APPENDIX 4. Summary of the XBT casts: event number, probe type, cast number, station number, drop latitude and longitude, water depth (m), and XBT depth (m) for the XBT drops made during NBP0204. The status of each drop is given in the final column.

Event Number	Instrument	Cast Number	Consec. Station no.	Latitude (̊S) Deg. Min.	Longitude (̊W) Deg. Min.	Water Depth (m)	Cast Depth (m)	Comments
nbp21402.005	XBT-7	1	DP1	58 46.45	63 45.67	3876	760	good one
nbp21402.006	XBT-7	2	DP2	58 56.55	63 42.39	3970	760	good one
nbp21402.007	XBT-7	3	DP3	59 6.36	63 38.94	4000	760	good one
nbp21402.008	XBT-7	4	DP4	59 16.24	63 35.65	3857	760	good one
nbp21402.009	XBT-7	5	DP5	59 26.313	63 32.230	4030	760	good one
nbp21402.010	XBT-7	6	DP6	59 36.29	63 28.559	4163	760	good one
nbp21402.011	XBT-7	7	DP7	59 46.037	63 25.442	3956	760	good one
nbp21402.012	XBT-7	8	DP8	59 57.117	63 21.95	2660	760	good one
nbp21502.001	XBT-7	9	DP9	60 05.605	63 17.768	3888	550	wire broke
nbp21502.002	XBT-7	10	DP10	60 16.015	63 14.776	3788	180	wire broke
nbp21502.003	XBT-7	11	DP11	60 25.547	63 11.709	3826	430	wire broke
nbp21502.004	XBT-7	12	DP12	60 35.380	63 08.235	2373	340	wire broke
nbp21502.005	XBT-7	13	DP13	60 45.147	63 04.460	1634	200	wire broke
nbp21502.006	XBT-7	14	DP14	60 55.241	63 02.574	3009	443	wire broke
nbp21502.007	XBT-7	15	DP15	61 06.129	62 58.282	3623	19	wire broke
nbp21502.008	XBT-7	16	DP16	61 06.129	62 58.282	3623	575	wire broke
nbp21502.009	XBT-7	17	DP17	61 14.824	62 54.996	3582	156	wire broke
nbp21502.010	XBT-7	18	DP18	61 15.269	62 54.700	3582	20	wire broke
nbp21502.011	XBT-7	19	DP19	61 15.715	62 54.578	3589	240	wire broke
nbp21502.013	XBT-7	20	DP20	61 24.955	62 45.245	3463	760
nbp21502.014	XBT-7	21	DP21	61 34.581	62 43.739	3500	250	wire broke
nbp21502.015	XBT-7	22	DP22	61 35.103	62 43.732	3695	266	wire broke
nbp21502.016	XBT-7	23	DP23	61 44.64	62 43.07	3450	600	wire broke
nbp21502.017	XBT-7	24	DP24	61 54.118	62 39.920	3903	635	wire broke
nbp21502.018	XBT-7	25	DP25	62 4.07	62 36.69	1501	20	bad cast
nbp21502.019	XBT-7	26	DP26	62 4.51	62 36.52	4750	400	wire broke
nbp21502.020	XBT-7	27	DP27	62 13.69	62 32.49	3280	350	wire broke
nbp21502.022	XBT-7	28	DP28	62 23.866	62 28.710	1795	260	wire broke
nbp21502.023	XBT-7	29	DP29	62 24.201	62 28.613	1792	145	wire broke
nbp21502.024	XBT-7	30	DP30	62 30.251	62 24.600	414	410	good one
nbp21502.025	XBT-7	31	DP31	62 30.413	62 24.386	413	413	good one
nbp21502.026	XBT-7	32	BS1	62 39.863	62 14.199	533	520	good one
nbp21502.027	XBT-7	33	BS2	62 48.99	62 5.31	665	665	good one
nbp21502.028	XBT-7	34	BS3	62 58.14	61 54.91	760	760	good one
nbp21502.029	XBT-7	35	BS4	63 07.14	61 45.99	544	544	good one
nbp21602.001	XBT-7	36	BS5	63 16.689	61 39.513	1090	760	good one
nbp21602.002	XBT-7	37	BS6	63 26.229	61 32.598	1139	760	good one
nbp21602.003	XBT-7	38	BS7	63 35.658	61 26.300	906	760	good one
nbp21602.004	XBT-7	39	BS8	63 45.165	61 21.505	920	760	good one
nbp21602.005	XBT-7	40	BS9	63 53.595	61 34.638	1091	760	good one
nbp21602.006	XBT-7	41	BS10	64 1.870	61 46.321	1148	50	wire broke
nbp21602.007	XBT-7	42	BS11	64 2.357	61 46.541	1148	122	wire broke
nbp21602.008	XBT-7	43	BS12	64 2.892	61 46.781	1141	92	wire broke
nbp21602.009	XBT-7	44	BS13	64 11.969	61 52.789	812	114	wire broke
nbp21602.010	XBT-7	45	BS14	64 12.250	61 52.910	800	79	wire broke
nbp21602.011	XBT-7	46	BS15	64 21.260	61 59.050	953	760	good one
nbp21602.013	XBT-7	47	BS16	64 28.004	62 13.183	692	750	good one
nbp21602.014	XBT-7	48	BS17	64 32.920	62 33.699	780	760	good one
nbp21602.015	XBT-7	49	BS18	64 38.219	62 53.931	525	525	good one
nbp21602.016	XBT-7	50	BS19	64 46.122	63 06.960	313	193	wire broke
nbp21602.017	XBT-7	51	BS20	64 46.417	63 07.514	265	265	good one
nbp21602.018	XBT-7	52	BS21	64 54.475	63 19.078	323	323	good one
nbp22002.004	XBT-7	53	transit1	66 34.791	68 28.215	473	150	wire broke
nbp22002.005	XBT-7	54	transit1	66 34.959	68 28.697	387	275
nbp22002.006	XBT-4	55	transit1	66 39.833	68 50.814	385	150	wire broke
nbp22002.007	XBT-4	56	transit1	66 39.917	68 51.054	380	380
nbp22102.001	XBT-4	57	transit1	66 47.118	69 10.063	214	214
nbp22102.002	XBT-4	58	transit1	66 52.539	69 30.875	420	386	wire broke
nbp22102.003	XBT-7	59	transit1	66 57.874	69 51.672	650	500	wire broke
nbp22102.004	XBT-7	60	transit1	67 04.094	70 16.166	658	658
nbp22102.024	XBT-4	61	transit1	67 16.90	70 47.67	515	140	wire broke
nbp22102.025	XBT-4	62	transit1	67 17.00	70 47.92	513	192	wire broke
nbp22102.028	XBT-4	63	transit1	67 23.31	71 07.32	496	460	good one
nbp22202.001	XBT-4	64	transit1	67 35.069	71 51.877	~400	160
nbp22202.002	XBT-4	65	transit1	67 35.125	71 52.030	~400	125
npb22202.003	XBT-4	66	transit1	67 40.58	72 13.21	348	0	wire broke
nbp22202.004	XBT-4	67	transit1	67 40.68	72 13.45	348	0	wire broke
nbp22202.005	XBT-7	68	transit1	67 40.84	72 13.78	348	92	wire broke
nbp22202.006	XBT-7	69	transit1	67 41.173	72 14.333	348	348	good one
nbp22202.007	XBT-4	70	transit1	67 47.440	72 34.253	466	167	wire broke
