# 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
#
# HX267 event log. Prepared/edited by Seth Danielson
# GLOBEC Cruise
# R/V Alpha Helix, 1-10 October 2002
# Chief Scientist: Seth Danielson
# IMS/Univ. Alaska Fairban0s
# Phone: 9edu
# depart Email: seth@ims.uaf., AK
# formattedm/return to Seward AK
# formatted for jg serving,
#
# Unlesss were takenless otherwise noted, CTDnd T. Royer
# r T. Weingartner atakT. Royer
# Water samples n for T. Whi Whitledge/D. Stockwell: Nutrient & chl
# CalVet nd R. Hopcroft
# ken for K. Coyle and R. Hopcroft
# HTI and MOCNESS samples were taken for K. Coyle
# en for t samples were tak Change Historyoft & K. Coyle
#
# Change History
#
# Added timediff to every record 11/18/11 - dld
#
=========================
cruiseid year platform
-------------------------
HX267 2002 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
-------------------------
HX26727402.01 CTD 1 1 RES2.5 01 10 1032 S +8 60.0223 -149.3591 295 nd Weingartner nd 1 10 1832 nd nd nd
HX26727402.02 CTD 1 1 RES2.5 01 10 1049 E +8 60.0190 -149.3563 295 nd Weingartner nd 1 10 1849 nd nd nd
HX26727402.03 CTD 2 2 GAK1 01 10 1246 S +8 59.8434 -149.4752 271 nd Weingartner nd 1 10 2046 nd nd nd
HX26727402.04 CTD 2 2 GAK1 01 10 1307 E +8 59.8432 -149.4754 271 nd Weingartner nd 1 10 2107 nd nd nd
HX26727402.05 CalVet 1 2 GAK1 01 10 1330 S +8 59.8451 -149.4664 270 nd Hopcroft nd 1 10 2130 nd nd 100m
HX26727402.06 CalVet 1 2 GAK1 01 10 1335 E +8 59.8449 -149.4664 270 nd Hopcroft nd 1 10 2135 nd nd nd
HX26727402.07 CTD 3 2 GAK1 01 10 1342 S +8 59.8434 -149.4681 270 nd Hopcroft nd 1 10 2142 nd nd zoop cast 1
HX26727402.08 CTD 3 2 GAK1 01 10 1345 E +8 59.8430 -149.4683 270 nd Hopcroft nd 1 10 2145 nd nd nd
HX26727402.09 CTD 4 2 GAK1 01 10 1405 S +8 59.8442 -149.4688 270 nd Hopcroft nd 1 10 2205 nd nd zoop cast 2
HX26727402.10 CTD 4 2 GAK1 01 10 1412 E +8 59.8442 -149.4712 270 nd Hopcroft nd 1 10 2212 nd nd nd
HX26727402.11 RingNet 1 2 GAK1 01 10 1413 S +8 59.8442 -149.4713 271 nd Hopcroft nd 1 10 2213 nd nd nd
HX26727402.12 RingNet 1 2 GAK1 01 10 1417 E +8 59.8439 -149.4719 271 nd Hopcroft nd 1 10 2217 nd nd 50m
HX26727402.13 CTD 5 2 GAK1 01 10 1421 S +8 59.8453 -149.4678 271 nd Hopcroft nd 1 10 2221 nd nd zoop cast 3
HX26727402.14 CTD 5 2 GAK1 01 10 1425 E +8 59.8450 -149.4682 271 nd Hopcroft nd 1 10 2225 nd nd nd
HX26727402.15 RingNet 2 2 GAK1 01 10 1427 S +8 59.8442 -149.4713 271 nd Hopcroft nd 1 10 2227 nd nd nd
HX26727402.16 RingNet 2 2 GAK1 01 10 1431 E +8 59.8439 -149.4719 271 nd Hopcroft nd 1 10 2231 nd nd 50m
HX26727402.17 CTD 6 2 GAK1 01 10 1436 S +8 59.8442 -149.4719 271 nd Hopcroft nd 1 10 2236 nd nd zoop cast 4
HX26727402.18 CTD 6 2 GAK1 01 10 1440 E +8 59.8439 -149.4702 nd nd Hopcroft nd 1 10 2240 nd nd nd
HX26727402.19 RingNet 3 2 GAK1 01 10 1441 S +8 59.8442 -149.4713 271 nd Hopcroft nd 1 10 2241 nd nd nd
HX26727402.20 RingNet 3 2 GAK1 01 10 1445 E +8 59.8439 -149.4719 271 nd Hopcroft nd 1 10 2245 nd nd 50m
HX26727402.21 CTD 7 2 GAK1 01 10 1453 S +8 59.8450 -149.4670 271 nd Hopcroft nd 1 10 2253 nd nd zoop cast 5
HX26727402.22 CTD 7 2 GAK1 01 10 1458 E +8 59.8447 -149.4670 nd nd Hopcroft nd 1 10 2258 nd nd nd
HX26727402.23 CalVet 2 2 GAK1 01 10 1459 S +8 59.8451 -149.4664 270 nd Hopcroft nd 1 10 2259 nd nd 100 m
HX26727402.24 CalVet 2 2 GAK1 01 10 1504 E +8 59.8449 -149.4664 270 nd Hopcroft nd 1 10 2304 nd nd nd
HX26727402.25 CTD 8 3 GAK1I 01 10 1543 S +8 59.7650 -149.3980 260 nd Weingartner nd 1 10 2343 nd nd nd
HX26727502.01 CTD 8 3 GAK1I 01 10 1605 E +8 59.7590 -149.3900 259 nd Weingartner nd 2 10 5 nd nd nd
HX26727502.02 CTD 9 4 GAK2 01 10 1640 S +8 59.6910 -149.3300 230 nd Weingartner nd 2 10 40 nd nd nd
HX26727502.03 CTD 9 4 GAK2 01 10 1655 E +8 59.6750 -149.3000 230 nd Weingartner nd 2 10 55 nd nd nd
HX26727502.04 CalVet 3 4 GAK2 01 10 1659 S +8 59.6750 -149.3000 nd nd Hopcroft nd 2 10 59 nd nd 100 m
HX26727502.05 CalVet 3 4 GAK2 01 10 1704 E +8 59.6750 -149.3450 230 nd Hopcroft nd 2 10 104 nd nd nd
HX26727502.06 CTD 10 5 GAK2I 01 10 1735 S +8 59.6253 -149.2600 213 nd Weingartner nd 2 10 135 nd nd nd
HX26727502.07 CTD 10 5 GAK2I 01 10 1753 E +8 59.6249 -149.2580 213 nd Weingartner nd 2 10 153 nd nd nd
HX26727502.08 CTD 11 6 GAK3 01 10 1834 S +8 59.5533 -149.1876 212 nd Weingartner nd 2 10 234 nd nd nd
HX26727502.09 CTD 11 6 GAK3 01 10 1848 E +8 59.5537 -149.1922 212 nd Weingartner nd 2 10 248 nd nd nd
HX26727502.10 CalVet 4 6 GAK3 01 10 1858 S +8 59.5521 -149.1931 212 nd Hopcroft nd 2 10 258 nd nd nd
HX26727502.11 CalVet 4 6 GAK3 01 10 1901 E +8 59.5517 -149.1934 212 nd Hopcroft nd 2 10 301 nd nd nd
HX26727502.12 CTD 12 7 GAK3I 01 10 1958 S +8 59.4827 -149.1167 205 nd Weingartner nd 2 10 358 nd nd nd
HX26727502.13 CTD 12 7 GAK3I 01 10 2013 E +8 59.4844 -149.1175 205 nd Weingartner nd 2 10 413 nd nd nd
HX26727502.14 CTD 13 8 GAK4 01 10 2103 S +8 59.4104 -149.0463 202 nd Weingartner nd 2 10 503 nd nd nd
