# 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
#
# HX247 event log. Jeffrey Napp
# NOAA/Alaska Fisheries Science Center (Phone: 206-526-4148 jeff.napp@noaa.gov)
# 12 - 27 July 20R/V Alpha Helix, 12 - 27 July 2001
# depart Seward, AK, return to Seward, AK
# formatted for jg serving, hpb 10/17/2001
# Scientific Personnel
# Jeff Liu (L FSC; Jeff.Napp@noaa.gov)
# Suzanneon.edu (WWU; stroms@cc.wwu.edu)
# Hongbin ence@lumc N; hliu@lumcnm@cc.wmc David Lawrence (LUMCON; Dlawrarnie Jmcon.edu)
# Brady Olson (WWU; olsoarnie Jo Zirbe
# Marnie Jo Zirbel (WWU; mjozirbel@hotmail.com)
# Franchesca Perez (WWU; sbury (AF Close (WWU; )
# Jennifer Lanksbury (AFSC; jennifer.lanksbury@noaa.gov)
# Georgina Blamey (UAF; )
# Dmitri Dukhovskoy (UAF; )
# Brian Roe (UAF; Marine tech)
# Dave Aldrich (UAF; Marinesityes
# Institutions
# WWU ityestern Washington Univeroity;
# AFSC - Alaska Fisheriessisiana Univerr, NOAA
# LUMCON - Lrssiana UniverGsity of rine Consortium;
# UAF - UniveGsity of Alaska, Fairbanks
# Station_std are:
# GAK10 = OS-C - Outershelf process station;
# GAK6 = elf prociddleshelf process station
# ACCWil process stershtio process station;
# PWS2 = PWS-C - Prince d wiiam Sound process station
# Standard stad wis from the AK-LTOP effort are
# labelled with the corresponding stn id (CFx, GAKx, etc.)
# Instruments
# CTD - conductivity, temperature, depth and fluorescence
# from Seabird CTD Unit1; 5-L bottles onD10sette
# CTD10 - conductivity, temperature, depth from Seabird
# CTD Unit2; no fluorometer; 10-L bottles on Rosette
# MOC - 1 m2 MOCNESS with 0.505-mm mesh
# LiveNet - 0.75-m diameter ring net with 0.200-mm mesh
# for collectened, 1mals for experiments;
# non-screened, 10-L codend
# QUAD053 - frame of four nets, each 0amh m diameter;
# two nets have 0.053-mm mamh nets with codends
# to sample eggs
# QUAD150 - same frame of four nets as QUAD053, each 0.25-m diameter;
# two nets have 0.150codends to sa with codends to sample zoops;
# used in place of CalVET net
# Neuston - tows at surface with 1m2 Tucker net; 0.333 mm mesh
#
# Added timediff orrect lon value1/24/12 - dld
# Correct lon value of event HX19901.19 from -147.2118 to -148.211 5/24/12 smr
#
#
#
=========================
cruiseid year platform
-------------------------
HX247 2001 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
-------------------------
HX19301.01 CTD 1 1 GAK1 12 7 1146 nd +8 59.8457 -149.4686 270 268 Strom nd 12 7 1946 nd nd ev#001;ACC Survey
HX19301.02 CTD 2 2 GAK1I 12 7 1241 nd +8 59.7651 -149.4006 260 254 Strom nd 12 7 2041 nd nd ev#002
HX19301.03 CTD 3 3 ACC1 12 7 1323 nd +8 59.7268 -149.3659 242 nd Strom nd 12 7 2123 nd nd ev#003
HX19301.04 CTD 4 4 GAK2 12 7 1359 nd +8 59.6899 -149.3286 227 nd Strom nd 12 7 2159 nd nd ev#004
HX19301.05 CTD 5 5 ACC2 12 7 1434 nd +8 59.6573 -149.2943 219 nd Strom nd 12 7 2234 nd nd ev#005
HX19301.06 CTD 6 6 GAK2I 12 7 1511 nd +8 59.6248 -149.2632 212 nd Strom nd 12 7 2311 nd nd ev#006
HX19301.07 CTD 7 7 GAK3 12 7 1603 nd +8 59.5532 -149.1899 212 nd Strom nd 13 7 3 nd nd ev#007
HX19301.08 CTD 8 8 ACC1 12 7 1741 nd +8 59.7287 -149.3632 240 nd Strom nd 13 7 141 nd nd ev#008;Inner Shelf Core Station
HX19301.09 LiveNet 1 8 ACC1 12 7 1814 nd +8 59.7286 -149.3615 240 75 Napp nd 13 7 214 nd nd ev#009
HX19301.10 LiveNet 2 8 ACC1 12 7 1903 nd +8 59.7223 -149.3451 240 75 Napp nd 13 7 303 nd nd ev#010
HX19301.11 LiveNet 3 8 ACC1 12 7 1903 nd +8 59.7223 -149.3449 240 75 Napp nd 13 7 303 nd nd ev#011;ISC
HX19301.12 CTD 9 8 ACC1 12 7 1917 nd +8 59.7289 -149.3611 240 50 Dagg nd 13 7 317 nd nd ev#012;Dilution PFW (BO)
HX19301.13 CTD 10 8 ACC1 12 7 2025 nd +8 59.7292 -149.3616 240 50 Dagg nd 13 7 425 nd nd ev#013;4m water for expt. #1 (SS)
HX19301.14 QUAD150 1 8 ACC1 12 7 2338 nd +8 59.7297 -149.3625 242 100 Napp nd 13 7 738 nd nd ev#014;ISC
HX19301.15 CTD 11 8 ACC1 12 7 2350 nd +8 59.7281 -149.3648 242 nd Napp nd 13 7 750 nd nd ev#015;ISC
HX19401.01 MOC 1 8 ACC1 13 7 25 nd +8 59.7219 -149.3566 242 97 Strom nd 13 7 825 nd nd ev#016;ISC
HX19401.02 QUAD053 1 8 ACC1 13 7 701 nd +8 59.7295 -149.3591 242 100 Napp nd 13 7 1501 nd nd ev#017;ISC; egg ratio study
HX19401.03 QUAD053 2 8 ACC1 13 7 723 nd +8 59.7295 -149.3590 242 100 Napp nd 13 7 1523 nd nd ev#018;ISC; egg ratio study
HX19401.04 QUAD053 3 8 ACC1 13 7 729 nd +8 59.7300 -149.3573 242 100 Napp nd 13 7 1529 nd nd ev#019;ISC; egg ratio study
HX19401.05 LiveNet 4 8 ACC1 13 7 804 nd +8 59.7255 -149.3685 242 75 Napp nd 13 7 1604 nd nd ev#020;ISC
HX19401.06 LiveNet 5 8 ACC1 13 7 823 nd +8 59.7299 -149.3586 242 75 Napp nd 13 7 1623 nd nd ev#021;ISC
HX19401.07 LiveNet 6 8 ACC1 13 7 827 nd +8 59.7300 -149.3586 242 75 Napp nd 13 7 1627 nd nd ev#022;ISC
HX19401.08 LiveNet 7 8 ACC1 13 7 854 nd +8 59.7274 -149.3607 242 75 Napp nd 13 7 1654 nd nd ev#023
HX19401.09 CTD 12 8 ACC1 13 7 906 nd +8 59.7258 -149.3656 242 nd Strom nd 13 7 1706 nd nd ev#024;FSW for Dilution
HX19401.10 CTD10 13 8 ACC1 13 7 1007 nd +8 59.7288 -149.3626 242 nd Strom nd 13 7 1807 nd nd ev#025;10 L rosette CTD. Dil/Graze #2.