nbp22202.008	XBT-4	71	transit1	67 47.479	72 34.403	466	377	wire broke
nbp22202.009	XBT-4	72	transit1	67 55.26	72 51.04	405	17	wire broke
nbp22202.010	XBT-4	73	transit1	67 55.32	72 51.17	405	130	wire broke
nbp22202.011	XBT-4	74	transit1	67 55.398	72 51.356	405	405	good one
nbp22202.014	XBT-4	75	transit1	68 02.641	73 08.658	359	199	wire broke
nbp22202.015	XBT-4	76	transit1	68 02.664	73 08.699	359	359	good one
nbp22902.019	XBT-7	77	Transit2	67 58.474	74 38.883	875	87	wire broke
nbp22902.020	XBT-7	78	Transit2	67 58.386	74 38.609	919	87	wire broke
nbp23002.001	XBT-4	79	Transit2	67 46.634	73 56.311	421	260	wire broke
nbp23002.002	XBT-4	80	Transit2	67 45.423	73 31.204	440	163	wire broke
nbp23002.003	XBT-7	81	Transit2	67 45.402	73 30.927	440	213	wire broke
nbp23002.004	XBT-4	82	Transit2	67 33.604	73 17.928	483	460
nbp23002.007	XBT-4	83	Transit2	67 33.604	73 17.923	483	460
nbp23002.008	XBT-4	84	Transit2	67 30.717	72 52.984	460	183	wire broke
nbp23002.009	XBT-4	85	Transit2	67 30.816	72 52.587	450	260	wire broke
nbp23002.010	XBT-4	86	Transit2	67 30.534	72 28.283	380	300	wire broke
nbp23002.011	XBT-4	87	Transit2	67 35.337	72 5.766	388	40	bad cast
nbp23002.012	XBT-4	88	Transit2	67 35.408	72 5.528	396	364	good
nbp23002.015	XBT-4	89	Transit2	67 34.431	71 38.853	430	430	good
nbp23002.016	XBT-4	90	Transit2	67 43.071	71 50.174	312	330	hit bottom
nbp23502.002	XBT-7	91	46-64	67 29.821	74 26.331			failed
nbp23902.015	XBT-4	92	40 to 28	67 56.234	70 59.924	380		bad cast
nbp23902.016	XBT-4	93	40 to 28	67 56.231	70 59.953	380		bad cast
nbp24202.002	XBT-4	94		67 2.198	72 24.18	408	139	bad
nbp24202.003	XBT-4	95		67 2.123	72 24.217	408	123	bad
nbp24202.004	XBT-4	96		67 1.975	72 24.196	408	79	bad
nbp24202.005	XBT-4	97		67 1.391	72 23.729	410	410	bad
nbp24202.006	XBT-7	98		66 51.77	72 18.12	429	386	bad
nbp24202.008	XBT-4	99		66 44.24	72 2.05	313	208
nbp24202.010	XBT-4	100		66 43.78	72 1.17	315	122	bad
nbp24202.011	XBT-4	101	near 23	66 42.94	72 2.54	1500	460	too warm
nbp24302.001	XBT-7	102	23 to G	66 45.77	71 37.49	496	496
nbp24302.002	XBT-7	103	23 to G	66 43.78	71 11.36	475	84
nbp24302.003	XBT-7	104	23 to G	66 43.77	71 11.29	475	462
nbp24302.010	XBT-7	105	Gould to 4	66 42.706	70 48.366	550	205	wire broke
nbp24302.011	XBT-7	106	Gould to 4	66 42.573	70 42.573	546	535	good cast
nbp24302.012	XBT-7	107	Gould to 4	66 34.845	70 28.504	590	590	good cast
nbp24302.015	XBT-7	108	Gould to 4	66 28.71	70 7.95	538	538	good cast
nbp24302.016	XBT-4	109	Gould to 4	66 22.29	69 48.71	452	200	wire broke
nbp24302.017	XBT-4	110	Gould to 4	66 22.24	69 48.48	452	400	good cast
nbp24302.018	XBT-4	111	Gould to 4	66 15.94	69 29.18	420	420	good cast
nbp25702.014	XBT-7	112	GS8	63 44.343	61 20.099	848
nbp25702.016	XBT-7	113	BS1	63 35.303	61 26.226	887	760
nbp25702.017	XBT-7	114	BS2	63 25.868	61 32.783	785	760
nbp25702.018	XBT-7	115	BS3	63 16.361	61 39.245	758	760
nbp25702.019	XBT-7	116	BS4	63 6.717	61 46.405	495	435
nbp25702.020	XBT-7	117	BS5	62 57.363	61 56.458	868	760
nbp25702.021	XBT-7	118	BS6	62 47.38	62 4.98	628	456
nbp25702.024	XBT-7	119	DP2	62 29.85	62 22.94	340	280
nbp25702.026	XBT-7	120	DP3	62 18.58	62 30.36	2200	200	repeated
nbp25702.027	XBT-7	121	DP3	62 18.58	62 30.36	2246	760	good

APPENDIX 5. Summary of the XCTD casts: event number, probe type, cast number, station number, drop latitude and longitude, water depth (m), and XCTD depth (m) for the made during NBP0204. The status of each drop is given in the final column.

Cast	Day	Y Date	Station	Filename	File Size
9	9-Aug	221.6389	Transit 1	221-1505.dat	2,221,000
10	9-Aug	221.6576	Transit 1	221-1513.dat	1,681,000
				221-1523.dat	361,000
				221-1551.dat	-
				221-1557.dat	121,000
11	11-Aug	223.884	75	223-2035.dat	3,870,732
				223-2045.dat	983,052
				223-2048.dat	430,092
				223-2049.dat	675,852
				223-2051.dat	3,133,452
				223-2059.dat	61,452
				223-2100.dat	1,966,092
				223-2105.dat	1,720,332
				223-2110.dat	1,904,652
				223-2115.dat	4,546,572
				223-2127.dat	4,792,332
12	12-Aug	224.3562	76	224-0817.dat	15,482,892
13	12-Aug	224.3743	76	224-0900.dat	10,976,332
14	12-Aug	224.8681	77	224-2038.dat	6,574,092
15	12-Aug	224.891	77	224-0900.dat	15,175,692
16	13-Aug	225.5028	to 81	225-1142.dat	6,266,892
17	13-Aug	225.5194	to 81	225-1200.dat	18,554,892
18	13-Aug	225.8576	81	225-2024.dat	12,840,972
19	13-Aug	225.8736	81	225-2100.dat	7,127,052
22	15-Aug	227.0146	74	227-0008.dat	6,819,852
24	15-Aug	227.3875	73	227-0851.dat	3,072,012
25	15-Aug	227.4042	73	227-0900.dat	2,949,132
				227-0908.dat	7,249,932
				227-0927.dat	6,144,012
				227-0944.dat	1,843,212
				227-0949.dat	3,932,172
				227-1000.dat	4,423,692
				227-1012.dat	1,904,652
26	15-Aug	227.8187	72	227-1913.dat	921,612
27	15-Aug	227.8299	72	227-1917.dat	7,311,372
28	15-Aug	227.8562	72	227-1937.dat	983,052
				227-1940.dat	1,720,332
				227-1947.dat	4,608,012
				227-2000.dat	5,283,852
				227-2014.dat	16,834,572
				227-2100.dat	3,317,772
29	17-Aug	229.625	65	229-1443.dat	3,440,652
