.8654 191 nd Weingartner nd 7 5 2157 nd nd nd
HX28312804.54 CTD 62 45 CF6 07 05 1407 E +8 59.7496 -148.8655 191 nd Weingartner nd 7 5 2207 nd nd nd
HX28312804.55 CTD 63 46 CF7 07 05 1422 S +8 59.7166 -148.8656 182 nd Weingartner nd 7 5 2222 nd nd nd
HX28312804.56 CTD 63 46 CF7 07 05 1435 E +8 59.7168 -148.8657 182 nd Weingartner nd 7 5 2235 nd nd nd
HX28312804.57 CTD 64 47 CF8 07 05 1449 S +8 59.6834 -148.8673 180 nd Weingartner nd 7 5 2249 nd nd nd
HX28312804.58 CTD 64 47 CF8 07 05 1500 E +8 59.6845 -148.8668 180 nd Weingartner nd 7 5 2300 nd nd nd
HX28312804.59 CTD 65 48 CF9 07 05 1518 S +8 59.6500 -148.8654 179 nd Weingartner nd 7 5 2318 nd nd nd
HX28312804.60 CTD 65 48 CF9 07 05 1534 E +8 59.6491 -148.8621 179 nd Weingartner nd 7 5 2334 nd nd nd
HX28312804.61 CTD 66 49 CF10 07 05 1549 S +8 59.6155 -148.8645 177 nd Weingartner nd 7 5 2349 nd nd nd
HX28312904.01 CTD 66 49 CF10 07 05 1600 E +8 59.6168 -148.8628 177 nd Weingartner nd 8 5 0 nd nd nd
HX28312904.02 CTD 67 50 CF11 07 05 1617 S +8 59.5832 -148.8653 177 nd Weingartner nd 8 5 17 nd nd nd
HX28312904.03 CTD 67 50 CF11 08 05 nd E +8 nd nd 177 nd Weingartner nd 8 5 nd nd nd nd
HX28312904.04 CTD 68 51 CF12 07 05 1646 S +8 59.5498 -148.8653 184 nd Weingartner nd 8 5 46 nd nd nd
HX28312904.05 CTD 68 51 CF12 07 05 1700 E +8 59.5458 -148.8635 184 nd Weingartner nd 8 5 100 nd nd nd
HX28312904.06 CTD 69 52 CF13 07 05 1710 S +8 59.5167 -148.8660 173 nd Weingartner nd 8 5 110 nd nd nd
HX28312904.07 CTD 69 52 CF13 07 05 1725 E +8 59.5167 -148.8631 173 nd Weingartner nd 8 5 125 nd nd nd
HX28312904.08 CTD 70 53 CF14 07 05 1739 S +8 59.4829 -148.8665 173 nd Weingartner nd 8 5 139 nd nd nd
HX28312904.09 CTD 70 53 CF14 07 05 1753 E +8 59.4816 -148.8622 173 nd Weingartner nd 8 5 153 nd nd nd
HX28312904.10 CTD 71 54 CF15 07 05 1808 S +8 59.4498 -148.8666 183 nd Weingartner nd 8 5 208 nd nd nd
HX28312904.11 CTD 71 54 CF15 07 05 1821 E +8 59.4505 -148.8667 183 nd Weingartner nd 8 5 221 nd nd nd
HX28312904.12 CTD 72 55 GAK3 07 05 1935 S +8 59.5545 -149.1897 213 nd Weingartner nd 8 5 335 nd nd nd
HX28312904.13 CTD 72 55 GAK3 07 05 1948 E +8 59.5556 -149.1880 213 nd Weingartner nd 8 5 348 nd nd nd
HX28312904.14 CalVet 14 56 GAK2 07 05 2050 S +8 59.6909 -149.3242 225 nd Hopcroft nd 8 5 450 nd nd nd
HX28312904.15 CalVet 14 56 GAK2 07 05 2057 E +8 59.6908 -149.3238 225 nd Hopcroft nd 8 5 457 nd nd nd
HX28312904.16 CTD 73 56 GAK2 07 05 2058 S +8 59.6910 -149.3242 225 nd Weingartner nd 8 5 458 nd nd nd