HX26727502.15 CTD 13 8 GAK4 01 10 2118 E +8 59.4125 -149.0451 202 nd Weingartner nd 2 10 518 nd nd nd
HX26727502.16 CTD 14 9 GAK4I 01 10 2211 S +8 59.3363 -148.9739 195 nd Weingartner nd 2 10 611 nd nd nd
HX26727502.17 CTD 14 9 GAK4I 01 10 2224 E +8 59.3380 -148.9698 195 nd Weingartner nd 2 10 624 nd nd nd
HX26727502.18 HTI 1 10 GAK3 02 10 0026 S +8 59.5543 -149.1921 213 nd Coyle nd 2 10 826 nd nd nd
HX26727502.19 MOC 1 10 GAK3 02 10 0027 S +8 59.5515 -149.2133 213 nd Coyle nd 2 10 827 nd nd nd
HX26727502.20 MOC 1 10 GAK3 02 10 0058 E +8 59.5472 -149.2588 213 nd Coyle nd 2 10 858 nd nd nd
HX26727502.21 MOC 2 11 GAK2 02 10 0322 S +8 59.6926 -149.3291 224 nd Coyle nd 2 10 1122 nd nd nd
HX26727502.22 MOC 2 11 GAK2 02 10 0357 E +8 59.7002 -149.3577 224 nd Coyle nd 2 10 1157 nd nd nd
HX26727502.23 HTI 1 12 GAK1 02 10 0614 E +8 59.8455 -149.4669 269 nd Coyle nd 2 10 1414 nd nd nd
HX26727502.24 MOC 3 12 GAK1 02 10 0617 S +8 59.8570 -149.4729 269 nd Coyle nd 2 10 1417 nd nd nd
HX26727502.25 MOC 3 12 GAK1 02 10 0650 E +8 59.8636 -149.4752 269 nd Coyle nd 2 10 1450 nd nd nd
HX26727502.26 CTD 15 12 GAK1 02 10 0801 S +8 59.8441 -149.4688 270 nd Weingartner nd 2 10 1601 nd nd nd
HX26727502.27 CTD 15 12 GAK1 02 10 0831 E +8 59.8472 -149.4663 270 nd Weingartner nd 2 10 1631 nd nd nd
HX26727502.28 CTD 16 12 GAK1 02 10 0832 S +8 59.8471 -149.4664 270 nd Hopcroft nd 2 10 1632 nd nd zoop cast 1
HX26727502.29 CTD 16 12 GAK1 02 10 0836 E +8 59.8462 -149.4672 270 nd Hopcroft nd 2 10 1636 nd nd nd
HX26727502.30 CTD 17 12 GAK1 02 10 0903 S +8 59.8441 -149.4701 270 nd Hopcroft nd 2 10 1703 nd nd zoop cast 2
HX26727502.31 CTD 17 12 GAK1 02 10 0908 E +8 59.8429 -149.4708 270 nd Hopcroft nd 2 10 1708 nd nd nd
HX26727502.32 CTD 18 12 GAK1 02 10 0921 S +8 59.8405 -149.4706 270 nd Hopcroft nd 2 10 1721 nd nd zoop cast 3
HX26727502.33 CTD 18 12 GAK1 02 10 0925 E +8 59.8398 -149.4704 275 nd Hopcroft nd 2 10 1725 nd nd nd
HX26727502.34 CTD 19 12 GAK1 02 10 0940 S +8 59.8438 -149.4680 270 nd Weingartner nd 2 10 1740 nd nd prim prod cast 30 m
HX26727502.35 CTD 19 12 GAK1 02 10 0950 E +8 59.8417 -149.4675 270 nd Weingartner nd 2 10 1750 nd nd nd
HX26727502.36 CTD 20 12 GAK1 02 10 1015 S +8 59.8410 -149.4669 270 nd Weingartner nd 2 10 1815 nd nd Repeat prim prod water draw
HX26727502.37 CTD 20 12 GAK1 02 10 1020 E +8 59.8401 -149.4661 270 nd Weingartner nd 2 10 1820 nd nd nd
HX26727502.38 RingNet 4 12 GAK1 02 10 1026 S +8 59.8451 -149.4655 270 nd Hopcroft nd 2 10 1826 nd nd 50 m
HX26727502.39 RingNet 4 12 GAK1 02 10 1036 E +8 59.8426 -149.4658 270 nd Hopcroft nd 2 10 1836 nd nd nd
HX26727502.40 RingNet 5 12 GAK1 02 10 1039 S +8 59.8419 -149.4662 270 nd Hopcroft nd 2 10 1839 nd nd nd
HX26727502.41 RingNet 5 12 GAK1 02 10 1042 E +8 59.8411 -149.4666 270 nd Hopcroft nd 2 10 1842 nd nd 50 m
HX26727502.42 RingNet 6 12 GAK1 02 10 1045 S +8 59.8402 -149.4669 270 nd Hopcroft nd 2 10 1845 nd nd nd
HX26727502.43 RingNet 6 12 GAK1 02 10 1050 E +8 59.8389 -149.4676 270 nd Hopcroft nd 2 10 1850 nd nd nd
HX26727602.01 HTI 2 13 GAK9 02 10 1957 S +8 58.6773 -148.3475 282 nd Coyle nd 3 10 357 nd nd nd
HX26727602.02 HTI 2 14 GAK10 02 10 2133 E +8 58.5416 -148.2098 1458 nd Coyle nd 3 10 533 nd nd nd
HX26727602.03 MOC 4 14 GAK10 02 10 2136 S +8 58.5420 -148.2138 1464 nd Coyle nd 3 10 536 nd nd nd
HX26727602.04 MOC 4 14 GAK10 02 10 2207 E +8 58.5452 -148.2464 1462 nd Coyle nd 3 10 607 nd nd nd
HX26727602.05 HTI 3 14 GAK10 02 10 2228 S +8 58.5404 -148.2093 1465 nd Coyle nd 3 10 628 nd nd nd
HX26727602.06 HTI 3 15 GAK11 03 10 0011 E +8 58.3883 -148.0699 1423 nd Coyle nd 3 10 811 nd nd nd
HX26727602.07 MOC 5 15 GAK11 03 10 0017 S +8 58.3893 -148.0764 1420 nd Coyle nd 3 10 817 nd nd nd
HX26727602.08 MOC 5 15 GAK11 03 10 0047 E +8 58.3919 -148.1111 1415 nd Coyle nd 3 10 847 nd nd nd
HX26727602.09 HTI 4 15 GAK11 03 10 0106 S +8 58.3872 -148.0700 1424 nd Coyle nd 3 10 906 nd nd nd
HX26727602.10 HTI 4 16 GAK12 03 10 0245 E +8 58.2432 -147.9317 2150 nd Coyle nd 3 10 1045 nd nd nd
HX26727602.11 MOC 6 16 GAK12 03 10 0248 S +8 58.2446 -147.9359 2138 nd Coyle nd 3 10 1048 nd nd nd
HX26727602.12 MOC 6 16 GAK12 03 10 0316 E +8 58.2528 -147.9691 2095 nd Coyle nd 3 10 1116 nd nd nd
HX26727602.13 HTI 5 16 GAK12 03 10 0330 S +8 58.2440 -147.9360 2151 nd Coyle nd 3 10 1130 nd nd nd
HX26727602.14 HTI 5 17 GAK13 03 10 0505 E +8 58.1000 -147.7940 2087 nd Coyle nd 3 10 1305 nd nd nd
HX26727602.15 MOC 7 17 GAK13 03 10 0522 S +8 58.0998 -147.7947 2325 nd Coyle nd 3 10 1322 nd nd nd
HX26727602.16 MOC 7 17 GAK13 03 10 0557 E +8 58.1148 -147.8308 2310 nd Coyle nd 3 10 1357 nd nd nd
HX26727602.17 MOC 8 17 GAK13 03 10 0647 S +8 58.0964 -147.7854 2300 nd Coyle nd 3 10 1447 nd nd deep tow
HX26727602.18 MOC 8 17 GAK13 03 10 0808 E +8 58.1268 -147.8699 2327 nd Coyle nd 3 10 1608 nd nd nd