30	17-Aug	229.6431	65	229-1452.dat	737,292
				229-1454.dat	1,167,372
				229-1457.dat	798,732
				229-1500.dat	22,118,412
32	20-Aug	232.6354	43	232-1448.dat	4,177,932
33	20-Aug	232.6549	43	232-1500.dat	22,118,412
34	21-Aug	233.4875	44	233-1035.dat	8,908,812
				233-1100.dat	22,118,412
				233-1200.dat	19,783,692
35	22-Aug	234.0715	45	234-0048.dat	4,362,252
				234-0100.dat	22,118,412
				234-0200.dat	15,974,412
36	22-Aug	234.866	46	234-2023.dat	13,516,812
37	22-Aug	234.8854	46	234-2100.dat	15,482,892
41	24-Aug	236.6708	62	236-1527.dat	11,796,492
				236-1600.dat	18,370,572
42	25-Aug	237.3736	48	237-0839.dat	7,372,812
43	25-Aug	237.391	48	237-0900.dat	20,951,052
44	25-Aug	237.7604	49	237-1801.dat	21,688,332
45	25-Aug	237.7826	49	237-1900.dat	10,076,172
46	26-Aug	238.575	40	238-1317.dat	3,440,652
47	26-Aug	238.5979	40	238-1330.dat	10,874,892
				238-1400.dat	4,853,772
				238-1413.dat	17,264,652
				238-1500.dat	5,406,732
48	28-Aug	240.4271	41	240-0954.dat	2,027,532
49	28-Aug	240.4465	41	240-1000.dat	22,118,412
				240-1100.dat	5,591,052
50	29-Aug	241.4694	26	241-1054.dat	1,904,652
51	29-Aug	241.4903	26	241-1100.dat	22,118,412
				241-1200.dat	7,618,572
52	29-Aug	241.7722	26	241-1818.dat	15,421,452
53	29-Aug	241.7847	26	241-1900.dat	14,254,092
54	29-Aug	241.7979	26
55	29-Aug	241.8104	26
56	1-Sep	244.4035	4	244-0923.dat	13,455,372
57	1-Sep	244.4215	4	244-1000.dat	14,008,332
58	1-Sep	244.7965	3	244-1832.dat	10,137,612
59	1-Sep	244.8132	3	244-1900.dat	19,476,492
60	2-Sep	245.1111	2	245-0210.dat	18,124,812
				245-0300.dat	7,802,892
64	3-Sep	246.5417	12	246-1226.dat	12,103,692
				246-1300.dat	18,001,932
65	3-Sep	246.8861	11	246-2047.dat	4,669,452
66	3-Sep	246.9028	11	246-2100.dat	22,118,412
				246-2200.dat	1,413,132
67	4-Sep	247.4299	10	247-1000.dat	21,872,652
68	4-Sep	247.4521	10	247-1100.dat	20,213,772
69	4-Sep	247.7917	16	247-1837.dat	8,048,652
70	4-Sep	247.8035	16	247-1900.dat	22,118,412
71	4-Sep	247.8181	16	247-2000.dat	22,118,412
72	4-Sep	247.8313	16	247-2100.dat	4,730,892
73	4-Sep	247.8458	16
74	4-Sep	247.866	16
75	5-Sep	248.4694	15	248-1056.dat	1,228,812
76	5-Sep	248.4882	15	248-1100.dat	22,118,412
				248-1200.dat	6,144,012
77	5-Sep	248.716	14	248-1651.dat	3,194,892
78	5-Sep	248.7306	14	248-1700.dat	22,118,412
79	5-Sep	248.7451	14	248-1800.dat	10,874,892
80	5-Sep	248.7597	14	248-1845.dat	5,160,972
81	5-Sep	248.8132	14	248-1900.dat	22,118,412
82	6-Sep	249.3125	23	249-0702.dat	21,012,492
83	6-Sep	249.3542	23	249-0800.dat	22,118,412
				249-0900.dat	16,097,292
84	6-Sep	249.6847	22	249-1610.dat	18,309,132
85	6-Sep	249.7035	22	249-1700.dat	7,249,932
86	7-Sep	250.2778	21	250-0607.dat	19,292,172
87	7-Sep	250.2986	21	250-0700.dat	17,756,172
88	7-Sep	250.6056	20a	250-1411.dat	17,879,052
89	7-Sep	250.6215	20a	250-1500.dat	22,118,412
90	7-Sep	250.6306	20a	250-1600.dat	6,635,532
91	7-Sep	250.6486	20a
92	7-Sep	250.9389	19	250-2211.dat	17,940,492
93	7-Sep	250.9542	19	250-2300.dat	9,093,132
94	8-Sep	251.6243	18	251-1439.dat	7,311,372
95	8-Sep	251.6431	18	251-1500.dat	20,582,412
96	9-Sep	252.1486	17	252-0316.dat	16,097,292
97	9-Sep	252.1701	17	252-0400.dat	13,455,372
98	9-Sep	252.5396	9	252-1237.dat	8,110,092
99	9-Sep	252.5556	9	252-1300.dat	18,124,812
100	9-Sep	252.7722	8	252-1818.dat	14,622,732
101	9-Sep	252.7806	8
102	10-Sep	253.2639	5	253-0603.dat	20,705,292
103	10-Sep	253.2833	5	253-0700.dat	11,735,052
104	11-Sep	254.4056	RI1	254-0924.dat	13,025,292
105	11-Sep	254.4215	RI1	254-1000.dat	7,925,777
106	11-Sep	254.6653	RI2	254-1539.dat	7,557,132
107	11-Sep	254.6868	RI2	254-1600.dat	22,118,412
				254-1700.dat	3,256,332
108	11-Sep	254.8924	RI3	254-2106.dat	19,722,252
109	11-Sep	254.9056	RI3	254-2200.dat	22,118,412
110	11-Sep	254.9187	RI3	254-2300.dat	983,052
111	11-Sep	254.9375	RI3
112	12-Sep	255.1208	RI4	255-0236.dat	8,540,172
113	12-Sep	255.1347	RI4	255-0300.dat	22,118,412
114	12-Sep	255.1542	RI4	255-0400.dat	6,021,132
115	12-Sep	255.2882	RI5	255-0620.dat	14,376,972
116	12-Sep	255.3076	RI5	255-0700.dat	22,118,412
				255-0800.dat	2,826,252
117	13-Sep	256.8396	GS1	256-1953.dat	2,519,152
118	13-Sep	256.8528	GS1	256-2000.dat	15,974,412
119	13-Sep	256.9326	GS2	259-2206.dat	19,476,492
120	13-Sep	256.9542	GS2	256-2300.dat	5,713,932
121	14-Sep	257.0389	GS3	257-0040.dat	7,127,052
122	14-Sep	257.0528	GS3	257-0100.dat	22,118,412
123	14-Sep	257.0715	GS3	257-0200.dat	737,292
124	14-Sep	257.1576	GS4	257-0330.dat	10,690,572
125	14-Sep	257.1799	GS4	257-0400.dat	22,118,412
126	14-Sep	257.1938	GS4	257-0500.dat	18,186,252
127	14-Sep	257.2174	GS4
128	14-Sep	257.3264	GS5	257-0723.dat	13,455,372
129	14-Sep	257.3493	GS5	257-0800.dat	17,018,892
130	14-Sep	257.4681	GS6	257-1032.dat	10,137,612
				257-1100.dat	17,879,052

Test file	15-Aug	227		227-0619.dat	1,044,492
Test file	15-Aug	227		227-0623.dat	675,852
Test file	15-Aug	227		227-2111.dat	4,423,692

APPENDIX 7. Ctenophores removed from 1-m MOCNESS tows prior to sample preservation. ND= No Description.