HX28312904.17 CTD 73 56 GAK2 07 05 2112 E +8 59.6903 -149.3243 225 nd Weingartner nd 8 5 512 nd nd nd
HX28312904.18 MOC 12 57 GAK1 07 05 2235 S +8 59.8474 -149.4686 269 nd Coyle nd 8 5 635 nd nd nd
HX28312904.19 MOC 12 57 GAK1 07 05 2318 E +8 59.8782 -149.4910 269 nd Coyle nd 8 5 718 nd nd nd
HX28312904.20 HTI 11 57 GAK1 07 05 2341 S +8 59.8432 -149.4655 269 nd Coyle nd 8 5 741 nd nd nd
HX28312904.21 HTI 11 58 GAK2 08 05 0126 E +8 59.6913 -149.3261 231 nd Coyle nd 8 5 926 nd nd nd
HX28312904.22 MOC 13 58 GAK2 08 05 0131 S +8 59.6931 -149.3274 231 nd Coyle nd 8 5 931 nd nd nd
HX28312904.23 MOC 13 58 GAK2 08 05 0214 E +8 59.7150 -149.3687 231 nd Coyle nd 8 5 1014 nd nd nd
HX28312904.24 HTI 12 58 GAK2 08 05 0234 S +8 59.6912 -149.3268 231 nd Coyle nd 8 5 1034 nd nd nd
HX28312904.25 HTI 12 59 GAK3 08 05 0406 E +8 59.5532 -149.1883 217 nd Coyle nd 8 5 1206 nd nd nd
HX28312904.26 MOC 14 59 GAK3 08 05 0409 S +8 59.5507 -149.1859 217 nd Coyle nd 8 5 1209 nd nd nd
HX28312904.27 MOC 14 59 GAK3 08 05 0439 E +8 59.5331 -149.1685 217 nd Coyle nd 8 5 1239 nd nd nd
HX28312904.28 CTD 74 60 HE11 08 05 1249 S +8 60.1425 -147.1898 176 nd Weingartner nd 8 5 2049 nd nd nd
HX28312904.29 CTD 74 60 HE11 08 05 1301 E +8 60.1432 -147.1882 176 nd Weingartner nd 8 5 2101 nd nd nd
HX28312904.30 CalVet 15 61 HE10 08 05 1317 S +8 60.1304 -147.1322 216 nd Hopcroft nd 8 5 2117 nd nd nd
HX28312904.31 CalVet 15 61 HE10 08 05 1322 E +8 60.1304 -147.1321 216 nd Hopcroft nd 8 5 2122 nd nd nd
HX28312904.32 CTD 75 61 HE10 08 05 1323 S +8 60.1304 -147.1321 216 nd Weingartner nd 8 5 2123 nd nd nd
HX28312904.33 CTD 75 61 HE10 08 05 1339 E +8 60.1303 -147.1320 216 nd Weingartner nd 8 5 2139 nd nd nd
HX28312904.34 CTD 76 62 HE9 08 05 1357 S +8 60.1102 -147.0498 277 nd Weingartner nd 8 5 2157 nd nd nd
HX28312904.35 CTD 76 62 HE9 08 05 nd E +8 nd nd 277 nd Weingartner nd 8 5 nd nd nd nd
HX28312904.36 CTD 77 63 HE8 08 05 1438 S +8 60.0939 -146.9613 148 nd Weingartner nd 8 5 2238 nd nd nd
HX28312904.37 CTD 77 63 HE8 08 05 1451 E +8 60.0986 -146.9638 148 nd Weingartner nd 8 5 2251 nd nd nd
HX28312904.38 CalVet 16 64 HE6.5 08 05 1538 S +8 60.0526 -146.7361 124 nd Hopcroft nd 8 5 2338 nd nd nd
HX28312904.39 CalVet 16 64 HE6.5 08 05 1543 E +8 60.0539 -146.7369 124 nd Hopcroft nd 8 5 2343 nd nd nd
HX28312904.40 CTD 78 64 HE6.5 08 05 1546 S +8 60.0545 -146.7374 124 nd Weingartner nd 8 5 2346 nd nd nd
HX28312904.41 CTD 78 64 HE6.5 08 05 1558 E +8 60.0573 -146.7340 124 nd Weingartner nd 8 5 2358 nd nd nd