HX26727602.19 CTD 21 17 GAK13 03 10 0834 S +8 58.0974 -147.7947 2087 nd Hopcroft nd 3 10 1634 nd nd Begin zoop prod casts
HX26727602.20 CTD 21 17 GAK13 03 10 0839 E +8 58.0976 -147.7942 2087 nd Hopcroft nd 3 10 1639 nd nd nd
HX26727602.21 CTD 22 17 GAK13 03 10 0849 S +8 58.0982 -147.7926 2087 nd Hopcroft nd 3 10 1649 nd nd zoop prod #2 all 12 m
HX26727602.22 CTD 22 17 GAK13 03 10 0850 E +8 58.0982 -147.7926 2087 nd Hopcroft nd 3 10 1650 nd nd nd
HX26727602.23 CTD 23 17 GAK13 03 10 0859 S +8 58.0988 -147.7912 2090 nd Hopcroft nd 3 10 1659 nd nd zoop cast 3
HX26727602.24 CTD 23 17 GAK13 03 10 0902 E +8 58.0991 -147.7906 2090 nd Hopcroft nd 3 10 1702 nd nd nd
HX26727602.25 CTD 24 17 GAK13 03 10 0909 S +8 58.0994 -147.7896 2090 nd Hopcroft nd 3 10 1709 nd nd zoop cast 4
HX26727602.26 CTD 24 17 GAK13 03 10 0911 E +8 58.0995 -147.7893 2090 nd Hopcroft nd 3 10 1711 nd nd nd
HX26727602.27 CTD 25 17 GAK13 03 10 0920 S +8 58.0998 -147.7875 2093 nd Hopcroft nd 3 10 1720 nd nd zoop cast 5
HX26727602.28 CTD 25 17 GAK13 03 10 0922 E +8 58.0999 -147.7871 2093 nd Hopcroft nd 3 10 1722 nd nd nd
HX26727602.29 RingNet 7 17 GAK13 03 10 0937 S +8 58.0988 -147.7918 2093 nd Hopcroft nd 3 10 1737 nd nd 50 m
HX26727602.30 RingNet 7 17 GAK13 03 10 0941 E +8 58.0988 -147.7918 2093 nd Hopcroft nd 3 10 1741 nd nd 50 m
HX26727602.31 CTD 26 17 GAK13 03 10 0945 S +8 58.0987 -147.7912 2087 nd Weingartner nd 3 10 1745 nd nd prim prod cast 42 m
HX26727602.32 CTD 26 17 GAK13 03 10 0952 E +8 58.0990 -147.7898 2087 nd Weingartner nd 3 10 1752 nd nd nd
HX26727602.33 RingNet 8 17 GAK13 03 10 0955 S +8 58.0994 -147.7883 2087 nd Hopcroft nd 3 10 1755 nd nd 50m
HX26727602.34 RingNet 8 17 GAK13 03 10 1001 E +8 58.0996 -147.7878 2099 nd Hopcroft nd 3 10 1801 nd nd nd
HX26727602.35 RingNet 9 17 GAK13 03 10 1005 S +8 58.0997 -147.7870 2099 nd Hopcroft nd 3 10 1805 nd nd 50 m
HX26727602.36 RingNet 9 17 GAK13 03 10 1011 E +8 58.0998 -147.7859 2099 nd Hopcroft nd 3 10 1811 nd nd nd
HX26727602.37 CTD 27 17 GAK13 03 10 1014 S +8 58.0998 -147.7853 2099 nd Weingartner nd 3 10 1814 nd nd 250m
HX26727602.38 CTD 27 17 GAK13 03 10 1031 E +8 58.0997 -147.7826 2099 nd Weingartner nd 3 10 1831 nd nd nd
HX26727602.39 CTD 28 17 GAK13 03 10 1050 S +8 58.0965 -147.7928 2099 nd Weingartner nd 3 10 1850 nd nd 1505 db
HX26727602.40 CTD 28 17 GAK13 03 10 1157 E +8 58.0942 -147.7849 2091 nd Weingartner nd 3 10 1957 nd nd nd
HX26727602.41 CalVet 5 17 GAK13 03 10 1200 S +8 58.0940 -147.7845 2091 nd Hopcroft nd 3 10 2000 nd nd 100m
HX26727602.42 CalVet 5 17 GAK13 03 10 1212 E +8 58.0929 -147.7840 2091 nd Hopcroft nd 3 10 2012 nd nd nd
HX26727602.43 CalVet 6 18 GAK12 03 10 1335 S +8 58.2441 -147.9417 2151 nd Hopcroft nd 3 10 2135 nd nd 100
HX26727602.44 CalVet 6 18 GAK12 03 10 1338 E +8 58.2439 -147.9427 2151 nd Hopcroft nd 3 10 2138 nd nd nd
HX26727602.45 CTD 29 18 GAK12 03 10 1343 S +8 58.2427 -147.9333 2168 nd Weingartner nd 3 10 2143 nd nd 1506 db
HX26727602.46 CTD 29 18 GAK12 03 10 1454 E +8 58.2392 -147.9560 2090 nd Weingartner nd 3 10 2254 nd nd nd
HX26727602.47 CalVet 7 19 GAK11 03 10 1551 S +8 58.3896 -148.0731 1428 nd Hopcroft nd 3 10 2351 nd nd 100 m
HX26727602.48 CalVet 7 19 GAK11 03 10 1559 E +8 58.3908 -148.0750 1428 nd Hopcroft nd 3 10 2359 nd nd nd
HX26727602.49 CTD 30 19 GAK11 03 10 1559 S +8 58.3909 -148.0750 1428 nd Weingartner nd 3 10 2359 nd nd nd
HX26727702.01 CTD 30 19 GAK11 03 10 1704 E +8 58.3946 -148.0686 1427 nd Weingartner nd 4 10 104 nd nd nd
HX26727702.02 CalVet 8 19 GAK11 03 10 1804 S +8 58.5416 -148.2135 1465 nd Weingartner nd 4 10 204 nd nd 100 m
HX26727702.03 CalVet 8 19 GAK11 03 10 1811 E +8 58.5430 -148.2115 1465 nd Hopcroft nd 4 10 211 nd nd nd
HX26727702.04 CTD 31 20 GAK10 03 10 1814 S +8 58.5431 -148.2108 1460 nd Weingartner nd 4 10 214 nd nd 1442db
HX26727702.05 CTD 31 20 GAK10 03 10 1923 E +8 58.5485 -148.2179 1414 nd Weingartner nd 4 10 323 nd nd nd
HX26727702.06 CTD 32 21 GAK9I 03 10 1953 S +8 58.6124 -148.2797 670 nd Weingartner nd 4 10 353 nd nd nd
HX26727702.07 CTD 32 21 GAK9I 03 10 2025 E +8 58.6156 -148.2865 643 nd Weingartner nd 4 10 425 nd nd 650
HX26727702.08 MOC 9 22 GAK9 03 10 2057 S +8 58.6840 -148.3443 282 nd Coyle nd 4 10 457 nd nd nd
HX26727702.09 MOC 9 22 GAK9 03 10 2132 E +8 58.6993 -148.3211 282 nd Coyle nd 4 10 532 nd nd nd
HX26727702.10 HTI 6 22 GAK9 03 10 2157 S +8 58.6818 -148.3518 282 nd Coyle nd 4 10 557 nd nd nd
HX26727702.11 HTI 6 23 GAK8 03 10 2315 E +8 58.7923 -148.4921 291 nd Coyle nd 4 10 715 nd nd nd
HX26727702.12 MOC 10 23 GAK8 03 10 2320 S +8 58.7914 -148.4870 291 nd Coyle nd 4 10 720 nd nd nd
HX26727702.13 MOC 10 23 GAK8 03 10 2349 E +8 58.7889 -148.4547 291 nd Coyle nd 4 10 749 nd nd nd
HX26727702.14 HTI 7 23 GAK8 04 10 0008 S +8 58.7941 -148.4918 291 nd Coyle nd 4 10 808 nd nd nd
HX26727702.15 HTI 7 24 GAK7 04 10 0200 E +8 58.9706 -148.6291 242 nd Coyle nd 4 10 1000 nd nd nd
HX26727702.16 MOC 11 24 GAK7 04 10 0205 S +8 58.9757 -148.6268 242 nd Coyle nd 4 10 1005 nd nd nd