TOW	STN	DATE (GMT)(EDT)		TIME (GMT)(EDT)		LAT S	LON W	DPTw(m)	DAT TAPE	ACOUSTIC FILENAME	BM DAY	ESS FILENAME	VIDEO TAPES CAM2 CAM4		VPR FILENAME	VPR DAY	BS TR	COMMENTS
1	Test SM1	7/31	7/31	2213	1813	52 41.746	70 10.917			B2121822	212	B2121817	1	2	07312220.01	211		Test tow in Straits of Magellan
	Test SM1	7/31	7/31	2245	1845	52 41.38	70 7.904			end	212	B2121817	1	2	07312220.01	211		End test 1 with tail fin down (left ess running without pump on)
2	Test SM2	7/31	7/31	2301	1901	52 41.337	70 7.419			B2121901	212	B2121817	1	2	07312305.01	211		Start test 2 with tail fin up 20 degrees
	Test SM2	7/31	7/31	2335	1935	52 40.937	70 4.821			end	212	B2121817	1	2	07312305.01	211		End test 2 with tail fin up 20 degrees
3	TestSM3	7/31	7/31	2343	1943	52 40.854	70 4.367			B2121946	212	B2121817	1	2	07312305.01	211		Start test 3 with tail up about 5 degrees
	Test SM3	8/01	7/31	0016	2016	52 40.248	70 1.512			end	212	B2121817	1	2	07312305.01	212		End test 3
4	Matha Str.	8/05	8/05	2017	1617	66 31.369	67 16.227		1	B2171730	217	B2171617	3	4	08052108.01	216		Calibration in Crystal Sound. 2017 start ESS on deck. 2058 in water.
										B2171804	217					216		Three filenames, no end times.
										B2171823	217					216
4	Matha Str.	8/05	8/05	2017	1617	66 31.369	67 16.227		1		217	B2171617	3	4	08052240.01	216		VPR program crashed - reboot
4	Matha Str.	8/05	8/05	2315	1914	66 31.369	67 16.227		1		217		5	6	08052313.01	216		Tape change and VPR file crashed again.
4	Matha Str.	8/05	8/05	2347	1947	66 31.369	67 16.227		2		217					216		DAT tape change
5	75/76	8/11	8/11	2224	1824	68 40.077	76 09.985		2	N2231825	223	B2231712	none	none	08112121.01	222		Continue with Calibration. VPR files started before fish in H2O
5	75/76	8/11	8/11								223					222
5	75/76	8/11	8/11								223					222
5	75/76	8/11	8/11	2335	1935	68 39.912	76 09.811		2	N2231935	223	B2231712			08112121.01	222		Last run
5	75/76	8/12	8/11	2341	1941	68 40.099	76 09.985				223					223		Bringing it on deck
6	76/77	8/12	8/12	0500	0100	68 43.502	75 58.367		3	B2240102	224	B2240100	7	8	08120459.01	223		Deploy
6	76/77	8/12	8/12	0535	0135	68 43.437	75 55.540		3		224					223		Too much ice -nice floes -bringing on board
7	77	8/12	8/12	1813	1413	68 53.916	75 08.467		4	S2241417	224	B2241416	9	10	08121817.01	223	11	Vertical profile - Changing filenames from M/D/Time (mddhhmm) to yd/time; yd1=1Jan.
7	77	8/12	8/12	2012	1612	68 52.840	75 07.341		4		224					223		end tow 7
8	~80	8/13	8/13	1318	0918	69 02.941	75 37.305		5		225	B2250919	11	12	08131324.01	224	12	Start tow 8 - vertical profile to 100 m
8	80/81	8/13	8/13	1420	1020	69 02.941	75 37.305		5		225					224		End tow
9	73	8/15	8/15	1046	0646	68 27.834	75 00.626		6	B2270650	227	B2270640	13	14	08151033.01	226	10	Biomaper deployed
9	73	8/15	8/15	1140	0740	68 30.33	74 51.812		6		227					226		Biomaper brought onboard after leak detector went off on sonar
10	73/72	8/15	8/15	1352	0952	68 31.869	74 36.256	559	7	B2270957	227	B2270956	15	16	08151358.01	226	10	RUN_12-200.cfg
10	73/72	8/15	8/15	2035	1635	68 32.820	74 13.443		7		227					226		Back and Ram - Bring in BMP -- too much ice.
11	66/67	8/16	8/16	1722	1322	68 28.30	74 35.55	452	8	B2281321	228	B2281316	17	18	08161726.01	227	9/10	Launch
11	66/67	8/16	8/16	1915	1515	68 26.567	74 45.908	429	8		228					227		Recovery
12	67/66	8/16	8/16	2330	1930	68 26.43	74 53.73	309	9	B2282013	228	B2281930	19	20	08162335.01	227	to 8(9)	Launch - trying to get to line 8
12	67/66	8/17	8/16	0200	2200	68 22.688	74 52.074	438	9		228					228		Recovery
13	65	8/17	8/17	2135	1735	68 8.357	74 35.148	415	10	B2291740	229	B2291735	21	22	08172139.01	228	9	Deployment - tow in trackline of ship coming up to sta 65
13	65	8/17	8/17	2300	1900	68 04.973	74 39.339	403	10		229					228		Recovery - Krill patch at end of towyo
14	~42	8/19	8/19	2052	1652	67 27.004	71 27.199	652	11	B2311654	231	B2311630	23	24	08192057.01	230		At Station 42
14	42	8/19	8/19	2300	1900	67 24.966	71 14.92	671	11		231					230		Recovered in roaring gale: -54.1C wind chill
15	43/44	8/20	8/20	1930	1530	67 12.027	72 45.291	402	12	B2321530	232	B2321528	25	26	08201931.01	231		Launched
15	44	8/20	8/20	2350	1950	67 7.30	72 22.00		13+14		232		27+29	28+30		231		Tapes changed after 2 hours towing, then recovered at 1950 Local time.
16	to 45	8/21	8/21	1719	1319	67 04.15	73 49.048	3477?	15	B2331323	233	B2331321	31	32	08211724.01	232	to 7	Launched
16	to 45	8/21	8/21	1928	1528			2607	16	B2331528	233		33	34		232		Changed DAT tape, VPR tapes, new acoustics file
16	to 45	8/21	8/21	1946	1546			2768			233				08211946.01	232		Run time error in VPR acquisition system. Restarted. New filename.