HX28313004.01 CalVet 17 65 HE4 08 05 1622 S +8 60.0800 -146.6071 116 nd Hopcroft nd 9 5 22 nd nd nd
HX28313004.02 CalVet 17 65 HE4 08 05 1628 E +8 60.0806 -146.6055 116 nd Hopcroft nd 9 5 28 nd nd nd
HX28313004.03 CTD 79 65 HE4 08 05 1629 S +8 60.0809 -146.6051 116 nd Weingartner nd 9 5 29 nd nd nd
HX28313004.04 CTD 79 65 HE4 08 05 1641 E +8 60.0858 -146.6017 116 nd Weingartner nd 9 5 41 nd nd nd
HX28313004.05 CTD 80 66 HE3 08 05 1657 S +8 60.1299 -146.6092 116 nd Weingartner nd 9 5 57 nd nd nd
HX28313004.06 CTD 80 66 HE3 08 05 1706 E +8 60.1301 -146.6109 116 nd Weingartner nd 9 5 106 nd nd nd
HX28313004.07 CalVet 18 67 HE2 08 05 1728 S +8 60.1801 -146.6098 116 nd Hopcroft nd 9 5 128 nd nd nd
HX28313004.08 CalVet 18 67 HE2 08 05 1734 E +8 60.1805 -146.6103 116 nd Hopcroft nd 9 5 134 nd nd nd
HX28313004.09 CTD 81 67 HE2 08 05 1736 S +8 60.1807 -146.6103 200 nd Weingartner nd 9 5 136 nd nd nd
HX28313004.10 CTD 81 67 HE2 08 05 1751 E +8 60.1826 -146.6119 200 nd Weingartner nd 9 5 151 nd nd nd
HX28313004.11 CTD 82 68 HE1 08 05 1806 S +8 60.2169 -146.6079 84 nd Weingartner nd 9 5 206 nd nd nd
HX28313004.12 CTD 82 68 HE1 08 05 1812 E +8 60.2179 -146.6056 84 nd Weingartner nd 9 5 212 nd nd nd
HX28313004.13 MOC 15 69 HE10 08 05 2304 S +8 60.1288 -147.1288 218 nd Coyle nd 9 5 704 nd nd nd
HX28313004.14 MOC 15 69 HE10 09 05 nd E +8 nd nd nd nd Coyle nd 9 5 nd nd nd nd
HX28313004.15 CTD 83 70 HB1 09 05 0655 S +8 60.1918 -147.7016 245 nd Weingartner nd 9 5 1455 nd nd nd
HX28313004.16 CTD 83 70 HB1 09 05 0713 E +8 60.1912 -147.7031 245 nd Weingartner nd 9 5 1513 nd nd nd
HX28313004.17 CalVet 19 71 HB2 09 05 0728 S +8 60.1782 -147.6430 176 nd Hopcroft nd 9 5 1528 nd nd nd
HX28313004.18 CalVet 19 71 HB2 09 05 0733 E +8 60.1782 -147.6419 176 nd Hopcroft nd 9 5 1533 nd nd nd
HX28313004.19 CTD 84 71 HB2 09 05 0737 S +8 60.1777 -147.6422 176 nd Weingartner nd 9 5 1537 nd nd nd
HX28313004.20 CTD 84 71 HB2 09 05 0752 E +8 60.1767 -147.6391 176 nd Weingartner nd 9 5 1552 nd nd nd
HX28313004.21 CTD 85 72 HB3 09 05 0818 S +8 60.1632 -147.5734 82 nd Weingartner nd 9 5 1618 nd nd nd
HX28313004.22 CTD 85 72 HB3 09 05 nd E +8 nd nd 82 nd Weingartner nd 9 5 nd nd nd nd
HX28313004.23 CTD 86 73 HB4 09 05 0842 S +8 60.1463 -147.5004 110 nd Weingartner nd 9 5 1642 nd nd nd
HX28313004.24 CTD 86 73 HB4 09 05 0854 E +8 60.1461 -147.4993 110 nd Weingartner nd 9 5 1654 nd nd nd
HX28313004.25 Fe_BowSample 4 74 HBX 09 05 0902 S +8 60.1300 -147.5242 110 nd Wu nd 9 5 1702 nd nd Nalgene bottle off bow while steaming; pole sample