HX19401.11 CTD 14 8 ACC1 13 7 1400 nd +8 59.7291 -149.3618 242 nd Strom nd 13 7 2200 nd nd ev#026
HX19401.12 CTD 15 9 ISGA 13 7 1446 nd +8 59.6842 -149.4900 221 nd Strom nd 13 7 2246 nd nd ev#027;Inner shelf grid survey
HX19401.13 CTD 16 10 ISGD 13 7 1522 nd +8 59.6490 -149.4526 275 nd Strom nd 13 7 2322 nd nd ev#028
HX19401.14 CTD 17 11 ISGF 13 7 1557 nd +8 59.6079 -149.4163 217 nd Strom nd 13 7 2357 nd nd ev#029
HX19401.15 CTD 18 12 GAK3 13 7 1708 nd +8 59.5534 -149.1890 220 nd Strom nd 14 7 108 nd nd ev#030
HX19401.16 CTD 19 13 GAK2I 13 7 1756 nd +8 59.6261 -149.2599 215 nd Strom nd 14 7 156 nd nd ev#031
HX19401.17 CTD 20 14 ACC2 13 7 1828 nd +8 59.6598 -149.2943 215 nd Strom nd 14 7 228 nd nd ev#032
HX19401.18 CTD 21 15 GAK2 13 7 1856 nd +8 59.6917 -149.3278 227 nd Strom nd 14 7 256 nd nd ev#033
HX19401.19 CTD 22 16 ACC1 13 7 1929 nd +8 59.7290 -149.3605 227 nd Strom nd 14 7 329 nd nd ev#034
HX19401.20 CTD 23 17 GAK1I 13 7 2000 nd +8 59.7662 -149.3987 257 nd Strom nd 14 7 400 nd nd ev#035
HX19401.21 CTD 24 18 ISGC 13 7 2055 nd +8 59.8437 -149.3063 100 nd Strom nd 14 7 455 nd nd ev#036
HX19401.22 CTD 25 19 ISGE 13 7 2123 nd +8 59.8096 -149.2710 106 nd Strom nd 14 7 523 nd nd ev#037
HX19401.23 CTD 26 20 ISGH 13 7 2153 nd +8 59.7690 -149.2364 265 nd Strom nd 14 7 553 nd nd ev#038
HX19401.24 LiveNet 8 20 ISGH 13 7 2214 nd +8 59.7650 -149.2422 265 100 Strom nd 14 7 614 nd nd ev#039
HX19401.25 QUAD150 2 21 ACC1 13 7 2334 nd +8 59.7267 -149.3648 242 100 nd nd 14 7 734 nd nd ev#040
HX19401.26 CTD 27 21 ACC1 13 7 2334 nd +8 59.7252 -149.3658 242 nd nd nd 14 7 734 nd nd ev#041
HX19501.01 MOC 2 21 ACC1 14 7 140 nd +8 59.7295 -149.3550 238 97 Napp nd 14 7 940 nd nd ev#042
HX19501.02 QUAD053 4 21 ACC1 14 7 700 nd +8 59.7270 -149.3645 242 100 Napp nd 14 7 1500 nd nd ev#043;egg ratio study
HX19501.03 QUAD053 5 21 ACC1 14 7 707 nd +8 59.7278 -149.3672 243 100 Napp nd 14 7 1507 nd nd ev#044;egg ratio study
HX19501.04 QUAD053 6 21 ACC1 14 7 718 nd +8 59.7273 -149.3712 245 100 Napp nd 14 7 1518 nd nd ev#045;egg ratio study
HX19501.05 LiveNet 9 21 ACC1 14 7 735 nd +8 59.7251 -149.3659 242 75 Napp nd 14 7 1535 nd nd ev#046
HX19501.06 LiveNet 10 21 ACC1 14 7 740 nd +8 59.7267 -149.3658 245 75 Napp nd 14 7 1540 nd nd ev#047
HX19501.07 CTD 28 22 GAK1 14 7 846 nd +8 59.8443 -149.4666 273 nd Napp nd 14 7 1646 nd nd ev#048
HX19501.08 CTD 29 23 GAK1I 14 7 933 nd +8 59.7665 -149.3966 263 nd Strom nd 14 7 1733 nd nd ev#049
HX19501.09 CTD 30 24 ACC1 14 7 1009 nd +8 59.7272 -149.3616 240 nd Strom nd 14 7 1809 nd nd ev#050
HX19501.10 CTD 31 25 GAK2 14 7 1036 nd +8 59.6924 -149.3257 226 nd Strom nd 14 7 1836 nd nd ev#051
HX19501.11 CTD 32 26 ACC2 14 7 1104 nd +8 59.6588 -149.2955 219 nd Strom nd 14 7 1904 nd nd ev#052
HX19501.12 CTD 33 27 GAK2I 14 7 1134 nd +8 59.6271 -149.2566 212 nd Strom nd 14 7 1934 nd nd ev#053
HX19501.13 CTD 34 28 ACC1 14 7 1233 nd +8 59.7292 -149.3613 241 236 Strom nd 14 7 2033 nd nd ev#054
HX19501.14 CTD 35 28 ACC1 14 7 1328 nd +8 59.7276 -149.3595 241 50 Strom nd 14 7 2128 nd nd ev#055;17m water for fsw
HX19501.15 LiveNet 11 28 ACC1 14 7 1404 nd +8 59.7261 -149.3642 241 75 Napp nd 14 7 2204 nd nd ev#056
HX19501.16 LiveNet 12 28 ACC1 14 7 1416 nd +8 59.7258 -149.3633 241 75 nd nd 14 7 2216 nd nd ev#057
HX19501.17 CTD 36 28 ACC1 14 7 1426 nd +8 59.7264 -149.3609 241 nd Strom nd 14 7 2226 nd nd ev#058
HX19501.18 Neuston 1 28 ACC1 14 7 1841 nd +8 59.7248 -149.3657 242 1 nd nd 15 7 241 nd nd ev#059
HX19501.19 Neuston 2 29 ISNA 14 7 1916 nd +8 59.7548 -149.3068 242 1 nd nd 15 7 316 nd nd ev#060
HX19501.20 Neuston 3 30 ISNB 14 7 1951 nd +8 59.7565 -149.4192 265 1 nd nd 15 7 351 nd nd ev#061
HX19501.21 Neuston 4 31 ISNC 14 7 2024 nd +8 59.6975 -149.4252 168 1 nd nd 15 7 424 nd nd ev#062
HX19501.22 Neuston 5 32 ISND 14 7 2102 nd +8 59.6968 -149.3063 217 1 nd nd 15 7 502 nd nd ev#063