16	to 45	8/21	8/21	2131	1731	67 13.973	74 29.562	2529	16	B2331528	233	B2331321	33	34	08211946.01	232		Recovered at station 45
17	45/46	8/22	8/22	1130	0730	67 10.570	74 25.178	>3000	17	B2340753	234	B2340730	35	36	08221123.01	233	7	Launched
17	45/46	8/22	8/22	1359	0959	67 17.758	74 9.999	3064	18	B2340959	234	B2340730	37	38	08221123.01	233	7	Changed DAT tape, VPR tapes, + Acoustic filename
17	45/46	8/22	8/22	1511	1111	67 20.103	74 3.557	2509	18	B2341111	234					233		Changed acoustic filename
17	45/46	8/22	8/22	1558	1158	67 22.371	74 2.140	1982	19	B2341200	234		39	40		233		Changed VPR tapes and DAT tape and Acoustic filename
17	45/46	8/22	8/22	1800	1400	67 26.342	73 52.415	1260	20	B2341401	234		41	42		233		Changed DAT tape and VPR tapes and Acoustic filename
17	45/46	8/22	8/22	1955	1555	67 27.742	73 48.024	400	20		234					233		Retrieval
18	46-64	8/23	8/22	0301	2301	67 27.997	74 09.668	513	21	B2342302	234	B2342236	43	44	08230328.01	234	7-8	Tow from Station 46 to station 64 - out across continental shelf to deep water - good launch
18	46-64	8/23	8/23	0506	0106				22	B2350106	235		45	46		234	7-8	Changed DAT tape, VPR tapes and Acoustic filename
18	46-64	8/23	8/23	0711	0311	67 29.830	74 36.764	1598	23	B2350309	235		47	48		234	7-8	Changed DAT tape, VPR tapes and Acoustic filename
18	46-64	8/23	8/23	0915	0515	67 29.352	74 47.581	1281	24	B2350515	235		49	50		234	7-8	Changed DAT tape, VPR tapes and Acoustic filename
18	46-64	8/23	8/23	1030	0630	67 30.454	74 53.006	1833	24	B2350515	235	B2342236	49	50	08230328.01	234	7-8	Retrieval due to repetitive backing and ramming -> loss of time to next station
19	64-63	8/23	8/23	2030	1630	67 30.196	74 57.976	2942	25	B2351635	235	B2351632	51	52	08232036.01	234	8	ESS locked up. New VPR filename: 08232136.01
19	64-63	8/23	8/23	2238	1838	67 36.103	74 44.112	2881	26	B2351842	235	B2351632	53	54	08232036.01	234	8	Changed DAT tape, VPR tapes and Acoustic filename
19	64-63	8/24	8/23	0046	2046	67 39.580	74 34.771	2115	27	B2352045	235		55	56	08232136.01	235	8	Changed DAT tape, VPR tapes and Acoustic filename
19	64-63	8/24	8/23	0110	2110	67 40.390	74 34.988	2659	27	B2352045	235	B2351632	55	56	08232136.01	235	8	End of towyo at station 63
20	63-62	8/24	8/24	0405	0005	67 40.301	74 34.956	2561	28		236	B2360008	57	58	08240422.01	235	8	Launched, but having computer trouble in control van
20	63-62	8/24	8/24	0445	0045						236		stopped			235		Shut all computers down
20	63-62	8/24	8/24	0455	0055	67 40.592	74 33.521	1034	28	B2360053	236	B2360051	57	58	08240454.01	235	8	Restart - WORKS!
20	63-62	8/24	8/24	0630	0230	67 42.00	74 28.34	1034	29	B2360229	236		59	60		235		Changed DAT tape, VPR tapes and Acoustic filename
20	63-62	8/24	8/24	0835	0435	67 45.347	74 28.313	1012	30	B2360434	236		61	62		235		Changed DAT tape, VPR tapes and Acoustic filename
20	63-62	8/24	8/24	1029	0629	67 46.718	74 24.077	1000	30	B2360434	236	B2360051	61	62	08240454.01	235	8	Retrieve at station 62
21	62-48	8/24	8/24	1820	1420	67 49.406	73 53.456	768	31	B2361424	236	B2361422	63	64	08241825.01	235	9/8	Launched
21	62-48	8/24	8/24	2028	1628	67 50.041	73 27.582	410	32	B2361628	236	B2361422	65	66	08241825.01	235	9/8	Changed DAT tape, VPR tapes and Acoustic filename
21	62-48	8/24	8/24	2115	1715	67 51.012	73 19.567	~420	32	B2361628	236	B2361422	65	66	08241825.01	235	9/8	Pulling to do MOC1, MOC10, Tucker (although not much here)
22	62/48	8/25	8/25	0508	0108	67 55.053	72 52.767	400	33	B2370114	237	B2370108	67	68	08250517.01	236		Launched on way to 48
22	62/48	8/25	8/25	0538	0138					B2370137	237					236		Lost acoustics program - restart
22	62/48	8/25	8/25	0719	0319				34	B2370318	237		69	70		236		Changed DAT tape, VPR tapes and Acoustic filename
22	48	8/25	8/25	0808	0408	67 63.922	72 16.808	303	34		237		69	70		236	7	Retrieved at station 48
23	48/49	8/25	8/25	1025	0628	67 52.350	72 11.255	305	35	B2370626	237	B2370619	71	72	08251021.01	236	7	Launched
23	48/49	8/25	8/25	1238	0838	67 58.412	72 6.871	330	36	B2370838	237		73	74	08251021.01	236	7	Changed DAT tape, VPR tapes and Acoustic filename
23	48/49	8/25	8/25	1444	1044	68 01.711	71 59.354	400	37	B2371045	237	B2370619	75	76	08251021.01	236	7	Changed DAT tape, VPR tapes and Acoustic filename
23	48/49	8/25	8/25	1643	1243	68 02.124	71 41.618	416	38	B2371244	237		77	78		236		Changed DAT tape, VPR tapes and Acoustic filename
23	49	8/25	8/25	1730	1330	68 4.629	71 36.271	465	38		237		77	78		236		Retrieved at station 49
24	49/40	8/26	8/25	0150	2150	67 59.990	71 33.814	345	39	B2372213	237	B2382150	79	80	08260200.01	237	7->6	Launched
24	49/40	8/26	8/26	0428	0028				40	B2380028	238		81	82		237		Changed DAT tape, VPR tapes and Acoustic filename
24	49/40	8/26	8/26	0632	0232				41	B2380232	238		83	84		237		Changed DAT tape, VPR tapes and Acoustic filename
24	49/40	8/26	8/26	0834	0434	67 59.917	70 45.284	350	42	B2380434	238		85	86	08260906.01	237		Changed DAT tape, VPR tapes and Acoustic filename - VPR file hangup
24	49/40	8/26	8/26			68 05.635	70 37.910	746	43	B2380638	238		87	88	08260906.01	237		Changed DAT tape, VPR tapes and Acoustic filename
24	49/40	8/26	8/26	1200	0800	68 04..500	70 28.407	~500	43	B2380638	238	B2382150	87	88	08260906.01	237	7->6	Retrieved after catching gate with cable
25	40/28	8/26	8/26	1809	1409	68 02.483	70 2.971	819	44	B2381422	238	B2381410	89	90	08261810.01	237	6->5	Launched
25	40/28	8/26	8/26	2014	1614			824	45	B2381613	238		91	92		237		Changed DAT tape, VPR tapes and Acoustic filename
25	40/28	8/26	8/26	2032	1632			827	45		238		91	92		237		All stop. Wire frayed with 177 m of wire out - fixing.
25	40/28	8/26	8/26	2125	1725	67 59.072	70 33.444	831	45	B2381613	238	B2381410	91	92		237	6->5	Multiple frays, bad ice, BiomaperII on deck.