HX28313004.26 Fe_BowSample 4 74 HBX 09 05 0907 E +8 60.1300 -147.5290 110 nd Wu nd 9 5 1707 nd nd nd
HX28313004.27 CTD 87 75 MS1 09 05 1108 S +8 59.9540 -147.9263 167 nd Weingartner nd 9 5 1908 nd nd nd
HX28313004.28 CTD 87 75 MS1 09 05 1122 E +8 59.9537 -147.9303 167 nd Weingartner nd 9 5 1922 nd nd nd
HX28313004.29 CalVet 20 76 MS2 09 05 1132 S +8 59.9435 -147.8947 193 nd Hopcroft nd 9 5 1932 nd nd nd
HX28313004.30 CalVet 20 76 MS2 09 05 1137 E +8 59.9436 -147.8935 193 nd Hopcroft nd 9 5 1937 nd nd nd
HX28313004.31 CTD 88 76 MS2 09 05 1138 S +8 59.9436 -147.8933 193 nd Weingartner nd 9 5 1938 nd nd nd
HX28313004.32 CTD 88 76 MS2 09 05 1153 E +8 59.9437 -147.8912 193 nd Weingartner nd 9 5 1953 nd nd nd
HX28313004.33 CTD 89 77 MS3 09 05 1203 S +8 59.9312 -147.8568 165 nd Weingartner nd 9 5 2003 nd nd nd
HX28313004.34 CTD 89 77 MS3 09 05 1223 E +8 59.9202 -147.8282 165 nd Weingartner nd 9 5 2023 nd nd nd
HX28313004.35 CTD 90 78 MS4 09 05 1224 S +8 59.9202 -147.8271 112 nd Weingartner nd 9 5 2024 nd nd nd
HX28313004.36 CTD 90 78 MS4 09 05 1235 E +8 59.9208 -147.8246 112 nd Weingartner nd 9 5 2035 nd nd nd
HX28313004.37 CTD 91 79 KIP2 09 05 1448 S +8 60.2789 -147.9883 554 nd Weingartner nd 9 5 2248 nd nd nd
HX28313004.38 CTD 91 79 KIP2 09 05 1519 E +8 60.2809 -147.9896 554 nd Weingartner nd 9 5 2319 nd nd nd
HX28313004.39 RingNet 15 79 KIP2 09 05 1521 S +8 60.2810 -147.9894 554 nd Hopcroft nd 9 5 2321 nd nd nd
HX28313004.40 RingNet 15 79 KIP2 09 05 1526 E +8 60.2813 -147.9886 554 nd Hopcroft nd 9 5 2326 nd nd nd
HX28313004.41 CTD 92 80 WATER 09 05 1541 S +8 60.2985 -147.9560 554 nd Hopcroft nd 9 5 2341 nd nd collect water for experiments
HX28313004.42 CTD 92 80 WATER 09 05 1543 E +8 60.2985 -147.9563 554 nd Hopcroft nd 9 5 2343 nd nd nd
HX28313104.01 MOC 16 81 MS2 10 05 0007 S +8 59.9453 -147.8877 194 nd Coyle nd 10 5 807 nd nd nd
HX28313104.02 MOC 16 81 MS2 10 05 0039 E +8 59.9577 -147.8500 194 nd Coyle nd 10 5 839 nd nd nd
HX28313104.03 MOC 17 82 HB2 10 05 0212 S +8 60.1819 -147.6419 177 nd Coyle nd 10 5 1012 nd nd nd
HX28313104.04 MOC 17 82 HB2 10 05 0244 E +8 60.2081 -147.6366 177 nd Coyle nd 10 5 1044 nd nd nd
HX28313104.05 MOC 18 83 KIP2 10 05 0429 S +8 60.2795 -147.9854 590 nd Coyle nd 10 5 1229 nd nd for live animals only
HX28313104.06 MOC 18 83 KIP2 10 05 nd E +8 nd nd nd nd Coyle nd 10 5 nd nd nd nd
HX28313104.07 CTD 93 83 KIP2 10 05 0617 S +8 60.2767 -147.9871 590 nd Weingartner nd 10 5 1417 nd nd nd