HX26727702.17 MOC 11 24 GAK7 04 10 0235 E +8 58.9897 -148.6003 242 nd Coyle nd 4 10 1035 nd nd nd
HX26727702.18 HTI 8 24 GAK7 04 10 0303 S +8 58.9735 -148.6309 242 nd Coyle nd 4 10 1103 nd nd nd
HX26727702.19 HTI 8 25 GAK6 04 10 0459 E +8 59.1175 -148.7708 149 nd Coyle nd 4 10 1259 nd nd nd
HX26727702.20 MOC 12 25 GAK6 04 10 0502 S +8 59.1184 -148.7719 149 nd Coyle nd 4 10 1302 nd nd nd
HX26727702.21 MOC 12 25 GAK6 04 10 0530 E +8 59.1285 -148.7849 149 nd Coyle nd 4 10 1330 nd nd nd
HX26727702.22 HTI 9 25 GAK6 04 10 0547 S +8 59.1187 -148.7702 149 nd Coyle nd 4 10 1347 nd nd nd
HX26727702.23 HTI 9 26 GAK5 04 10 0728 E +8 59.2631 -148.9099 166 nd Coyle nd 4 10 1528 nd nd nd
HX26727702.24 CTD 33 27 GAK9 04 10 1135 S +8 58.6814 -148.3495 280 nd Weingartner nd 4 10 1935 nd nd Prim Prod Cast
HX26727702.25 CTD 33 27 GAK9 04 10 1144 E +8 58.6816 -148.3511 280 nd Weingartner nd 4 10 1944 nd nd 42 m
HX26727702.26 CTD 34 27 GAK9 04 10 1209 S +8 58.6804 -148.3504 280 nd Weingartner nd 4 10 2009 nd nd nd
HX26727702.27 CTD 34 27 GAK9 04 10 1227 E +8 58.6819 -148.3536 280 nd Weingartner nd 4 10 2027 nd nd 279 db
HX26727702.28 RingNet 10 27 GAK9 04 10 1230 S +8 58.6821 -148.3539 280 nd Hopcroft nd 4 10 2030 nd nd 50
HX26727702.29 RingNet 10 27 GAK9 04 10 1234 E +8 58.6830 -148.3551 280 nd Hopcroft nd 4 10 2034 nd nd nd
HX26727702.30 RingNet 11 27 GAK9 04 10 1242 S +8 58.6832 -148.3554 280 nd Hopcroft nd 4 10 2042 nd nd 50 m
HX26727702.31 RingNet 11 27 GAK9 04 10 1242 E +8 58.6832 -148.3555 280 nd Hopcroft nd 4 10 2042 nd nd nd
HX26727702.32 RingNet 12 27 GAK9 04 10 1256 S +8 58.6845 -148.3576 280 nd Hopcroft nd 4 10 2056 nd nd 50 m
HX26727702.33 RingNet 12 27 GAK9 04 10 1259 E +8 58.6849 -148.3582 280 nd Hopcroft nd 4 10 2059 nd nd nd
HX26727702.34 CTD 35 27 GAK9 04 10 1302 S +8 58.6852 -148.3587 280 nd Hopcroft nd 4 10 2102 nd nd zoop cast 1
HX26727702.35 CTD 35 27 GAK9 04 10 1311 E +8 58.6862 -148.3600 280 nd Hopcroft nd 4 10 2111 nd nd nd
HX26727702.36 CalVet 9 27 GAK9 04 10 1322 S +8 58.6808 -148.3495 288 nd Hopcroft nd 4 10 2122 nd nd 100 m
HX26727702.37 CalVet 9 27 GAK9 04 10 1328 E +8 58.6810 -148.3503 288 nd Hopcroft nd 4 10 2128 nd nd nd
HX26727702.38 CTD 36 27 GAK9 04 10 1333 S +8 58.6814 -148.3514 288 nd Hopcroft nd 4 10 2133 nd nd zoop cast 2
HX26727702.39 CTD 36 27 GAK9 04 10 1334 E +8 58.6816 -148.3516 288 nd Hopcroft nd 4 10 2134 nd nd nd
HX26727702.40 CTD 37 27 GAK9 04 10 1343 S +8 58.6826 -148.3527 282 nd Hopcroft nd 4 10 2143 nd nd zoop cast 3
HX26727702.41 CTD 37 27 GAK9 04 10 1345 E +8 58.6828 -148.3529 282 nd Hopcroft nd 4 10 2145 nd nd nd
HX26727702.42 CTD 38 27 GAK9 04 10 1352 S +8 58.6837 -148.3535 282 nd Hopcroft nd 4 10 2152 nd nd zoop cast 4
HX26727702.43 CTD 38 27 GAK9 04 10 1354 E +8 58.6840 -148.3536 282 nd Hopcroft nd 4 10 2154 nd nd nd
HX26727702.44 CTD 39 27 GAK9 04 10 1401 S +8 58.6848 -148.3539 282 nd Hopcroft nd 4 10 2201 nd nd zoop cast 5
HX26727702.45 CTD 39 27 GAK9 04 10 1403 E +8 58.6850 -148.3540 282 nd Hopcroft nd 4 10 2203 nd nd nd
HX26727702.46 CTD 40 28 GAK8I 04 10 1538 S +8 58.7439 -148.4194 290 nd Weingartner nd 4 10 2338 nd nd nd
HX26727702.47 CTD 40 28 GAK8I 04 10 1557 E +8 58.7442 -148.4196 289 nd Weingartner nd 4 10 2357 nd nd 288db
HX26727802.01 CTD 41 29 GAK8 04 10 1623 S +8 58.7933 -148.4928 290 nd Weingartner nd 5 10 23 nd nd nd
HX26727802.02 CTD 41 29 GAK8 04 10 1639 E +8 58.7932 -148.4936 292 nd Weingartner nd 5 10 39 nd nd 291 db
HX26727802.03 CTD 42 30 GAK7I 04 10 1727 S +8 58.8816 -148.5585 300 nd Weingartner nd 5 10 127 nd nd nd
HX26727802.04 CTD 42 30 GAK7I 04 10 1746 E +8 58.8779 -148.5565 300 nd Weingartner nd 5 10 146 nd nd 297 db
HX26727802.05 CTD 43 31 GAK7 04 10 1828 S +8 58.9712 -148.6304 242 nd Weingartner nd 5 10 228 nd nd nd
HX26727802.06 CTD 43 31 GAK7 04 10 1846 E +8 58.9658 -148.6353 242 nd Weingartner nd 5 10 246 nd nd nd
HX26727802.07 CalVet 10 31 GAK7 04 10 1848 S +8 58.9654 -148.6355 242 nd Hopcroft nd 5 10 248 nd nd 100m
HX26727802.08 CalVet 10 31 GAK7 04 10 1856 E +8 58.9638 -148.6382 242 nd Hopcroft nd 5 10 256 nd nd nd
HX26727802.09 CTD 44 32 GAK6I 04 10 1930 S +8 59.0455 -148.7020 189 nd Weingartner nd 5 10 330 nd nd nd
HX26727802.10 CTD 44 32 GAK6I 04 10 1945 E +8 59.0448 -148.7116 189 nd Weingartner nd 5 10 345 nd nd 188m
HX26727802.11 CTD 45 33 GAK6 04 10 2015 S +8 59.1172 -148.7716 150 nd Weingartner nd 5 10 415 nd nd nd
HX26727802.12 CTD 45 33 GAK6 04 10 2027 E +8 59.1169 -148.7790 148 nd Weingartner nd 5 10 427 nd nd 148 db
HX26727802.13 CalVet 11 33 GAK6 04 10 2028 S +8 59.1170 -148.7793 148 nd Hopcroft nd 5 10 428 nd nd 100 m
HX26727802.14 CalVet 11 33 GAK6 04 10 2035 E +8 59.1176 -148.7826 148 nd Hopcroft nd 5 10 435 nd nd nd
HX26727802.15 CTD 46 34 GAK5I 04 10 2106 S +8 59.1909 -148.8409 167 nd Weingartner nd 5 10 506 nd nd nd