26	26toGould	8/30	8/29	0215	2215	67 10.684	72 12.386	430	46	B2412226	241	B2422215	93	94	08301216.01	241		Launched - in transit to the Gould
26	26toGould	8/30	8/30	0404	0004				46	B2420004	242		93	94		241		New Acoustic file with proper configuration
26	26toGould	8/30	8/30	0430	0030	67 07.934	72 18.543	425	46	B2420004	242	B2422215	93	94	08301216.01	241		Recovered in heavy ice
27	4/3	9/1	9/1	1313	0913	66 10.200	69 06.008	350	47	B2440923	244	B2440920	95	96	09011323.01	243	1	Using Switch 120
27	4/3	9/1	9/1	1527	1127	66 04.830	69 24.281	340	48	B2441127	244		97	98	09011323.01	243	1	Changed DAT tape, VPR tapes and Acoustic filename - Nice Towyo so far
27	4/3	9/1	9/1	1646	1246	66 01.734	69 36.039	333	48	B2441246	244	B2440920	97	98	09011323.01	243	1	Stopped and started acquisition again - same deployment - penguins - then stopped again.
28	4/3	9/1	9/1	1658	1258	66 01.501	69 36.524		49	B2441253	244	B2441251	99	100	09011652.01	243		Started new acquisition because penguins fled - again.
28	3	9/1	9/1	1819	1419	65 57.776	69 48.568	342	49		244		99	100		243		On Station - attempting to keep BMP in water - stationary tow
28	3	9/1	9/1	1906	1506	65 57.295	69 49.042		50	B2441506	244	B2441251	101	102		243		Changed DAT tape, VPR tapes and Acoustic filename
28	3	9/1	9/1	2120	1720	65 54.689	69 56.480	360	52	B2441715	244	B2441715	103	104		243		Changed DAT tape, VPR tapes and Acoustic filename
28	3	9/1	9/1	2325	1925	65 48.303	70 22.422	207	52	B2441715	244	B2441715	103	104	09011652.01	243		Strobe has been out for ~1.5 hours. BMP recovered.
In the process of fixing the strobe, it was discovered that camera two pictures were being recorded as camera 4 pictures and camera four pictures were being recorded as camera 2 pictures.
All directories and media were relabelled externally. Backup CDs and files already zipped could not be relabelled internally.
29	2/1	9/2	9/2	0450	0050	65 44.098	70 22.936	2245	53	B2450049	245	B2450048	105	106	09020449.01	244	1->2	BMP Launched
29	1	9/2	9/2	0638	0238	65 39.121	70 37.478		53	B2450049	245	B2450048	105	106	09020449.01	244	1->2	BMP recovered
30	1/13	9/2	9/2	1310	0910	65 36.694	70 34.872	>3000	54	B2450912	245	B2450912	107	108	09021313.01	244	1->2	BMP launched
30	1/13	9/2	9/2	1515	1115	65 43.035	70 44.293	>3000	55	B2451115	245	B2450912	109	110	09021313.01	244	1->2	Changed DAT tape, VPR tapes and Acoustic filename
30	1/13	9/2	9/2	1718	1318				56	B2451318	245	B2450912	111	112	09021313.01	244	1->2	Changed DAT tape, VPR tapes and Acoustic filename
30	1/13	9/2	9/2	1832	1432	65 56.474	71 02.254		56	B2451318	245	B2450912	111	112	09021313.01	244	1->2	Retrieval near Sta. 13 -> MOC10 tow
31	13/12	9/3	9/3	0715	0315	65 59.649	71 01.455	2930	57	B2460321	246	B2460315	113	114	09030719.01	245	2	Launch BMP
31	12	9/3	9/3	0850	0450	66 05.574	70 53.650	1145	57	B2460321	246	B2460315	113	114	09030719.01	245	2	Retrieval - May have used wrong config file!! for towyo
32	12-11	9/3	9/3	1434	1034	66 05.798	70 49.582	529	58	B2461039	246	B2461036	115	116	09031440.01	245	2	Using NBP0204_120-200only_switch.cfg
32	12-11	9/3	9/3	1510	1110	66 07.715	70 47.103	570	58	B2461039	246	B2461110	115	116	09031510.01	245	2	New ESS + DAC files started -- Bad time on ESS -12 hrs off. Fixed.
32	12-11	9/3	9/3	1642	1242				59	B2461243	246	B2461110	117	118		245	2	Changed DAT tape, VPR tapes and Acoustic filename
32	11	9/3	9/3	1800	1400	66 14.56	70 22.60		59	B2461243	246	B2461110	117	118	09031510.01	245	2	Retrieval for penguins. Station 11.
33	11-10	9/4	9/3	0356	2356	66 14.669	70 20.599		60	B2462349	246	B2462348	119	120	09040349.01	246	2	Deployment from Station 11 to Station 10
33	11-10	9/4	9/4	0552	0152	66 20.093	70 3.362	452	61	B2470151	247		121	122		246	2	Changed DAT tape, VPR tapes and Acoustic filename
33	11-10	9/4	9/4	0755	0355			463	62	B2470355	247		123	124		246	2	Changed DAT tape, VPR tapes and Acoustic filename
33	11-10	9/4	9/4	0846	0446	66 26.322	69 39.522	491	62	B2470355	247	B2462348	123	124	09040349.01	246	2	Retrieval for heavy ice
34	10-16	9/4	9/4	1200	0800	66 27.380	69 37.212	500	63	B2470804	247	B2470748	125	126	09041201.01	246	2-3	Deployment
34	10-16	9/4	9/4	1404	1004	66 33.023	69 46.429	470	64	B2471005	247		127	128		246	2-3	Changed DAT tape, VPR tapes and Acoustic filename
34	10-16	9/4	9/4	1608	1208	66 39.007	70 02.321	396	65	B2471208	247		129	130		246	2-3	Changed DAT tape, VPR tapes and Acoustic filename
34	16	9/4	9/4	1740	1340	66 45.099	70 09.230	518	65	B2471208	247	B2470748	129	130	09041201.01	246	3	Retrieval at Station 16
35	16/15	9/5	9/4	0340	2340	66 44.867	70 05.718	464	66	B2472351	247	B2472340	131	132	09050347.01	247	3	Deployment
35	16/15	9/5	9/5	0557	0157	66 38.984	70 23.064	606	67	B2480155	248		133	134		247	3	Changed DAT tape, VPR tapes and Acoustic filename
35	16/15	9/5	9/5	0744	0344				68	B2480342	248		135	136		247	3	Changed DAT tape, VPR tapes and Acoustic filename - for some reason DAT recorder is 16 min early
35	16/15	9/5	9/5	0945	0545	66 30.882	70 55.124	544	69	B2480545	248	B2472340	137	138	09050347.01	247	3	Changed DAT tape, VPR tapes and Acoustic filename
35	16/15	9/5	9/5	1030	0630	66 30.903	70 57.889	544	69	B2480545	248	B2472340	137	138	09050347.01	247	3	End of run -- Pulled fish up to put on tag line and change all files - End of Event
36	at 15	9/5	9/5	1042	0642	66 30.903	70 57.889	543	70	B2480641	248	B2480638	139	140	09051050.01	247	3	On Station during CTD at 15
36	15-14	9/5	9/5	1226	0826	66 30.864	70 57.240	540	71	B2480826	248		141	142		247	3	Changed DAT tape, VPR tapes and Acoustic filename - moving from stationary to underway acquisition (same tow#)
36	15-14	9/5	9/5	1431	1031	66 26.386	71 16.736	520	72	B2481031	248		143	144		247	3	Changed DAT tape, VPR tapes and Acoustic filename