HX28313104.08 CTD 93 83 KIP2 10 05 0628 E +8 60.2756 -147.9853 590 nd Weingartner nd 10 5 1428 nd nd nd
HX28313104.09 CalVet 21 83 KIP2 10 05 0633 S +8 60.2781 -147.9868 590 nd Hopcroft nd 10 5 1433 nd nd nd
HX28313104.10 CalVet 21 83 KIP2 10 05 0655 E +8 60.2775 -147.9865 590 nd Hopcroft nd 10 5 1455 nd nd nd
HX28313104.11 CTD 94 83 KIP2 10 05 0651 S +8 60.2777 -147.9866 590 nd Hopcroft nd 10 5 1451 nd nd zoop cast 1
HX28313104.12 CTD 94 83 KIP2 10 05 0654 E +8 60.2776 -147.9866 590 nd Hopcroft nd 10 5 1454 nd nd nd
HX28313104.13 CTD 95 83 KIP2 10 05 0657 S +8 nd -147.9864 590 nd Hopcroft nd 10 5 1457 nd nd zoop cast 2
HX28313104.14 CTD 95 83 KIP2 10 05 0659 E +8 60.2773 -147.9864 590 nd Hopcroft nd 10 5 1459 nd nd nd
HX28313104.15 CTD 96 83 KIP2 10 05 0704 S +8 60.2770 -147.9863 590 nd Hopcroft nd 10 5 1504 nd nd zoop cast 3
HX28313104.16 CTD 96 83 KIP2 10 05 0707 E +8 60.2768 -147.9863 590 nd Hopcroft nd 10 5 1507 nd nd nd
HX28313104.17 CTD 97 83 KIP2 10 05 0711 S +8 60.2764 -147.9865 590 nd Hopcroft nd 10 5 1511 nd nd zoop cast 4
HX28313104.18 CTD 97 83 KIP2 10 05 0714 E +8 60.2763 -147.9865 590 nd Hopcroft nd 10 5 1514 nd nd nd
HX28313104.19 CTD 98 83 KIP2 10 05 0718 S +8 60.2760 -147.9866 590 nd Hopcroft nd 10 5 1518 nd nd zoop cast 5
HX28313104.20 CTD 98 83 KIP2 10 05 0719 E +8 60.2760 -147.9866 590 nd Hopcroft nd 10 5 1519 nd nd nd
HX28313104.21 CTD 99 83 KIP2 10 05 0723 S +8 60.2757 -147.9868 590 nd Hopcroft nd 10 5 1523 nd nd zoop cast 6
HX28313104.22 CTD 99 83 KIP2 10 05 0725 E +8 60.2756 -147.9869 590 nd Hopcroft nd 10 5 1525 nd nd nd
HX28313104.23 RingNet 16 83 KIP2 10 05 0727 S +8 60.2754 -147.9870 590 nd Hopcroft nd 10 5 1527 nd nd nd
HX28313104.24 RingNet 16 83 KIP2 10 05 0732 E +8 60.2752 -147.9873 590 nd Hopcroft nd 10 5 1532 nd nd nd
HX28313104.25 RingNet 17 83 KIP2 10 05 0735 S +8 60.2751 -147.9874 590 nd Hopcroft nd 10 5 1535 nd nd nd
HX28313104.26 RingNet 17 83 KIP2 10 05 0741 E +8 60.2748 -147.9877 590 nd Hopcroft nd 10 5 1541 nd nd nd
HX28313104.27 RingNet 18 83 KIP2 10 05 0744 S +8 60.2747 -147.9877 590 nd Hopcroft nd 10 5 1544 nd nd nd
HX28313104.28 RingNet 18 83 KIP2 10 05 0750 E +8 60.2745 -147.9879 590 nd Hopcroft nd 10 5 1550 nd nd nd
HX28313104.29 RingNet 19 83 KIP2 10 05 0753 S +8 60.2744 -147.9881 590 nd Hopcroft nd 10 5 1553 nd nd nd
HX28313104.30 RingNet 19 83 KIP2 10 05 0759 E +8 60.2742 -147.9881 590 nd Hopcroft nd 10 5 1559 nd nd nd
HX28313104.31 CalVet 22 84 PWS1 10 05 0842 S +8 60.3796 -147.9370 355 nd Hopcroft nd 10 5 1642 nd nd nd