HX19501.23 Neuston 6 33 ISNB 14 7 2155 nd +8 59.7562 -149.4208 265 1 nd nd 15 7 555 nd nd ev#064
HX19501.24 QUAD150 3 34 ISC 14 7 2334 nd +8 59.7268 -149.3603 241 100 nd nd 15 7 734 nd nd ev#065
HX19601.01 CTD 37 35 ACC1 15 7 17 nd +8 59.7257 -149.3533 240 nd Napp nd 15 7 817 nd nd ev#066
HX19601.02 MOC 3 35 ACC1 15 7 44 nd +8 59.7152 -149.3492 240 100 Napp nd 15 7 844 nd nd ev#067
HX19601.03 CTD 38 36 GAK3 15 7 214 nd +8 59.5521 -149.1874 212 nd Strom nd 15 7 1014 nd nd ev#068
HX19601.04 CTD 39 37 GAK3I 15 7 nd nd +8 59.5522 -149.1875 212 nd nd nd 15 7 nd nd nd ev#068;Aborted
HX19601.05 CTD 40 37 GAK3I 15 7 256 nd +8 59.4806 -149.1181 203 nd Strom nd 15 7 1056 nd nd ev#069
HX19601.06 CTD 41 38 GAK4 15 7 341 nd +8 59.4072 -149.0487 189 nd Strom nd 15 7 1141 nd nd ev#070
HX19601.07 CTD 42 39 GAK4I 15 7 424 nd +8 59.3341 -148.9772 195 nd Strom nd 15 7 1224 nd nd ev#071
HX19601.08 CTD 43 40 GAK5 15 7 506 nd +8 59.2610 -148.9074 166 nd Strom nd 15 7 1306 nd nd ev#072
HX19601.09 CTD 44 41 GAK5I 15 7 548 nd +8 59.1905 -148.8372 166 nd Strom nd 15 7 1348 nd nd ev#073
HX19601.10 CTD 45 42 GAK6I 15 7 713 nd +8 59.0460 -148.7001 189 nd Strom nd 15 7 1513 nd nd ev#074
HX19601.11 CTD 46 43 GAK7 15 7 759 nd +8 58.9731 -148.6288 241 nd Strom nd 15 7 1559 nd nd ev#075;CONSECUTIVE CTD #46
HX19601.12 LiveNet 13 44 GAK6 15 7 905 nd +8 59.1170 -148.7710 150 75 nd nd 15 7 1705 nd nd ev#076
HX19601.13 LiveNet 14 44 GAK6 15 7 905 nd +8 59.1190 -148.7698 150 75 nd nd 15 7 1705 nd nd ev#077
HX19601.14 CTD 47 44 GAK6 15 7 935 nd +8 59.1175 -148.7680 150 50 Strom nd 15 7 1735 nd nd ev#078;5m water for fsw
HX19601.15 CTD 48 44 GAK6 15 7 1056 nd +8 59.1191 -148.7661 150 50 Strom nd 15 7 1856 nd nd ev#079;5m for expt. #5
HX19601.16 CTD 49 44 GAK6 15 7 1233 nd +8 59.1170 -148.7706 150 nd Strom nd 15 7 2033 nd nd ev#080
HX19601.17 CTD 50 44 GAK6 15 7 1326 nd +8 59.1150 -148.7728 150 50 Strom nd 15 7 2126 nd nd ev#081
HX19601.18 CTD 51 45 GAK7 15 7 1439 nd +8 58.9711 -148.6331 241 nd Strom nd 15 7 2239 nd nd ev#082
HX19601.19 CTD 52 46 GAK7I 15 7 1536 nd +8 58.8817 -148.5611 303 nd Strom nd 15 7 2336 nd nd ev#083
HX19601.20 CTD 53 47 GAK8 15 7 1633 nd +8 58.7924 -148.4897 290 nd Strom nd 16 7 33 nd nd ev#084
HX19601.21 CTD 54 48 GAK8I 15 7 1716 nd +8 58.7437 -148.4195 292 nd Strom nd 16 7 116 nd nd ev#085
HX19601.22 CTD 55 49 GAK9 15 7 1804 nd +8 58.6760 -148.3527 275 nd Strom nd 16 7 204 nd nd ev#086
HX19601.23 CTD 56 50 GAK9I 15 7 1848 nd +8 58.6120 -148.2785 669 nd nd nd 16 7 248 nd nd ev#087
HX19601.24 LiveNet 15 51 GAK6I 15 7 2159 nd +8 59.0219 -148.6752 228 100 Strom nd 16 7 559 nd nd ev#088
HX19701.01 QUAD150 4 52 GAK6 16 7 13 nd +8 59.1192 -148.7708 148 100 Strom nd 16 7 813 nd nd ev#089
HX19701.02 CTD 57 52 GAK6 16 7 18 nd +8 59.1195 -148.7688 148 nd Strom nd 16 7 818 nd nd ev#090
HX19701.03 MOC 4 52 GAK6 16 7 32 nd +8 59.1792 -148.6919 148 96 Strom nd 16 7 832 nd nd ev#091
HX19701.04 QUAD053 7 52 GAK6 16 7 658 nd +8 59.1171 -148.7728 148 100 Napp nd 16 7 1458 nd nd ev#092;egg ratio study
HX19701.05 QUAD053 8 52 GAK6 16 7 708 nd +8 59.1172 -148.7728 148 100 Napp nd 16 7 1508 nd nd ev#093;egg ratio study
HX19701.06 QUAD053 9 52 GAK6 16 7 719 nd +8 59.1177 -148.7768 148 100 Napp nd 16 7 1519 nd nd ev#094;egg ratio study
HX19701.07 LiveNet 16 52 GAK6 16 7 800 nd +8 59.1147 -148.7756 148 75 Napp nd 16 7 1600 nd nd ev#095
HX19701.08 LiveNet 17 52 GAK6 16 7 809 nd +8 59.1160 -148.7795 148 75 Dagg nd 16 7 1609 nd nd ev#096
HX19701.09 LiveNet 18 52 GAK6 16 7 822 nd +8 59.1175 -148.7843 148 100 Dagg nd 16 7 1622 nd nd ev#097
HX19701.10 CTD 58 52 GAK6 16 7 855 nd +8 59.1186 -148.7710 145 50 Strom nd 16 7 1655 nd nd ev#098
HX19701.11 LiveNet 19 52 GAK6 16 7 904 nd +8 59.1201 -148.7730 145 110 Dagg nd 16 7 1704 nd nd ev#099
HX19701.12 CTD10 59 52 GAK6 16 7 1007 nd +8 59.1199 -148.7716 145 nd Strom nd 16 7 1807 nd nd ev#100;10 L rosette CTD.