36	14	9/5	9/5	1513	1113	66 24.232	71 21.537	614	72	B2481031	248	B2480638	143	144	09051050.01	247	3	End of towyo at Station 14
37	14-23	9/5	9/5	2013	1613	66 23.401	71 21.850	930	73	B2481618	248	B2481613	145	146	09052015.01	247	3-4	Launch Biomaper
37	14-23	9/5	9/5	2228	1828	66 28.188	71 42.864	2350	74	B2481820	248		147	148		247	3-4	Changed DAT tape, VPR tapes and Acoustic filename
37	14-23	9/6	9/5	0020	2020				75	B2482020	248		149	150		248		Changed DAT tape, VPR tapes and Acoustic filename
37	23	9/6	9/5	0132	2132	66 35.584	72 09.376	3300+	75	B2482020	248	B2481613	149	150	09052015.01	248	3-4	End towyo at Station 23
38	23/22	9/6	9/6	1255	0855	66 43.010	71 49.442	474	76	B2490900	249	B2490855	151	152	09061256.01	248	4	Deploy between 23 -> 22
38	23/22	9/6	9/6	1503	1103	66 47.646	71 31.784	466	77	B2491103	249		153	154		248	4	Changed DAT tape, VPR tapes and Acoustic filename
38	22	9/6	9/6	1537	1137	66 48.887	71 26.634	475	77	B2491103	249	B2490855	153	154	09061256.01	248	4	End of tow
39	22-21	9/6	9/6	2147	1747	66 54.848	71 08.568	484	78	B2491744	249	B2491738	155	156	09062142.01	248	4	launch Biomaper in transit to Station 21
39	22-21	9/6	9/6	2347	1947	67 00.050	70 51.271	485	79	B2491947	249	B2491738	157	158		248	4	Changed DAT tape, VPR tapes and Acoustic filename
39	21	9/7	9/6	0055	2055	67 01.871	70 44.787	470	79	B2491947	249	B2491738	157	158	09062142.01	249	4	End of tow
40	21 to 20	9/7	9/7	1100	0700	67 05.811	70 41.905		80	B2500703	250	B2500656	159	160	09071106.01	249	4	Deploy for transit to Station 20
40	21 to 20	9/7	9/7	1304	0904	67 10.393	70 23.908	610	81	B2500903	250		161	162	09071106.01	249	4	Changed DAT tape, VPR tapes and Acoustic filename
40	21 to 20	9/7	9/7	1356	0956	67 12.304	70 17.117		81	B2500903	250		161	162		249	4	End of run to Station 20. Fish remains in H2O. New tapes + files while on station.
40	20	9/7	9/7	1410	1010	67 12.338	70 17.002	660	82	B2501010	250	B2500656	163	164	09071412.01	249	4	Start Horizontal time series. Tape change and files. Restart Acoustics/VPR not ESS
40	20	9/7	9/7	1558	1158	67 12.381	70 16.178	661	82	B2501158	250		163	164		249	4	Acoustic computer bombed while doing Paint Screen Save. Restart. Still with CTD in H2O.
40	20 to 19	9/7	9/7	1618	1218	67 12.500	70 15.006	757	83	B2501225	250	B2500656	165	166	09071618.01	249	4	Start transit towyo to Station 19. Stopped previous run. Started again with new tapes and filenames.
40	20 to 19	9/7	9/7	1822	1422			302	84	B2501422	250		167	168		249	4	Changed DAT tape, VPR tapes and Acoustic filename
40	20 to 19	9/7	9/7	2024	1624	67 23.569	69 44.974		85	B2501624	250		169	170		249	4	Changed DAT tape, VPR tapes and Acoustic filename
40	19	9/7	9/7	2152	1752	67 28.099	69 31.437	435	85	B2501624	250	B2500656	169	170	09071618.01	249	4	Arrived at Station 19.
41	19 to 18	9/8	9/8	0747	0347	67 26.702	69 32.769	580	86	B2510345	251	B2510340	171	172	09080743.01	250		Launched fish in transit to station 18.
41	19 to 18	9/8	9/8	0949	0549	67 17.162	69 28.733	430	87	B2510549	251		173	174	09080743.01	250	along Adelaide	Changed DAT tape, VPR tapes and Acoustic filename
41	19 to 18	9/8	9/8	1153	0753	67 08.807	69 19.211	471	88	B2510753	251		175	176		250	along Adelaide	Changed DAT tape, VPR tapes and Acoustic filename
41	19 to 18	9/8	9/8	1355	0955	67 03.171	69 09.251	380	**	B2510955	251		177	178		250	along Adelaide	DAT tape 87 has been written over for ~0.5h.
41	18	9/8	9/8	1430	1030	67 02.738	69 08.555		89	B2511034	251	B2511030	179	180	09081435.01	250		New files for CTD station
41	18 to 17	9/8	9/8	1605	1205	67 02.870	69 08.721	516	90	B2511204	251	B2511030	181	182		250		Started tapes and files again for transit to Station 17 - Still Deployment 41
41	18 to 17	9/8	9/8	1802	1402	66 58.111	69 27.469	543	91	B2511402	251		183	184		250		Changed DAT tape, VPR tapes and Acoustic filename
41	17	9/8	9/8	1831	1431	66 56.634	69 30.294	516	91	B2511402	251	B2511030	183	184	09081605.01	250		Retrieved at Station 17
42	17 to 9	9/9	9/9	0508	0108	67 0.659	69 30.850	518	92	B2520105	252	B2520100	185	186	09090501.01	251		BMP launched
42	17 to 9	9/9	9/9	0710	0310	66 53.697	69 28.895	438	93	B2520309	252	B2520100	187	188		251		Changed DAT tape, VPR tapes and Acoustic filename
42	17 to 9	9/9	9/9	0912	0512	66 47.809	69 15.476	261	94	B2520512	252	B2520100	189	190		251		Changed DAT tape, VPR tapes and Acoustic filename
42	17 to 9	9/9	9/9	1114	0714	66 42.749	68 59.417	256	95	B2520714	252	B2520100	191	192		251	along Adelaide	Changed DAT tape, VPR tapes and Acoustic filename
42	17 to 9	9/9	9/9	1213	0813	66 40.569	68 53.792		95	B2520714	252	B2520100	191	192	09090501.01	251	along Adelaide	End of towyo -- bringing fish aboard
43	8 to 5	9/9	9/9	1905	1505	66 48.639	68 26.475	149	96	B2521523	252	B2521505	193	194	09091921.01	251		Start towyo from Station 8 to Station 5
43	8 to 5	9/9	9/9	2126	1726	66 40.706	68 34.344	434	97	B2521726	252		195	196		251		Changed DAT tape, VPR tapes and Acoustic filename
43	8 to 5	9/9	9/9	2329	1929	66 31.333	68 29.606	558	98	B2521929	252		197	198		251		Changed DAT tape, VPR tapes and Acoustic filename
43	5	9/10	9/9	0121	2121	66 28.853	68 22.783	558	98	B2521929	252	B2521505	197	198	09091921.01	252		Retrieval for station activity
44	RI-1	9/11	9/11	0916	0516	65 11.056	65 34.721	622	99	B2540521	254	B2540514	199	200	09110915.01	253		Renaud Island 24-hour station - Deployment #1 - Holding at 17m.
44	RI-1	9/11	9/11	1030	0630	65 11.154	65 34.243	556	99	B2540521	254	B2540514	199	200	09110915.01	253		BMP out, MOCNESS in.
45	RI-2	9/11	9/11	1515	1115	65 10.092	65 35.813	722	100	B2541139	254	B2541115	201	202	09111614.01	253		Start CTD series II -Started ESS on deck - fish in H2O at 1131 or so.