HX28313104.32 CalVet 22 84 PWS1 10 05 0848 E +8 60.3789 -147.9380 355 nd Hopcroft nd 10 5 1648 nd nd nd
HX28313104.33 CTD 100 84 PWS1 10 05 0851 S +8 60.3784 -147.9382 355 nd Weingartner nd 10 5 1651 nd nd nd
HX28313104.34 CTD 100 84 PWS1 10 05 0913 E +8 60.3750 -147.9393 355 nd Weingartner nd 10 5 1713 nd nd nd
HX28313104.35 CalVet 23 85 PWS2 10 05 1017 S +8 60.5365 -147.8027 738 nd Hopcroft nd 10 5 1817 nd nd nd
HX28313104.36 CalVet 23 85 PWS2 10 05 1023 E +8 60.5369 -147.8014 738 nd Hopcroft nd 10 5 1823 nd nd nd
HX28313104.37 CTD 101 85 PWS2 10 05 1023 S +8 60.5370 -147.8013 738 nd Weingartner nd 10 5 1823 nd nd nd
HX28313104.38 CTD 101 85 PWS2 10 05 1103 E +8 60.5401 -147.7957 738 nd Weingartner nd 10 5 1903 nd nd nd
HX28313104.39 Fe_BowSample 5 85 PWS2 10 05 1111 S +8 60.5443 -147.8040 738 nd Wu nd 10 5 1911 nd nd Nalgene bottle off bow while steaming; pole sample
HX28313104.40 Fe_BowSample 5 85 PWS2 10 05 1115 E +8 60.5473 -147.8052 738 nd Wu nd 10 5 1915 nd nd nd
HX28313204.01 MOC 19 85 PWS2 10 05 2308 S +8 60.5422 -147.8077 735 nd Coyle nd 11 5 708 nd nd nd
HX28313204.02 MOC 19 85 PWS2 10 05 2350 E +8 60.5632 -147.8435 735 nd Coyle nd 11 5 750 nd nd nd
HX28313204.03 MOC 20 86 PWS1 11 05 0109 S +8 60.3785 -147.9386 353 nd Coyle nd 11 5 909 nd nd nd
HX28313204.04 MOC 20 86 PWS1 11 05 0140 E +8 60.3572 -147.9477 353 nd Coyle nd 11 5 940 nd nd nd
HX28313204.05 MOC 21 87 KIP1 11 05 0241 S +8 60.2786 -147.9852 592 nd Coyle nd 11 5 1041 nd nd nd
HX28313204.06 MOC 21 87 KIP1 11 05 0309 E +8 60.2965 -147.9741 592 nd Coyle nd 11 5 1109 nd nd nd
HX28313204.07 CTD 102 88 BP1 11 05 0409 S +8 60.1965 -148.0906 592 nd Weingartner nd 11 5 1209 nd nd nd
HX28313204.08 CTD 102 88 BP1 11 05 0422 E +8 60.1953 -148.0924 592 nd Weingartner nd 11 5 1222 nd nd nd
HX28313204.09 CTD 103 89 FI1 11 05 0506 S +8 60.1460 -148.0045 592 nd Weingartner nd 11 5 1306 nd nd nd
HX28313204.10 CTD 103 89 FI1 11 05 0521 E +8 60.1441 -148.0070 592 nd Weingartner nd 11 5 1321 nd nd nd
HX28313204.11 CTD 104 90 EV2 11 05 0613 S +8 60.0750 -147.8880 130 nd Weingartner nd 11 5 1413 nd nd nd
HX28313204.12 CTD 104 90 EV2 11 05 0622 E +8 60.0733 -147.8880 130 nd Weingartner nd 11 5 1422 nd nd nd
HX28313204.13 CTD 105 91 EV1 11 05 0635 S +8 60.0866 -147.9067 210 nd Weingartner nd 11 5 1435 nd nd nd
HX28313204.14 CTD 105 91 EV1 11 05 0645 E +8 60.0883 -147.9043 210 nd Weingartner nd 11 5 1445 nd nd nd
HX28313204.15 CTD 106 92 CCSE1 11 05 0950 S +8 59.7419 -147.8153 65 nd Weingartner nd 11 5 1750 nd nd nd