HX19701.13 CTD 60 52 GAK6 16 7 1307 nd +8 59.1163 -148.7701 148 nd Strom nd 16 7 2107 nd nd ev#101
HX19701.14 Neuston 7 52 GAK6 16 7 1330 nd +8 59.1165 -148.7710 148 1 Napp nd 16 7 2130 nd nd ev#102
HX19701.15 CTD 61 53 MSGA 16 7 1435 nd +8 59.1512 -148.9961 164 nd Strom nd 16 7 2235 nd nd ev#103
HX19701.16 Neuston 8 53 MSGA 16 7 1455 nd +8 59.1491 -148.9939 164 1 Napp nd 16 7 2255 nd nd ev#104
HX19701.17 CTD 62 54 MSGD 16 7 1535 nd +8 59.0763 -148.9262 150 nd Strom nd 16 7 2335 nd nd ev#105
HX19701.18 Neuston 9 54 MSGD 16 7 1548 nd +8 59.0759 -148.9256 150 1 Napp nd 16 7 2348 nd nd ev#106
HX19701.19 CTD 63 55 MSGF 16 7 1634 nd +8 59.0039 -148.8582 215 nd Strom nd 17 7 34 nd nd ev#107
HX19701.20 Neuston 10 55 MSGF 16 7 1649 nd +8 59.0051 -148.8623 215 1 Napp nd 17 7 49 nd nd ev#108
HX19701.21 CTD 64 56 GAK6I 16 7 1747 nd +8 59.0448 -148.7003 192 nd Strom nd 17 7 147 nd nd ev#109
HX19701.22 Neuston 11 56 GAK6I 16 7 1810 nd +8 59.0465 -148.6968 192 1 Napp nd 17 7 210 nd nd ev#110
HX19701.23 CTD 65 57 MSGH 16 7 1854 nd +8 59.0841 -148.5430 210 nd Strom nd 17 7 254 nd nd ev#111
HX19701.24 Neuston 12 57 MSGH 16 7 1906 nd +8 59.0841 -148.5437 210 1 Napp nd 17 7 306 nd nd ev#112
HX19701.25 CTD 66 58 MSGE 16 7 1954 nd +8 59.1564 -148.6131 145 nd Strom nd 17 7 354 nd nd ev#113
HX19701.26 Neuston 13 58 MSGE 16 7 2008 nd +8 59.1580 -148.6125 145 1 Napp nd 17 7 408 nd nd ev#114
HX19701.27 CTD 67 59 MSGC 16 7 2054 nd +8 59.2293 -148.6826 127 nd Napp nd 17 7 454 nd nd ev#115
HX19701.28 Neuston 14 59 MSGC 16 7 2107 nd +8 59.2312 -148.6860 127 1 Napp nd 17 7 507 nd nd ev#116
HX19701.29 CTD 68 60 GAK5I 16 7 2158 nd +8 59.1898 -148.8402 170 nd Napp nd 17 7 558 nd nd ev#117
HX19701.30 Neuston 15 60 GAK5I 16 7 2224 nd +8 59.1857 -148.8295 170 1 Napp nd 17 7 624 nd nd ev#118
HX19801.01 QUAD150 5 61 GAK6 17 7 3 nd +8 59.1140 -148.7653 150 100 nd nd 17 7 803 nd nd ev#119
HX19801.02 CTD 69 61 GAK6 17 7 9 nd +8 59.1135 -148.7631 151 nd Napp nd 17 7 809 nd nd ev#120
HX19801.03 MOC 5 61 GAK6 17 7 30 nd +8 59.1090 -148.7627 151 94 Napp nd 17 7 830 nd nd ev#121
HX19801.04 QUAD053 10 61 GAK6 17 7 704 nd +8 59.1166 -148.7707 147 100 Napp nd 17 7 1504 nd nd ev#122;egg ratio study
HX19801.05 QUAD053 11 61 GAK6 17 7 714 nd +8 59.1154 -148.7679 147 100 Napp nd 17 7 1514 nd nd ev#123;egg ratio study
HX19801.06 QUAD053 12 61 GAK6 17 7 724 nd +8 59.1141 -148.7666 147 100 Napp nd 17 7 1524 nd nd ev#124;egg ratio study
HX19801.07 LiveNet 20 61 GAK6 17 7 754 nd +8 59.1170 -148.7709 149 75 Napp nd 17 7 1554 nd nd ev#125
HX19801.08 LiveNet 21 61 GAK6 17 7 808 nd +8 59.1149 -148.7680 149 75 Napp nd 17 7 1608 nd nd ev#126
HX19801.09 CTD 70 61 GAK6 17 7 814 nd +8 59.1141 -148.7667 150 50 Strom nd 17 7 1614 nd nd ev#127
HX19801.10 CTD10 71 61 GAK6 17 7 939 nd +8 59.1161 -148.7690 150 50 Strom nd 17 7 1739 nd nd ev#128;10 L rosette CTD.
HX19801.11 CTD 72 61 GAK6 17 7 1023 nd +8 59.1155 -148.7704 150 50 Strom nd 17 7 1823 nd nd ev#129
HX19801.12 CTD 73 61 GAK6 17 7 1348 nd +8 59.1154 -148.7760 150 50 Strom nd 17 7 2148 nd nd ev#130
HX19801.13 CTD 74 61 GAK6 17 7 1457 nd +8 59.1160 -148.7702 150 50 Strom nd 17 7 2257 nd nd ev#131
HX19801.14 LiveNet 22 61 GAK6 17 7 2203 nd +8 59.1171 -148.7718 nd 100 Dagg nd 18 7 603 nd nd ev#132
HX19901.01 QUAD150 6 61 GAK6 18 7 5 nd +8 59.1172 -148.7706 150 100 Napp nd 18 7 805 nd nd ev#133
HX19901.02 CTD 75 61 GAK6 18 7 12 nd +8 59.1185 -148.7711 150 nd Strom nd 18 7 812 nd nd ev#134
HX19901.03 MOC 6 61 GAK6 18 7 39 nd +8 59.1145 -148.7752 150 93 Napp nd 18 7 839 nd nd ev#135
HX19901.04 CTD 76 62 GAK9 18 7 410 nd +8 58.6790 -148.3487 270 nd Strom nd 18 7 1210 nd nd ev#136
HX19901.05 CTD 77 63 GAK9I 18 7 521 nd +8 58.6118 -148.2776 670 nd Strom nd 18 7 1321 nd nd ev#137
HX19901.06 CTD 78 64 GAK10 18 7 555 nd +8 58.5406 -148.2090 1478 nd Strom nd 18 7 1355 nd nd ev#138
HX19901.07 QUAD053 13 64 GAK10 18 7 704 nd +8 58.5413 -148.2116 1478 100 Napp nd 18 7 1504 nd nd ev#139;egg ratio study
HX19901.08 QUAD053 14 64 GAK10 18 7 715 nd +8 58.5406 -148.2120 1478 100 Napp nd 18 7 1515 nd nd ev#140;egg ratio study
HX19901.09 QUAD053 15 64 GAK10 18 7 724 nd +8 58.5408 -148.2097 1478 100 Napp nd 18 7 1524 nd nd ev#141;egg ratio study
HX19901.10 CTD 79 65 GAK11 18 7 843 nd +8 58.3888 -148.0695 1429 nd Strom nd 18 7 1643 nd nd ev#142
HX19901.11 CTD 80 66 GAK12 18 7 1050 nd +8 58.2439 -147.9324 2174 nd Strom nd 18 7 1850 nd nd ev#143
HX19901.12 CTD 81 67 GAK10 18 7 1348 nd +8 58.5426 -148.2105 1475 nd Strom nd 18 7 2148 nd nd ev#144
HX19901.13 LiveNet 23 67 GAK10 18 7 1411 nd +8 58.5454 -148.2044 1475 nd Napp nd 18 7 2211 nd nd ev#145