HX26727802.16 CTD 46 34 GAK5I 04 10 2119 E +8 59.1929 -148.8503 168 nd Weingartner nd 5 10 519 nd nd 162 db
HX26727802.17 CTD 47 35 GAK5 04 10 2148 S +8 59.2628 -148.9093 168 nd Weingartner nd 5 10 548 nd nd nd
HX26727802.18 CTD 47 35 GAK5 04 10 2202 E +8 59.2629 -148.9194 168 nd Weingartner nd 5 10 602 nd nd nd
HX26727802.19 CalVet 12 35 GAK5 04 10 2204 S +8 59.2632 -148.9205 168 nd Hopcroft nd 5 10 604 nd nd nd
HX26727802.20 CalVet 12 35 GAK5 04 10 2211 E +8 59.2641 -148.9266 168 nd Hopcroft nd 5 10 611 nd nd nd
HX26727802.21 MOC 13 35 GAK5 05 10 0015 S +8 59.2629 -148.9234 172 nd Coyle nd 5 10 815 nd nd nd
HX26727802.22 MOC 13 35 GAK5 05 10 0046 E +8 59.2671 -148.8950 172 nd Coyle nd 5 10 846 nd nd nd
HX26727802.23 HTI 10 35 GAK5 05 10 0103 S +8 59.2632 -148.9104 172 nd Coyle nd 5 10 903 nd nd nd
HX26727802.24 HTI 10 36 GAK4 05 10 0233 E +8 59.4047 -149.0457 200 nd Coyle nd 5 10 1033 nd nd nd
HX26727802.25 MOC 14 36 GAK4 05 10 0246 S +8 59.4028 -149.0321 200 nd Coyle nd 5 10 1046 nd nd nd
HX26727802.26 MOC 14 36 GAK4 05 10 0321 E +8 59.3987 -148.9959 200 nd Coyle nd 5 10 1121 nd nd nd
HX26727802.27 CTD 48 37 GAK3 05 10 0546 S +8 59.5530 -149.1913 212 nd Weingartner nd 5 10 1346 nd nd nd
HX26727802.28 CTD 48 37 GAK3 05 10 0559 E +8 59.5490 -149.1967 212 nd Weingartner nd 5 10 1359 nd nd nd
HX26727802.29 CTD 49 38 MS1 05 10 1404 S +8 59.9537 -147.9306 166 nd Weingartner nd 5 10 2204 nd nd nd
HX26727802.30 CTD 49 38 MS1 05 10 1418 E +8 59.9474 -147.9429 155 nd Weingartner nd 5 10 2218 nd nd 161 db 3 knots current
HX26727802.31 CTD 50 39 MS2 05 10 1433 S +8 59.9429 -147.8968 196 nd Weingartner nd 5 10 2233 nd nd nd
HX26727802.32 CTD 50 39 MS2 05 10 1449 E +8 59.9328 -147.9092 181 nd Weingartner nd 5 10 2249 nd nd 187 db
HX26727802.33 CalVet 13 39 MS2 05 10 1450 S +8 59.9326 -147.9094 181 nd Hopcroft nd 5 10 2250 nd nd 100 m
HX26727802.34 CalVet 13 39 MS2 05 10 1456 E +8 59.9305 -147.9161 175 nd Hopcroft nd 5 10 2256 nd nd nd
HX26727802.35 CTD 51 40 MS3 05 10 1517 S +8 59.9312 -147.8573 166 nd Weingartner nd 5 10 2317 nd nd nd
HX26727802.36 CTD 51 40 MS3 05 10 1534 E +8 59.9224 -147.8687 160 nd Weingartner nd 5 10 2334 nd nd 168 db
HX26727802.37 CTD 52 41 MS4 05 10 1547 S +8 59.9197 -147.8290 111 nd Weingartner nd 5 10 2347 nd nd nd
HX26727802.38 CTD 52 41 MS4 05 10 1557 E +8 59.9125 -147.8352 106 nd Weingartner nd 5 10 2357 nd nd 115 db
HX26727902.01 CTD 53 42 HB4 05 10 1800 S +8 60.1466 -147.5036 106 nd Weingartner nd 6 10 200 nd nd nd
HX26727902.02 CTD 53 42 HB4 05 10 1809 E +8 60.1443 -147.5067 106 nd Weingartner nd 6 10 209 nd nd nd
HX26727902.03 CTD 54 43 HB3 05 10 1829 S +8 60.1642 -147.5764 87 nd Weingartner nd 6 10 229 nd nd nd
HX26727902.04 CTD 54 43 HB3 05 10 1840 E +8 60.1610 -147.5775 87 nd Weingartner nd 6 10 240 nd nd nd
HX26727902.05 CalVet 14 44 HB2 05 10 1859 S +8 60.1795 -147.6419 174 nd Hopcroft nd 6 10 259 nd nd nd
HX26727902.06 CalVet 14 44 HB2 05 10 1905 E +8 60.1771 -147.6450 174 nd Hopcroft nd 6 10 305 nd nd nd
HX26727902.07 CTD 55 44 HB2 05 10 1908 S +8 60.1761 -147.6454 174 nd Weingartner nd 6 10 308 nd nd nd
HX26727902.08 CTD 55 44 HB2 05 10 1923 E +8 60.1690 -147.6483 174 nd Weingartner nd 6 10 323 nd nd 176 db
HX26727902.09 CTD 56 45 HB1 05 10 1944 S +8 60.1919 -147.7020 241 nd Weingartner nd 6 10 344 nd nd nd
HX26727902.10 CTD 56 45 HB1 05 10 2001 E +8 60.1851 -147.7031 243 nd Weingartner nd 6 10 401 nd nd 238 db
HX26727902.11 MOC 15 46 HB2 05 10 2025 S +8 60.1722 -147.6802 258 nd Coyle nd 6 10 425 nd nd nd
HX26727902.12 MOC 15 46 HB2 06 10 nd E +8 nd nd nd nd Coyle nd 6 10 nd nd nd nd
HX26727902.13 MOC 16 47 MS2 05 10 2313 S +8 59.9403 -147.8820 190 nd Coyle nd 6 10 713 nd nd nd
HX26727902.14 MOC 16 47 MS2 05 10 2345 E +8 59.9563 -147.8863 190 nd Coyle nd 6 10 745 nd nd nd
HX26727902.15 MOC 17 48 KIP2 06 10 0218 S +8 60.2804 -147.9874 562 nd Coyle nd 6 10 1018 nd nd nd
HX26727902.16 MOC 17 48 KIP2 06 10 0254 E +8 60.3005 -147.9929 562 nd Coyle nd 6 10 1054 nd nd nd
HX26727902.17 MOC 18 49 PWS1 06 10 0334 S +8 60.3790 -147.9351 335 nd Coyle nd 6 10 1134 nd nd nd
HX26727902.18 MOC 18 49 PWS1 06 10 0409 E +8 60.3940 -147.9174 335 nd Coyle nd 6 10 1209 nd nd nd
HX26727902.19 MOC 19 50 PWS2 06 10 0520 S +8 60.5365 -147.8065 733 nd Coyle nd 6 10 1320 nd nd nd
HX26727902.20 MOC 19 50 PWS2 06 10 0557 E +8 60.5517 -147.8341 385 nd Coyle nd 6 10 1357 nd nd nd
HX26727902.21 MOC 20 50 PWS2 06 10 0644 S +8 60.5395 -147.7974 733 nd Coyle nd 6 10 1444 nd nd nd
HX26727902.22 MOC 20 50 PWS2 06 10 0758 E +8 60.5651 -147.7256 730 nd Coyle nd 6 10 1558 nd nd nd
HX26727902.23 CTD 57 51 HE1 06 10 1243 S +8 60.2167 -146.6097 80 nd Weingartner nd 6 10 2043 nd nd nd
HX26727902.24 CTD 57 51 HE1 06 10 1258 E +8 60.1797 -146.6082 85 nd Weingartner nd 6 10 2058 nd nd nd
HX26727902.25 CTD 58 52 HE2 06 10 1311 S +8 60.1789 -146.6114 192 nd Weingartner nd 6 10 2111 nd nd nd