HX28313204.16 CTD 106 92 CCSE1 11 05 0954 E +8 59.7420 -147.8146 65 nd Weingartner nd 11 5 1754 nd nd nd
HX28313204.17 CTD 107 93 CCSE2 11 05 1028 S +8 59.6670 -147.7272 117 nd Weingartner nd 11 5 1828 nd nd nd
HX28313204.18 CTD 107 93 CCSE2 11 05 nd E +8 nd nd 117 nd Weingartner nd 11 5 nd nd nd nd
HX28313204.19 CTD 108 94 CCSE3 11 05 1118 S +8 59.5698 -147.6068 110 nd Weingartner nd 11 5 1918 nd nd nd
HX28313204.20 CTD 108 94 CCSE3 11 05 1125 E +8 59.5688 -147.6065 110 nd Weingartner nd 11 5 1925 nd nd nd
HX28313204.21 CTD 109 95 CCSE4 11 05 1209 S +8 59.4735 -147.4733 114 nd Weingartner nd 11 5 2009 nd nd nd
HX28313204.22 CTD 109 95 CCSE4 11 05 1215 E +8 59.4732 -147.4736 114 nd Weingartner nd 11 5 2015 nd nd nd
HX28313204.23 CTD 110 96 CCSE5 11 05 1259 S +8 59.3752 -147.3494 129 nd Weingartner nd 11 5 2059 nd nd nd
HX28313204.24 CTD 110 96 CCSE5 11 05 1308 E +8 59.3737 -147.3502 129 nd Weingartner nd 11 5 2108 nd nd nd
HX28313204.25 CTD 111 97 CCSE6 11 05 1409 S +8 59.2336 -147.1570 196 nd Weingartner nd 11 5 2209 nd nd nd
HX28313204.26 CTD 111 97 CCSE6 11 05 1421 E +8 59.2322 -147.1528 196 nd Weingartner nd 11 5 2221 nd nd nd
HX28313204.27 CTD 112 98 CCSE7 11 05 1532 S +8 59.0582 -146.9666 2012 nd Weingartner nd 11 5 2332 nd nd nd
HX28313304.01 CTD 112 98 CCSE7 11 05 1617 E +8 59.0627 -146.9516 2012 nd Weingartner nd 12 5 17 nd nd nd
HX28313304.02 Fe_GoFlow 6 98 CCSE7 11 05 1619 S +8 59.0629 -146.9510 2012 nd Wu nd 12 5 19 nd nd Iron Experiment cast; G0FLOW bottles off non-metalic line; ca. 6 depths
HX28313304.03 Fe_GoFlow 6 98 CCSE7 11 05 1856 E +8 59.0813 -146.8960 2012 nd Wu nd 12 5 256 nd nd nd
HX28313304.04 MOC 22 99 GAK2 12 05 0311 S +8 59.6866 -149.3325 228 nd Coyle nd 12 5 1111 nd nd nd
HX28313304.05 MOC 22 99 GAK2 12 05 0352 E +8 59.7100 -149.3810 228 nd Coyle nd 12 5 1152 nd nd nd
HX28313304.06 CTD 113 100 GAK1 12 05 0458 S +8 59.8452 -149.4687 272 nd Weingartner nd 12 5 1258 nd nd nd
HX28313304.07 CTD 113 100 GAK1 12 05 0606 E +8 60.0211 -149.3580 272 nd Weingartner nd 12 5 1406 nd nd nd
HX28313304.08 CTD 114 101 RES2.5 12 05 0609 S +8 60.0256 -149.3577 295 nd Weingartner nd 12 5 1409 nd nd nd
HX28313304.09 CTD 114 101 RES2.5 12 05 0629 E +8 60.0253 -149.3589 295 nd Weingartner nd 12 5 1429 nd nd nd
HX28313304.10 RingNet 20 101 RES2.5 12 05 0630 S +8 60.0253 -149.3590 295 nd Hopcroft nd 12 5 1430 nd nd nd
HX28313304.11 RingNet 20 101 RES2.5 12 05 0632 E +8 60.0252 -149.3594 295 nd Hopcroft nd 12 5 1432 nd nd nd