HX19901.14 LiveNet 24 67 GAK10 18 7 1419 nd +8 58.5463 -148.2032 1475 nd Napp nd 18 7 2219 nd nd ev#146
HX19901.15 LiveNet 25 67 GAK10 18 7 1428 nd +8 58.5477 -148.2019 1475 nd Napp nd 18 7 2228 nd nd ev#147
HX19901.16 CTD 82 67 GAK10 18 7 1502 nd +8 58.5417 -148.2112 1475 nd Strom nd 18 7 2302 nd nd ev#148
HX19901.17 CTD 83 67 GAK10 18 7 1559 nd +8 58.5416 -148.2115 1467 nd Strom nd 18 7 2359 nd nd ev#149
HX19901.18 CTD 84 68 GAK13 18 7 1907 nd +8 58.0973 -147.7922 2090 nd Strom nd 19 7 307 nd nd ev#150
HX19901.19 LiveNet 26 69 GAK10 18 7 2259 nd +8 58.5407 -148.2118 nd 100 nd nd 19 7 659 nd nd ev#151
HX20001.01 QUAD150 7 69 GAK10 19 7 9 nd +8 58.5426 -148.2112 1477 100 Strom nd 19 7 809 nd nd ev#152
HX20001.02 CTD 85 69 GAK10 19 7 16 nd +8 58.5445 -148.2101 1477 nd Strom nd 19 7 816 nd nd ev#153
HX20001.03 MOC 7 69 GAK10 19 7 45 nd +8 58.5409 -148.2097 1477 93 Strom nd 19 7 845 nd nd ev#154
HX20001.04 CTD 86 69 GAK10 19 7 125 nd +8 58.5403 -148.2102 1477 nd Strom nd 19 7 925 nd nd ev#155
HX20001.05 QUAD053 16 69 GAK10 19 7 706 nd +8 58.5415 -148.2135 1463 100 Napp nd 19 7 1506 nd nd ev#156;egg ratio study
HX20001.06 QUAD053 17 69 GAK10 19 7 717 nd +8 58.5436 -148.2113 1463 100 Napp nd 19 7 1517 nd nd ev#157;egg ratio study
HX20001.07 QUAD053 18 69 GAK10 19 7 727 nd +8 58.5456 -148.2092 1463 100 Napp nd 19 7 1527 nd nd ev#158;egg ratio study
HX20001.08 LiveNet 27 69 GAK10 19 7 804 nd +8 58.5414 -148.2103 1463 75 Napp nd 19 7 1604 nd nd ev#159
HX20001.09 LiveNet 28 69 GAK10 19 7 815 nd +8 58.5440 -148.2082 1463 75 Napp nd 19 7 1615 nd nd ev#160
HX20001.10 LiveNet 29 69 GAK10 19 7 825 nd +8 58.5448 -148.2074 1463 75 Napp nd 19 7 1625 nd nd ev#161
HX20001.11 CTD 87 69 GAK10 19 7 838 nd +8 58.5421 -148.2088 1463 nd Strom nd 19 7 1638 nd nd ev#162
HX20001.12 CTD10 88 69 GAK10 19 7 954 nd +8 58.5415 -148.2053 1463 nd Strom nd 19 7 1754 nd nd ev#163;10 L rosette CTD.
HX20001.13 CTD 89 69 GAK10 19 7 1157 nd +8 58.5444 -148.2116 1463 300 Strom nd 19 7 1957 nd nd ev#164
HX20001.14 CTD 90 69 GAK10 19 7 1235 nd +8 58.5441 -148.2107 1463 50 Strom nd 19 7 2035 nd nd ev#165
HX20001.15 CTD 91 70 OSGA 19 7 1342 nd +8 58.5927 -148.4375 235 nd Strom nd 19 7 2142 nd nd ev#166
HX20001.16 CTD 92 71 OSGD 19 7 1442 nd +8 58.5063 -148.3674 621 nd Strom nd 19 7 2242 nd nd ev#167
HX20001.17 CTD 93 72 OSGF 19 7 1546 nd +8 58.4292 -148.2984 1347 nd Strom nd 19 7 2346 nd nd ev#168
HX20001.18 CTD 94 73 OSGG 19 7 1640 nd +8 58.4659 -148.1402 1830 nd Strom nd 20 7 40 nd nd ev#169
HX20001.19 CTD 95 74 OSGH 19 7 1730 nd +8 58.5009 -147.9823 2140 nd Strom nd 20 7 130 nd nd ev#170
HX20001.20 CTD 96 75 OSGE 19 7 1822 nd +8 58.5776 -148.0514 1818 nd Strom nd 20 7 222 nd nd ev#171
HX20001.21 CTD 97 76 OSGC 19 7 1915 nd +8 58.6654 -148.1192 787 nd Strom nd 20 7 315 nd nd ev#172
HX20001.22 CTD 98 76 OSGC 19 7 1927 nd +8 58.6679 -148.1195 787 nd Strom nd 20 7 327 nd nd ev#173
HX20001.23 LiveNet 30 77 OSC 19 7 2300 nd +8 58.5413 -148.2088 nd 100 nd nd 20 7 700 nd nd ev#174
HX20101.01 QUAD150 8 78 GAK10 20 7 0 nd +8 58.5420 -148.2125 1457 100 nd nd 20 7 800 nd nd ev#175
HX20101.02 CTD 99 78 GAK10 20 7 27 nd +8 58.5440 -148.2091 1477 nd Strom nd 20 7 827 nd nd ev#176
HX20101.03 MOC 8 78 GAK10 20 7 49 nd +8 58.5417 -148.2095 1477 93 Strom nd 20 7 849 nd nd ev#177
HX20101.04 CTD 100 78 GAK10 20 7 144 nd +8 58.5414 -148.2104 1477 nd Strom nd 20 7 944 nd nd ev#178
HX20101.05 QUAD053 19 78 GAK10 20 7 713 nd +8 58.5420 -148.2120 1458 100 Napp nd 20 7 1513 nd nd ev#179;egg ratio study
HX20101.06 QUAD053 20 78 GAK10 20 7 723 nd +8 58.5432 -148.2081 1458 100 Napp nd 20 7 1523 nd nd ev#180;egg ratio study
HX20101.07 QUAD053 21 78 GAK10 20 7 732 nd +8 58.5440 -148.2056 1458 100 Napp nd 20 7 1532 nd nd ev#181;egg ratio study
HX20101.08 LiveNet 31 78 GAK10 20 7 807 nd +8 58.5414 -148.2133 1458 nd Napp nd 20 7 1607 nd nd ev#182
HX20101.09 LiveNet 32 78 GAK10 20 7 818 nd +8 58.5429 -148.2088 1458 nd Napp nd 20 7 1618 nd nd ev#183
HX20101.10 CTD 101 78 GAK10 20 7 842 nd +8 58.5415 -148.2103 1458 50 Strom nd 20 7 1642 nd nd ev#184
HX20101.11 CTD 102 78 GAK10 20 7 1357 nd +8 58.5410 -148.2119 1458 300 Strom nd 20 7 2157 nd nd ev#185
HX20101.12 LiveNet 33 78 GAK10 20 7 1423 nd +8 58.5440 -148.2129 1461 75 Napp nd 20 7 2223 nd nd ev#186
HX20101.13 LiveNet 34 78 GAK10 20 7 1432 nd +8 58.5449 -148.2113 1461 75 Dagg nd 20 7 2232 nd nd ev#187
HX20101.14 CTD 103 78 GAK10 20 7 1501 nd +8 58.5395 -148.2139 1469 50 Strom nd 20 7 2301 nd nd ev#188
HX20101.15 CTD10 104 78 GAK10 20 7 1615 nd +8 58.5411 -148.2094 1476 50 Strom nd 21 7 15 nd nd ev#189;10 L rosette CTD.