HX26727902.26 CTD 58 52 HE2 06 10 1324 E +8 60.1758 -146.6207 185 nd Weingartner nd 6 10 2124 nd nd 191 db
HX26727902.27 CalVet 15 52 HE2 06 10 1330 S +8 60.1738 -146.6300 185 nd Hopcroft nd 6 10 2130 nd nd 100m
HX26727902.28 CalVet 15 52 HE2 06 10 1334 E +8 60.1734 -146.6329 185 nd Hopcroft nd 6 10 2134 nd nd nd
HX26727902.29 CTD 59 53 HE3 06 10 1354 S +8 60.1298 -146.6102 116 nd Weingartner nd 6 10 2154 nd nd 114 db
HX26727902.30 CTD 59 53 HE3 06 10 1404 E +8 60.1303 -146.6084 116 nd Weingartner nd 6 10 2204 nd nd nd
HX26727902.31 CTD 60 54 HE4 06 10 1427 S +8 60.0799 -146.6072 117 nd Weingartner nd 6 10 2227 nd nd nd
HX26727902.32 CTD 60 54 HE4 06 10 1436 E +8 60.0792 -146.6043 118 nd Weingartner nd 6 10 2236 nd nd 117
HX26727902.33 CalVet 16 54 HE4 06 10 1439 S +8 60.0783 -146.6033 118 nd Hopcroft nd 6 10 2239 nd nd no end tow record
HX26727902.34 CTD 61 55 HE6.5 06 10 1515 S +8 60.0505 -146.7370 126 nd Weingartner nd 6 10 2315 nd nd nd
HX26727902.35 CTD 61 55 HE6.5 06 10 1524 E +8 60.0478 -146.7339 126 nd Weingartner nd 6 10 2324 nd nd nd
HX26727902.36 CalVet 17 55 HE6.5 06 10 1527 S +8 60.0468 -146.7332 126 nd Hopcroft nd 6 10 2327 nd nd 100m
HX26727902.37 CalVet 17 55 HE6.5 06 10 1533 E +8 60.0450 -146.7325 126 nd Hopcroft nd 6 10 2333 nd nd nd
HX26728002.01 CTD 62 56 HE8 06 10 1624 S +8 60.0922 -146.9633 148 nd Weingartner nd 7 10 24 nd nd nd
HX26728002.02 CTD 62 56 HE8 06 10 1636 E +8 60.0887 -146.9656 147 nd Weingartner nd 7 10 36 nd nd 145 db
HX26728002.03 CTD 63 57 HE9 06 10 1657 S +8 60.1073 -147.0514 275 nd Weingartner nd 7 10 57 nd nd nd
HX26728002.04 CTD 63 57 HE9 06 10 1717 E +8 60.1004 -147.0609 275 nd Weingartner nd 7 10 117 nd nd 272 db
HX26728002.05 CTD 64 58 HE10 06 10 1738 S +8 60.1286 -147.1356 215 nd Weingartner nd 7 10 138 nd nd nd
HX26728002.06 CTD 64 58 HE10 06 10 1753 E +8 60.1265 -147.1426 215 nd Weingartner nd 7 10 153 nd nd 214 db
HX26728002.07 CalVet 18 58 HE10 06 10 1756 S +8 60.1264 -147.1437 215 nd Hopcroft nd 7 10 156 nd nd nd
HX26728002.08 CalVet 18 58 HE10 06 10 1803 E +8 60.1258 -147.1456 215 nd Hopcroft nd 7 10 203 nd nd 100 m
HX26728002.09 CTD 65 59 HE11 06 10 1816 S +8 60.1426 -147.1904 175 nd Weingartner nd 7 10 216 nd nd nd
HX26728002.10 CTD 65 59 HE11 06 10 1827 E +8 60.1424 -147.1929 175 nd Weingartner nd 7 10 227 nd nd 173 db
HX26728002.11 MOC 21 60 HE10 06 10 1947 S +8 60.1261 -147.1442 214 nd Coyle nd 7 10 347 nd nd nd
HX26728002.12 MOC 21 60 HE10 06 10 2020 E +8 60.1082 -147.1598 214 nd Coyle nd 7 10 420 nd nd nd
HX26728002.13 MOC 22 61 HE6.5 06 10 2154 S +8 60.0507 -146.7389 122 nd Coyle nd 7 10 554 nd nd nd
HX26728002.14 MOC 22 62 HE4 06 10 2331 E +8 60.0768 -146.6111 115 nd Coyle nd 7 10 731 nd nd nd
HX26728002.15 MOC 23 62 HE4 07 10 0004 S +8 60.0638 -146.6274 115 nd Coyle nd 7 10 804 nd nd nd
HX26728002.16 MOC 23 63 HE2 07 10 0151 E +8 60.1586 -146.6448 185 nd Coyle nd 7 10 951 nd nd nd
HX26728002.17 CTD 66 64 KIP2 07 10 1055 S +8 60.2791 -147.9832 590 nd Weingartner nd 7 10 1855 nd nd Prim Prod cast
HX26728002.18 CTD 66 64 KIP2 07 10 1104 E +8 60.2805 -147.9797 590 nd Weingartner nd 7 10 1904 nd nd 16 m
HX26728002.19 CalVet 19 64 KIP2 07 10 1108 S +8 60.2787 -147.9877 590 nd Hopcroft nd 7 10 1908 nd nd 100 m
HX26728002.20 CalVet 19 64 KIP2 07 10 1114 E +8 60.2780 -147.9848 590 nd Hopcroft nd 7 10 1914 nd nd nd
HX26728002.21 CTD 67 64 KIP2 07 10 1128 S +8 60.2782 -147.9845 590 nd Weingartner nd 7 10 1928 nd nd nd
HX26728002.22 CTD 67 64 KIP2 07 10 1150 E +8 60.2834 -147.9763 590 nd Weingartner nd 7 10 1950 nd nd 403 db
HX26728002.23 RingNet 13 64 KIP2 07 10 1158 S +8 60.2786 -147.9885 590 nd Hopcroft nd 7 10 1958 nd nd 50m
HX26728002.24 RingNet 13 64 KIP2 07 10 1201 E +8 60.2793 -147.9877 590 nd Hopcroft nd 7 10 2001 nd nd nd
HX26728002.25 CTD 68 64 KIP2 07 10 1225 S +8 60.2783 -147.9852 608 nd Hopcroft nd 7 10 2025 nd nd zoop cast 1 16 m
HX26728002.26 CTD 68 64 KIP2 07 10 1229 E +8 60.2791 -147.9842 608 nd Hopcroft nd 7 10 2029 nd nd nd
HX26728002.27 CTD 69 64 KIP2 07 10 1234 S +8 60.2804 -147.9820 612 nd Hopcroft nd 7 10 2034 nd nd zoop cast 2
HX26728002.28 CTD 69 64 KIP2 07 10 1237 E +8 60.2812 -147.9808 612 nd Hopcroft nd 7 10 2037 nd nd nd
HX26728002.29 CTD 70 64 KIP2 07 10 1242 S +8 60.2823 -147.9790 612 nd Hopcroft nd 7 10 2042 nd nd zoop cast 3
HX26728002.30 CTD 70 64 KIP2 07 10 1244 E +8 60.2830 -147.9780 592 nd Hopcroft nd 7 10 2044 nd nd nd
HX26728002.31 CTD 71 64 KIP2 07 10 1253 S +8 60.2782 -147.9848 592 nd Hopcroft nd 7 10 2053 nd nd zoop cast 4
HX26728002.32 CTD 71 64 KIP2 07 10 1255 E +8 60.2789 -147.9833 592 nd Hopcroft nd 7 10 2055 nd nd nd
HX26728002.33 CTD 72 64 KIP2 07 10 1300 S +8 60.2799 -147.9808 592 nd Hopcroft nd 7 10 2100 nd nd zoop cast 5
HX26728002.34 CTD 72 64 KIP2 07 10 1303 E +8 60.2806 -147.9794 592 nd Hopcroft nd 7 10 2103 nd nd nd
HX26728002.35 RingNet 14 64 KIP2 07 10 1312 S +8 60.2794 -147.9875 592 nd Hopcroft nd 7 10 2112 nd nd 50m
HX26728002.36 RingNet 14 64 KIP2 07 10 1316 E +8 60.2810 -147.9860 592 nd Hopcroft nd 7 10 2116 nd nd nd
HX26728002.37 RingNet 15 64 KIP2 07 10 1323 S +8 60.2828 -147.9842 592 nd Hopcroft nd 7 10 2123 nd nd 50m
HX26728002.38 RingNet 15 64 KIP2 07 10 1327 E +8 60.2835 -147.9835 592 nd Hopcroft nd 7 10 2127 nd nd nd
HX26728002.39 CTD 73 65 PWS1 07 10 1408 S +8 60.3800 -147.9338 335 nd Weingartner nd 7 10 2208 nd nd nd
HX26728002.40 CTD 73 65 PWS1 07 10 1426 E +8 60.3823 -147.9310 335 nd Weingartner nd 7 10 2226 nd nd 334 db
HX26728002.41 CalVet 20 65 PWS1 07 10 1440 S +8 60.3790 -147.9369 335 nd Hopcroft nd 7 10 2240 nd nd 100m
HX26728002.42 CalVet 20 65 PWS1 07 10 1445 E +8 60.3800 -147.9361 335 nd Hopcroft nd 7 10 2245 nd nd nd
HX26728002.43 CTD 74 66 PWS2 07 10 1548 S +8 60.5342 -147.8013 735 nd Weingartner nd 7 10 2348 nd nd nd
HX26728102.01 CTD 74 66 PWS2 07 10 1624 E +8 60.5320 -147.8013 735 nd Weingartner nd 8 10 24 nd nd 730 db
HX26728102.02 CalVet 21 66 PWS2 07 10 1628 S +8 60.5327 -147.8020 735 nd Hopcroft nd 8 10 28 nd nd 100m
HX26728102.03 CalVet 21 66 PWS2 07 10 1633 E +8 60.5326 -147.8010 735 nd Hopcroft nd 8 10 33 nd nd nd
HX26728102.04 CTD 75 67 NI4 07 10 1817 S +8 60.7409 -147.4961 168 nd Weingartner nd 8 10 217 nd nd nd
HX26728102.05 CTD 75 67 NI4 07 10 1841 E +8 60.7746 -147.5283 168 nd Weingartner nd 8 10 241 nd nd 151 db
HX26728102.06 CTD 76 68 NI3 07 10 1841 S +8 60.7747 -147.5285 515 nd Weingartner nd 8 10 241 nd nd nd
HX26728102.07 CTD 76 68 NI3 07 10 1907 E +8 60.7733 -147.5376 522 nd Weingartner nd 8 10 307 nd nd 515 db
HX26728102.08 CTD 77 69 NI2 07 10 1924 S +8 60.8097 -147.5669 501 nd Weingartner nd 8 10 324 nd nd nd
HX26728102.09 CTD 77 69 NI2 07 10 1946 E +8 60.8100 -147.5649 501 nd Weingartner nd 8 10 346 nd nd 496 db
HX26728102.10 CTD 78 70 NI1 07 10 2003 S +8 60.8414 -147.5956 220 nd Weingartner nd 8 10 403 nd nd nd
HX26728102.11 CTD 78 70 NI1 07 10 2014 E +8 60.8402 -147.5939 220 nd Weingartner nd 8 10 414 nd nd 217 db
HX26728102.12 CTD 79 71 EV2 08 10 0122 S +8 60.0753 -147.8865 133 nd Weingartner nd 8 10 922 nd nd nd
HX26728102.13 CTD 79 71 EV2 08 10 0132 E +8 60.0769 -147.8824 133 nd Weingartner nd 8 10 932 nd nd nd
HX26728102.14 CTD 80 72 EV1 08 10 0142 S +8 60.0841 -147.9032 236 nd Weingartner nd 8 10 942 nd nd nd
HX26728102.15 CTD 80 72 EV1 08 10 0157 E +8 60.0875 -147.9016 236 nd Weingartner nd 8 10 957 nd nd nd
HX26728102.16 CTD 81 73 FL1 08 10 0252 S +8 60.1457 -148.0031 278 nd Weingartner nd 8 10 1052 nd nd nd
HX26728102.17 CTD 81 73 FL1 08 10 0309 E +8 60.1470 -148.0035 278 nd Weingartner nd 8 10 1109 nd nd nd
HX26728102.18 CTD 82 74 BP1 08 10 0417 S +8 60.1963 -148.0908 234 nd Weingartner nd 8 10 1217 nd nd nd
HX26728102.19 CTD 82 74 BP1 08 10 0432 E +8 60.1948 -148.0921 234 nd Weingartner nd 8 10 1232 nd nd nd
HX26728202.01 CTD 83 75 GAK1 08 10 2000 S +8 59.8411 -149.4663 269 nd Weingartner nd 9 10 400 nd nd zoop cast 1 30m
HX26728202.02 CTD 83 75 GAK1 08 10 2000 E +8 59.8410 -149.4662 269 nd Weingartner nd 9 10 400 nd nd nd
HX26728202.03 CTD 84 75 GAK1 08 10 2020 S +8 59.8452 -149.4676 269 nd Weingartner nd 9 10 420 nd nd zoop cast 2
HX26728202.04 CTD 84 75 GAK1 08 10 2025 E +8 59.8426 -149.4664 269 nd Weingartner nd 9 10 425 nd nd nd
HX26728202.05 CTD 85 75 GAK1 08 10 2041 S +8 59.8449 -149.4695 269 nd Weingartner nd 9 10 441 nd nd zoop cast 3
HX26728202.06 CTD 85 75 GAK1 08 10 2046 E +8 59.8449 -149.4695 269 nd Weingartner nd 9 10 446 nd nd nd
HX26728202.07 CTD 86 76 CF1 09 10 0957 S +8 59.9093 -148.8712 81 nd Weingartner nd 9 10 1757 nd nd nd
HX26728202.08 CTD 86 76 CF1 09 10 1036 E +8 59.9092 -148.8710 81 nd Weingartner nd 9 10 1836 nd nd nd
HX26728202.09 CTD 87 76 CF1 09 10 1047 S +8 59.9093 -148.8714 82 nd Weingartner nd 9 10 1847 nd nd nd
HX26728202.10 CTD 87 76 CF1 09 10 1100 E +8 59.8844 -148.8746 82 nd Weingartner nd 9 10 1900 nd nd nd
HX26728202.11 CTD 88 77 CF2 09 10 1113 S +8 59.8849 -148.8706 110 nd Weingartner nd 9 10 1913 nd nd nd
HX26728202.12 CTD 88 77 CF2 09 10 1120 E +8 59.8854 -148.8758 110 nd Weingartner nd 9 10 1920 nd nd 109
HX26728202.13 CTD 89 78 CF3 09 10 1137 S +8 59.8503 -148.8704 157 nd Weingartner nd 9 10 1937 nd nd nd
HX26728202.14 CTD 89 78 CF3 09 10 1151 E +8 59.8530 -148.8788 159 nd Weingartner nd 9 10 1951 nd nd 152db
HX26728202.15 CTD 90 79 CF4 09 10 1208 S +8 59.8176 -148.8657 182 nd Weingartner nd 9 10 2008 nd nd nd
HX26728202.16 CTD 90 79 CF4 09 10 1220 E +8 59.8188 -148.8712 182 nd Weingartner nd 9 10 2020 nd nd 181db
HX26728202.17 CTD 91 80 CF5 09 10 1236 S +8 59.7843 -148.8658 193 nd Weingartner nd 9 10 2036 nd nd nd
HX26728202.18 CTD 91 80 CF5 09 10 1251 E +8 59.7868 -148.8736 193 nd Weingartner nd 9 10 2051 nd nd 191db
HX26728202.19 CTD 92 81 CF6 09 10 1312 S +8 59.7531 -148.8670 191 nd Weingartner nd 9 10 2112 nd nd nd
HX26728202.20 CTD 92 81 CF6 09 10 1320 E +8 59.7554 -148.8696 192 nd Weingartner nd 9 10 2120 nd nd 191 db