HX20101.16 CTD 105 78 GAK10 20 7 1644 nd +8 58.5436 -148.2097 1476 nd Strom nd 21 7 44 nd nd ev#190
HX20101.17 CTD 106 78 GAK10 20 7 2259 nd +8 58.5429 -148.2126 1476 1500 Strom nd 21 7 659 nd nd ev#191
HX20201.01 QUAD150 9 78 GAK10 21 7 12 nd +8 58.5411 -148.2108 1476 100 Strom nd 21 7 812 nd nd ev#192
HX20201.02 MOC 9 78 GAK10 21 7 22 nd +8 58.5400 -148.2105 1471 95 nd nd 21 7 822 nd nd ev#193
HX20201.03 CTD 107 79 CF15 21 7 701 nd +8 59.4494 -148.8669 180 nd Strom nd 21 7 1501 nd nd ev#194
HX20201.04 CTD 108 80 CF14 21 7 730 nd +8 59.4829 -148.8678 168 nd Strom nd 21 7 1530 nd nd ev#195
HX20201.05 CTD 109 81 CF13 21 7 758 nd +8 59.5160 -148.8683 174 nd Strom nd 21 7 1558 nd nd ev#196
HX20201.06 CTD 110 82 CF12 21 7 826 nd +8 59.5505 -148.8695 182 nd Strom nd 21 7 1626 nd nd ev#197
HX20201.07 CTD 111 83 CF11 21 7 854 nd +8 59.5831 -148.8694 175 nd Strom nd 21 7 1654 nd nd ev#198
HX20201.08 CTD 112 84 CF10 21 7 918 nd +8 59.6163 -148.8699 173 nd Strom nd 21 7 1718 nd nd ev#199
HX20201.09 CTD 113 85 CF9 21 7 947 nd +8 59.6497 -148.8699 175 nd Strom nd 21 7 1747 nd nd ev#200
HX20201.10 CTD 114 86 CF8 21 7 1013 nd +8 59.6830 -148.8703 178 nd Strom nd 21 7 1813 nd nd ev#201
HX20201.11 CTD 115 87 CF7 21 7 1041 nd +8 59.7177 -148.8700 180 nd Strom nd 21 7 1841 nd nd ev#202
HX20201.12 CTD 116 88 CF6 21 7 1109 nd +8 59.7504 -148.8661 188 nd Strom nd 21 7 1909 nd nd ev#203
HX20201.13 CTD 117 89 CF5 21 7 1134 nd +8 59.7834 -148.8688 191 nd Strom nd 21 7 1934 nd nd ev#204
HX20201.14 CTD 118 90 CF4 21 7 1203 nd +8 59.8165 -148.8668 184 nd Strom nd 21 7 2003 nd nd ev#205
HX20201.15 CTD 119 91 CF3 21 7 1227 nd +8 59.8500 -148.8676 160 nd Strom nd 21 7 2027 nd nd ev#206
HX20201.16 CTD 120 92 CF2 21 7 1254 nd +8 59.8834 -148.8679 113 nd Strom nd 21 7 2054 nd nd ev#207
HX20201.17 CTD 121 93 CF1 21 7 1311 nd +8 59.9081 -148.8654 88 nd Strom nd 21 7 2111 nd nd ev#208
HX20201.18 LiveNet 35 94 PWS2 21 7 2305 nd +8 60.5339 -147.8024 742 nd Napp nd 22 7 705 nd nd ev#209
HX20201.19 QUAD150 10 94 PWS2 21 7 2358 nd +8 60.5317 -147.7995 711 100 nd nd 22 7 758 nd nd ev#210
HX20301.01 CTD 122 94 PWS2 22 7 5 nd +8 60.5101 -147.8396 742 nd Napp nd 22 7 805 nd nd ev#211
HX20301.02 MOC 10 94 PWS2 22 7 24 nd +8 60.5118 -147.8369 742 97 Napp nd 22 7 824 nd nd ev#212
HX20301.03 QUAD053 22 94 PWS2 22 7 705 nd +8 60.5339 -147.8049 733 100 Napp nd 22 7 1505 nd nd ev#213;Wrong flowmeter read by BCR
HX20301.04 QUAD053 23 94 PWS2 22 7 713 nd +8 60.5335 -147.8071 733 100 Napp nd 22 7 1513 nd nd ev#214;egg ratio study
HX20301.05 QUAD053 24 94 PWS2 22 7 723 nd +8 60.5332 -147.8092 733 100 Napp nd 22 7 1523 nd nd ev#215;egg ratio study
HX20301.06 QUAD053 25 94 PWS2 22 7 735 nd +8 60.5329 -147.8116 733 100 Napp nd 22 7 1535 nd nd ev#216;egg ratio study
HX20301.07 LiveNet 36 94 PWS2 22 7 801 nd +8 60.5327 -147.8179 733 75 Napp nd 22 7 1601 nd nd ev#217
HX20301.08 LiveNet 37 94 PWS2 22 7 813 nd +8 60.5326 -147.8206 733 75 Napp nd 22 7 1613 nd nd ev#218
HX20301.09 CTD 123 94 PWS2 22 7 839 nd +8 60.5362 -147.8058 733 50 Strom nd 22 7 1639 nd nd ev#219
HX20301.10 CTD10 124 94 PWS2 22 7 946 nd +8 60.5348 -147.8055 733 50 Strom nd 22 7 1746 nd nd ev#220;10 L rosette CTD.