HX26728202.21 CTD 93 82 CF7 09 10 1339 S +8 59.7182 -148.8661 183 nd Weingartner nd 9 10 2139 nd nd nd
HX26728202.22 CTD 93 82 CF7 09 10 1354 E +8 59.7219 -148.8723 184 nd Weingartner nd 9 10 2154 nd nd 184 db
HX26728202.23 CTD 94 83 CF8 09 10 1414 S +8 59.6834 -148.8679 180 nd Weingartner nd 9 10 2214 nd nd nd
HX26728202.24 CTD 94 83 CF8 09 10 1424 E +8 59.6857 -148.8719 182 nd Weingartner nd 9 10 2224 nd nd 181db
HX26728202.25 CTD 95 84 CF9 09 10 1443 S +8 59.6510 -148.8665 180 nd Weingartner nd 9 10 2243 nd nd nd
HX26728202.26 CTD 95 84 CF9 09 10 1454 E +8 59.6536 -148.8686 182 nd Weingartner nd 9 10 2254 nd nd 181 db
HX26728202.27 CTD 96 85 CF10 09 10 1511 S +8 59.6183 -148.8711 178 nd Weingartner nd 9 10 2311 nd nd nd
HX26728202.28 CTD 96 85 CF10 09 10 1521 E +8 59.6184 -148.8711 178 nd Weingartner nd 9 10 2321 nd nd 177 db
HX26728202.29 CTD 97 86 CF11 09 10 1538 S +8 59.5832 -148.8668 180 nd Weingartner nd 9 10 2338 nd nd nd
HX26728202.30 CTD 97 86 CF11 09 10 1550 E +8 59.5846 -148.8676 180 nd Weingartner nd 9 10 2350 nd nd 179 db
HX26728302.01 CTD 98 87 CF12 09 10 1606 S +8 59.5496 -148.8665 185 nd Weingartner nd 10 10 6 nd nd nd
HX26728302.02 CTD 98 87 CF12 09 10 1616 E +8 59.5513 -148.8656 185 nd Weingartner nd 10 10 16 nd nd 182 db
HX26728302.03 CTD 99 88 CF13 09 10 1631 S +8 59.5165 -148.8659 176 nd Weingartner nd 10 10 31 nd nd nd
HX26728302.04 CTD 99 88 CF13 09 10 1643 E +8 59.5177 -148.8632 173 nd Weingartner nd 10 10 43 nd nd 171 db
HX26728302.05 CTD 100 89 CF14 09 10 1700 S +8 59.4835 -148.8655 171 nd Weingartner nd 10 10 100 nd nd nd
HX26728302.06 CTD 100 89 CF14 09 10 1708 E +8 59.4845 -148.8630 171 nd Weingartner nd 10 10 108 nd nd 169 db
HX26728302.07 CTD 101 90 CF15 09 10 1725 S +8 59.4500 -148.8669 184 nd Weingartner nd 10 10 125 nd nd nd
HX26728302.08 CTD 101 90 CF15 09 10 1737 E +8 59.4512 -148.8623 184 nd Weingartner nd 10 10 137 nd nd 182 db
HX26728302.09 RingNet 16 91 GAK4 09 10 1820 S +8 59.4090 -149.0488 201 nd Hopcroft nd 10 10 220 nd nd nd
HX26728302.10 RingNet 16 91 GAK4 09 10 1825 E +8 59.4091 -149.0472 201 nd Hopcroft nd 10 10 225 nd nd 50m
HX26728302.11 CTD 102 91 GAK4 09 10 1828 S +8 59.4094 -149.0450 201 nd Weingartner nd 10 10 228 nd nd nd
HX26728302.12 CTD 102 91 GAK4 09 10 1839 E +8 59.4100 -149.0402 201 nd Weingartner nd 10 10 239 nd nd nd
HX26728302.13 CalVet 22 91 GAK4 09 10 1846 S +8 59.4064 -149.0495 201 nd Hopcroft nd 10 10 246 nd nd nd
HX26728302.14 CalVet 22 91 GAK4 09 10 1852 E +8 59.4060 -149.0465 201 nd Hopcroft nd 10 10 252 nd nd 100m
HX26728302.15 CTD 103 91 GAK4 09 10 1901 S +8 59.4080 -149.0486 201 nd Hopcroft nd 10 10 301 nd nd zoop cast 1 20m
HX26728302.16 CTD 103 91 GAK4 09 10 1910 E +8 59.4081 -149.0457 201 nd Hopcroft nd 10 10 310 nd nd nd
HX26728302.17 CTD 104 91 GAK4 09 10 1915 S +8 59.4079 -149.0440 201 nd Hopcroft nd 10 10 315 nd nd zoop cast 2
HX26728302.18 CTD 104 91 GAK4 09 10 1918 E +8 59.4079 -149.0429 201 nd Hopcroft nd 10 10 318 nd nd nd
HX26728302.19 CTD 105 91 GAK4 09 10 1924 S +8 59.4076 -149.0441 201 nd Hopcroft nd 10 10 324 nd nd zoop cast 3
HX26728302.20 CTD 105 91 GAK4 09 10 1926 E +8 59.4076 -149.0438 201 nd Hopcroft nd 10 10 326 nd nd nd
HX26728302.21 CTD 106 91 GAK4 09 10 1933 S +8 59.4073 -149.0428 201 nd Hopcroft nd 10 10 333 nd nd zoop cast 4
HX26728302.22 CTD 106 91 GAK4 09 10 1935 E +8 59.4074 -149.0424 201 nd Hopcroft nd 10 10 335 nd nd nd
HX26728302.23 CTD 107 91 GAK4 09 10 1940 S +8 59.4075 -149.0414 201 nd Hopcroft nd 10 10 340 nd nd zoop cast 5
HX26728302.24 CTD 107 91 GAK4 09 10 1943 E +8 59.4072 -149.0407 201 nd Hopcroft nd 10 10 343 nd nd nd
HX26728302.25 RingNet 17 91 GAK4 09 10 1949 S +8 59.4064 -149.0359 201 nd Hopcroft nd 10 10 349 nd nd 50 m
HX26728302.26 RingNet 17 91 GAK4 09 10 1954 E +8 59.4063 -149.0358 201 nd Hopcroft nd 10 10 354 nd nd nd
HX26728302.27 RingNet 18 91 GAK4 09 10 2005 S +8 59.4055 -149.0303 199 nd Hopcroft nd 10 10 405 nd nd nd
HX26728302.28 RingNet 18 91 GAK4 09 10 2007 E +8 59.4055 -149.0302 199 nd Hopcroft nd 10 10 407 nd nd 50m
HX26728302.29 RingNet 19 91 GAK4 09 10 2010 S +8 59.4054 -149.0286 199 nd Hopcroft nd 10 10 410 nd nd nd
HX26728302.30 RingNet 19 91 GAK4 09 10 2016 E +8 59.4051 -149.0260 199 nd Hopcroft nd 10 10 416 nd nd nd
HX26728302.31 ADCP 1 92 CF15 09 10 2040 S +8 59.4051 -149.0260 nd nd Weingartner nd 10 10 440 nd nd nd
HX26728302.32 ADCP 1 93 CF1 10 10 nd E +8 nd nd nd nd Weingartner nd 10 10 nd nd nd nd
HX26728302.33 CTD 108 94 GAK1 10 10 0413 S +8 59.8454 -149.4731 272 nd Weingartner nd 10 10 1213 nd nd nd
HX26728302.34 CTD 108 94 GAK1 10 10 nd E +8 nd nd nd nd Weingartner nd 10 10 nd nd nd nd
HX26728302.35 CTD 109 95 RES2.5 10 10 0715 S +8 60.0250 -149.3598 296 nd Weingartner nd 10 10 1515 nd nd nd
HX26728302.36 CTD 109 95 RES2.5 10 10 0732 E +8 60.0265 -149.3597 296 nd Weingartner nd 10 10 1532 nd nd nd