HX20301.11 CTD 125 94 PWS2 22 7 1158 nd +8 60.5342 -147.8050 733 nd Strom nd 22 7 1958 nd nd ev#221
HX20301.12 CTD 126 94 PWS2 22 7 1256 nd +8 60.5350 -147.8049 733 nd Strom nd 22 7 2056 nd nd ev#222
HX20301.13 Neuston 16 94 PWS2 22 7 1314 nd +8 60.5366 -147.8037 733 1 Napp nd 22 7 2114 nd nd ev#223
HX20301.14 CTD 127 95 PWSGA 22 7 1350 nd +8 60.5958 -147.8285 324 300 Strom nd 22 7 2150 nd nd ev#224
HX20301.15 Neuston 17 95 PWSGA 22 7 1414 nd +8 60.5943 -147.8386 324 1 Napp nd 22 7 2214 nd nd ev#225
HX20301.16 CTD 128 96 PWSGD 22 7 1448 nd +8 60.5504 -147.8737 504 300 Strom nd 22 7 2248 nd nd ev#226
HX20301.17 Neuston 18 96 PWSGD 22 7 1510 nd +8 60.5493 -147.8813 504 1 Napp nd 22 7 2310 nd nd ev#227
HX20301.18 CTD 129 97 PWSGF 22 7 1547 nd +8 60.4990 -147.8316 521 300 Strom nd 22 7 2347 nd nd ev#228
HX20301.19 Neuston 19 97 PWSGF 22 7 1629 nd +8 60.4984 -147.8319 521 1 Napp nd 23 7 29 nd nd ev#229
HX20301.20 CTD 130 98 PWSGG 22 7 1632 nd +8 60.4910 -147.7936 224 300 Strom nd 23 7 32 nd nd ev#230
HX20301.21 Neuston 20 98 PWSGG 22 7 1649 nd +8 60.4913 -147.8040 224 1 Napp nd 23 7 49 nd nd ev#231
HX20301.22 CTD 131 99 PWSGH 22 7 1726 nd +8 60.4411 -147.8848 342 300 Strom nd 23 7 126 nd nd ev#232
HX20301.23 Neuston 21 99 PWSGH 22 7 1747 nd +8 60.4379 -147.8867 342 1 Strom nd 23 7 147 nd nd ev#233
HX20301.24 CTD 132 100 PWSGE 22 7 1830 nd +8 60.5138 -147.9003 211 300 Strom nd 23 7 230 nd nd ev#234
HX20301.25 Neuston 22 100 PWSGE 22 7 1856 nd +8 60.5099 -147.8939 230 1 Strom nd 23 7 256 nd nd ev#235
HX20301.26 CTD 133 101 PWSGC 22 7 1943 nd +8 60.5625 -147.6800 700 300 Strom nd 23 7 343 nd nd ev#236
HX20301.27 Neuston 23 101 PWSGC 22 7 2004 nd +8 60.5622 -147.6834 700 1 Strom nd 23 7 404 nd nd ev#237
HX20301.28 CTD 134 102 PWSGB 22 7 2035 nd +8 60.5809 -147.7631 759 300 Strom nd 23 7 435 nd nd ev#238
HX20301.29 Neuston 24 102 PWSGB 22 7 2056 nd +8 60.5812 -147.7757 759 1 Strom nd 23 7 456 nd nd ev#239
HX20301.30 LiveNet 38 103 PWS2 22 7 2300 nd +8 60.5341 -147.8124 759 100 Strom nd 23 7 700 nd nd ev#240
HX20301.31 QUAD150 11 103 PWS2 22 7 2359 nd +8 60.5342 -147.8138 733 100 Strom nd 23 7 759 nd nd ev#241
HX20401.01 CTD 135 103 PWS2 23 7 8 nd +8 60.5342 -147.8116 733 300 Strom nd 23 7 808 nd nd ev#242
HX20401.02 MOC 11 103 PWS2 23 7 32 nd +8 60.5371 -147.8023 733 94 Napp nd 23 7 832 nd nd ev#243
HX20401.03 LiveNet 39 103 PWS2 23 7 55 nd +8 60.5400 -147.7787 711 nd nd nd 23 7 855 nd nd ev#244
HX20401.04 CTD 136 104 PWS3 23 7 156 nd +8 60.6555 -147.6776 750 nd Napp nd 23 7 956 nd nd ev#245
HX20401.05 CTD 137 105 KIP1 23 7 446 nd +8 60.2807 -148.0109 564 nd Napp nd 23 7 1246 nd nd ev#246
HX20401.06 CTD 138 106 PWS1 23 7 542 nd +8 60.3796 -147.9380 353 nd Napp nd 23 7 1342 nd nd ev#247
HX20401.07 LiveNet 40 107 PWS2 23 7 805 nd +8 60.5344 -147.8038 735 75 Napp nd 23 7 1605 nd nd ev#248
HX20401.08 CTD 139 107 PWS2 23 7 1328 nd +8 60.5351 -147.8053 735 300 Napp nd 23 7 2128 nd nd ev#249
HX20401.09 LiveNet 41 107 PWS2 23 7 1358 nd +8 60.5352 -147.8056 735 125 Dagg nd 23 7 2158 nd nd ev#250
HX20401.10 LiveNet 42 107 PWS2 23 7 1410 nd +8 60.5337 -147.8024 735 100 Napp nd 23 7 2210 nd nd ev#251
HX20401.11 LiveNet 43 107 PWS2 23 7 1444 nd +8 60.5320 -147.8004 735 150 Dagg nd 23 7 2244 nd nd ev#252
HX20401.12 CTD 140 107 PWS2 23 7 1503 nd +8 60.5333 -147.8017 735 50 Strom nd 23 7 2303 nd nd ev#253
HX20401.13 CTD10 141 107 PWS2 23 7 1545 nd +8 60.5361 -147.8050 735 50 Strom nd 23 7 2345 nd nd ev#254;10 L rosette CTD.
HX20401.14 MOC 12 107 PWS2 23 7 1920 nd +8 60.5397 -147.7832 735 494 Napp nd 24 7 320 nd nd ev#255
HX20401.15 LiveNet 44 107 PWS2 23 7 2306 nd +8 60.5347 -147.8067 735 100 Napp nd 24 7 706 nd nd ev#256
HX20501.01 QUAD150 12 107 PWS2 24 7 0 nd +8 60.5350 -147.7982 735 100 Napp nd 24 7 800 nd nd ev#257
HX20501.02 CTD 142 107 PWS2 24 7 8 nd +8 60.5350 -147.7983 735 300 Napp nd 24 7 808 nd nd ev#258
HX20501.03 MOC 13 107 PWS2 24 7 233 nd +8 60.5254 -147.8198 735 292 Napp nd 24 7 1033 nd nd ev#259
HX20501.04 QUAD053 26 107 PWS2 24 7 703 nd +8 60.5357 -147.8017 735 100 Napp nd 24 7 1503 nd nd ev#262;egg ratio study
HX20501.05 QUAD053 27 107 PWS2 24 7 713 nd +8 60.5343 -147.8006 735 100 Napp nd 24 7 1513 nd nd ev#263;egg ratio study
HX20501.06 QUAD053 28 107 PWS2 24 7 723 nd +8 60.5329 -147.7996 735 100 Napp nd 24 7 1523 nd nd ev#264;egg ratio study
HX20501.07 LiveNet 45 107 PWS2 24 7 805 nd +8 60.5345 -147.8020 735 nd Napp nd 24 7 1605 nd nd ev#265
HX20501.08 LiveNet 46 107 PWS2 24 7 814 nd +8 60.5334 -147.8000 735 nd Napp nd 24 7 1614 nd nd ev#266
HX20501.09 CTD 143 107 PWS2 24 7 837 nd +8 60.5341 -147.8047 735 50 Strom nd 24 7 1637 nd nd ev#267
HX20501.10 CTD 144 107 PWS2 24 7 936 nd +8 60.5337 -147.8056 735 50 Strom nd 24 7 1736 nd nd ev#268
HX20501.11 CTD 145 107 PWS2 24 7 1104 nd +8 60.5371 -147.8036 735 50 Strom nd 24 7 1904 nd nd ev#269
HX20501.12 CTD 146 107 PWS2 24 7 1301 nd +8 60.5379 -147.8017 733 nd Strom nd 24 7 2101 nd nd ev#270
HX20501.13 CTD 147 108 HB1 24 7 1618 nd +8 60.1933 -147.7001 246 246 Napp nd 25 7 18 nd nd ev#271
HX20501.14 CTD 148 109 HB2 24 7 1649 nd +8 60.1788 -147.6411 246 246 Napp nd 25 7 49 nd nd ev#272
HX20501.15 CTD 149 110 HB3 24 7 1708 nd +8 60.1661 -147.5853 84 84 Napp nd 25 7 108 nd nd ev#273
HX20501.16 CTD 150 111 HB4 24 7 1736 nd +8 60.1485 -147.5020 107 107 Napp nd 25 7 136 nd nd ev#274
HX20501.17 CTD 151 112 HB5 24 7 1757 nd +8 60.1334 -147.4469 40 40 Napp nd 25 7 157 nd nd ev#275
HX20501.18 CTD 152 113 MS1 24 7 2000 nd +8 59.9507 -147.9231 170 170 Napp nd 25 7 400 nd nd ev#276
HX20501.19 CTD 153 114 MS2 24 7 2009 nd +8 59.9426 -147.8951 193 nd Napp nd 25 7 409 nd nd ev#277
HX20501.20 CTD 154 115 MS3 24 7 2030 nd +8 59.9308 -147.8573 164 nd Napp nd 25 7 430 nd nd ev#278
HX20501.21 CTD 155 116 MS4 24 7 2050 nd +8 59.9170 -147.8338 112 nd Napp nd 25 7 450 nd nd ev#279
HX20601.01 CTD 156 117 GAK3 25 7 201 nd +8 59.5520 -149.1884 210 nd Napp nd 25 7 1001 nd nd ev#280
HX20601.02 CTD 157 118 GAK2I 25 7 248 nd +8 59.6262 -149.2602 213 nd Napp nd 25 7 1048 nd nd ev#281
HX20601.03 CTD 158 119 ACC2 25 7 319 nd +8 59.6590 -149.2943 219 nd Napp nd 25 7 1119 nd nd ev#282
HX20601.04 CTD 159 120 GAK2 25 7 347 nd +8 59.6915 -149.3288 225 nd Napp nd 25 7 1147 nd nd ev#283
HX20601.05 CTD 160 121 ACC1 25 7 418 nd +8 59.7287 -149.3631 240 nd Napp nd 25 7 1218 nd nd ev#284
HX20601.06 CTD 161 122 GAK1I 25 7 449 nd +8 59.7668 -149.3974 258 nd Napp nd 25 7 1249 nd nd ev#285
HX20601.07 CTD 162 123 GAK1 25 7 536 nd +8 59.8453 -149.4672 271 nd Napp nd 25 7 1336 nd nd ev#286
HX20601.08 LiveNet 47 124 ACC1 25 7 805 nd +8 59.7282 -149.3625 245 nd Napp nd 25 7 1605 nd nd ev#287
HX20601.09 LiveNet 48 124 ACC1 25 7 821 nd +8 59.7265 -149.3687 245 nd Dagg nd 25 7 1621 nd nd ev#288
HX20601.10 CTD 163 124 ACC1 25 7 835 nd +8 59.7301 -149.3666 245 50 Strom nd 25 7 1635 nd nd ev#289;3 m FSW
HX20601.11 CTD10 164 124 ACC1 25 7 933 nd +8 59.7296 -149.3642 242 50 Strom nd 25 7 1733 nd nd ev#290;10L rosette CTD. 3 m exp wtr.
HX20601.12 QUAD053 29 124 ACC1 25 7 1112 nd +8 59.7279 -149.3630 242 100 Napp nd 25 7 1912 nd nd ev#291;egg ratio study
HX20601.13 QUAD053 30 124 ACC1 25 7 1123 nd +8 59.7274 -149.3663 242 100 Napp nd 25 7 1923 nd nd ev#292;egg ratio study
HX20601.14 QUAD053 31 124 ACC1 25 7 1135 nd +8 59.7258 -149.3747 242 100 Napp nd 25 7 1935 nd nd ev#293;egg ratio study
HX20601.15 CTD 165 124 ACC1 25 7 1257 nd +8 59.7291 -149.3663 242 235 Strom nd 25 7 2057 nd nd ev#294
HX20701.01 Neuston 25 125 ISGA 26 7 733 nd +8 59.6817 -149.4901 226 1 Napp nd 26 7 1533 nd nd ev#295
HX20701.02 Neuston 26 126 ISGD 26 7 755 nd +8 59.6506 -149.4532 277 1 Napp nd 26 7 1555 nd nd ev#296
HX20701.03 Neuston 27 127 ISGF 26 7 822 nd +8 59.6089 -149.4137 215 1 Napp nd 26 7 1622 nd nd ev#297
HX20701.04 Neuston 28 128 GAK2 26 7 908 nd +8 59.6923 -149.3284 227 1 Napp nd 26 7 1708 nd nd ev#298
HX20701.05 Neuston 29 129 ACC1 26 7 933 nd +8 59.7296 -149.3609 240 1 Napp nd 26 7 1733 nd nd ev#299
HX20701.06 Neuston 30 130 GAK1I 26 7 959 nd +8 59.7675 -149.3949 259 1 Napp nd 26 7 1759 nd nd ev#300
HX20701.07 Neuston 31 131 ISGH 26 7 1036 nd +8 59.7689 -149.2367 255 1 Napp nd 26 7 1836 nd nd ev#301
HX20701.08 Neuston 32 132 ISGE 26 7 1101 nd +8 59.8090 -149.2678 101 1 Napp nd 26 7 1901 nd nd ev#302
HX20701.09 Neuston 33 133 ISGC 26 7 1123 nd +8 59.8436 -149.3025 98 1 Napp nd 26 7 1923 nd nd ev#303