45	RI-2	9/11	9/11	1611	1211				100	B2541212	254	B2541115	201	202	09111614.01	253		Deploy after seawater switch repair
45	RI-2	9/11	9/11	1710	1310	65 09.80	65 34.57	715	100	B2541212	254	B2541115	201	202	09111614.01	253		Retrieve - dock in crate
46	RI	9/11	9/11	1826	1426	65 09.525	65 34.057	550	101	C2541426	254	B2541417	None	None	None	253		Start Calibration run.
46	RI	9/11	9/11	1911	1511	65 09.453	65 33.894	550	101	C2541511	254	B2541417	None	None	None	253		Change acoustics filename
46	RI	9/11	9/11	2011	1611	65 09.280	65 33.407	580	101	C2541511	254	B2541417	None	None	None	253		Retrieval - end calibration
47	RI-3	9/11	9/11	2104	1704	65 09.107	65 32.867	576	102	S2541702	254	B2541657	203	204	09112106.01	253		Deploy Series #3
47	RI-3	9/11	9/11	2320	1920	65 08.815	65 31.743	570	102	S2541702	254	B2541657	203	204	09112106.01	253		Retrieve for MOC1 tow
48	RI-4	9/12	9/11	0235	2235	65 07.942	65 30.597	537	103	S2542238	254	B2542236	205	206	09120238.01	254		Start fourth CTD series of casts
48	RI-4	9/12	9/12	0414	0014	65 07.614	65 30.566	576	103	S2542238	255	B2542236	205	206	09120238.01	254		Deployment ends - CTD out of water - BMP out of water
49	RI-5	9/12	9/12	0630	0230	65 07.381	65 30.186	542	104	S25500226	255	B2550223	207	208	09120634.01	254		Deployed BMP - fifth and last CTD series at this station
49	RI-5	9/12	9/12	0806	0406	65 07.411	65 30.021	549	104	S25500226	255	B2550223	207	208	09120634.01	254		BMP recovered and stowed
50	Palmer	9/12	9/12	1746	1346	65 46.243	65 03.283	30	105	C2551351	255	B2551449	None	None	None	254		Calibration in the quiet water off Palmer Station
50	Palmer	9/12	9/12	1850	1450	65 46.243	65 3.292	30	105	C2551351	255	B2551449	None	None	None	254		Calibration ends

CTD Cast #	Sta #	Grid location	Latitude Longitude D M D M				Local Depth	Sample Depth	Concentration Obs. Estim.		Speed	Diameter	NGDR
1	Matha	515.090	66	31.37	67	16.15	685	0	13.33	19.18	0.035	16.53	0.878
1	Matha	515.090	66	31.37	67	16.15	685	50	19.69	28.33	0.030	17.77	0.946
1	Matha	515.090	66	31.37	67	16.15	685	100	20.01	28.79	0.011	15.82	0.709
1	Matha	515.090	66	31.37	67	16.15	685	300	15.55	22.37	0.046	16.45	0.539
2	CS1	514.095	66	30.31	67	22.64	230	5	8.55	12.30	0.035	15.65	0.870
2	CS1	514.095	66	30.31	67	22.64	230	100	17.92	25.78	0.033	15.49	0.951
2	CS1	514.095	66	30.31	67	22.64	230	138	14.34	20.63	0.017	15.33	0.713
2	CS1	514.095	66	30.31	67	22.64	230	220	9.63	13.86	0.060	14.40	0.856
3	CS2	509.097	66	31.89	67	28.73	575	0	8.85	12.73	0.087	17.04	0.964
3	CS2	509.097	66	31.89	67	28.73	575	50	17.55	25.25	0.049	15.06	0.938
3	CS2	509.097	66	31.89	67	28.73	575	100	12.81	18.43	0.105	19.43	0.978
3	CS2	509.097	66	31.89	67	28.73	575	560	8.91	12.82	0.061	16.14	0.983
4	CS3	504.097	66	34.12	67	32.67	207	0	32.92	47.36	0.091	17.69	0.992
4	CS3	504.097	66	34.12	67	32.67	207	50	34.49	49.62	0.060	16.35	0.978
4	CS3	504.097	66	34.12	67	32.67	207	100	31.22	44.92	0.060	17.72	0.826
4	CS3	504.097	66	34.12	67	32.67	207	207	20.48	29.47	0.062	16.94	0.924
5	CS7	503.074	66	41.68	67	7.50	232	0	21.24	30.56	0.073	18.18	0.972
5	CS7	503.074	66	41.68	67	7.50	232	75	11.31	16.27	0.032	21.49	0.957
5	CS7	503.074	66	41.68	67	7.50	232	100	27.77	39.95	0.042	18.05	0.717
5	CS7	503.074	66	41.68	67	7.50	232	218	31.65	45.54	0.033	17.26	0.941
6	CS6	506.083	66	37.86	67	15.62	580	0	25.61	36.85	0.020	17.32	0.860
6	CS6	506.083	66	37.86	67	15.62	580	75	43.77	62.97	0.020	17.51	0.697
6	CS6	506.083	66	37.86	67	15.62	580	100	21.72	31.25	0.019	17.18	0.906
6	CS6	506.083	66	37.86	67	15.62	580	556	12.61	18.14	0.046	14.55	0.980
7	CS5	505.093	66	35.02	67	27.83	876	0	10.41	14.98	0.014	15.64	0.954
7	CS5	505.093	66	35.02	67	27.83	876	75	32.85	47.26	0.020	15.36	0.576
7	CS5	505.093	66	35.02	67	27.83	876	300	15.48	22.27	0.017	16.08	0.939
7	CS5	505.093	66	35.02	67	27.83	876	600	9.70	13.96	0.015	17.69	0.977
8	CS4	506.103	66	31.73	67	38.15	237	0	12.74	18.33	0.016	17.92	0.971
8	CS4	506.103	66	31.73	67	38.15	237	50	13.62	19.60	0.020	17.43	0.935
8	CS4	506.103	66	31.73	67	38.15	237	75	20.59	29.62	0.023	16.89	0.798
8	CS4	506.103	66	31.73	67	38.15	237	198	5.69	8.19	0.025	16.17	0.939
10	T1		67	11.32	70	39.09	507	0	24.86	16.63	0.019	17.19	0.991
10	T1		67	11.32	70	39.09	507	50	11.80	36.51	0.028	16.27	0.965
10	T1		67	11.32	70	39.09	507	470	11.80	7.90	0.011	15.29	0.938
10	T1		67	11.32	70	39.09	507	75	24.80	7.72	0.022	20.33	0.771
11	75	101.255	68	40.30	76	10.14	428	0	39.10	12.17	0.028	19.12	0.931
11	75	101.255	68	40.30	76	10.14	428	100	19.50	6.07	0.028	19.35	0.922
11	75	101.255	68	40.30	76	10.14	428	190	6.40	4.28	0.035	18.39	0.960
11	75	101.255	68	40.30	76	10.14	428	405	11.68	7.81	0.021	16.41	0.966
13	76	101.220	68	44.92	75	41.73	467	0	26.88	17.98	0.023	16.55	0.929
13	76	101.220	68	44.92	75	41.73	467	100	6.36	4.26	0.011	15.91	0.952
13	76	101.220	68	44.92	75	41.73	467	150	14.71	4.58	0.024	17.09	0.778
13	76	101.220	68	44.92	75	41.73	467	300	38.73	12.05	0.022	15.62	0.865
15	77	101.180	68	52.51	75	7.15	501	0	5.76	5.65	0.024	20.02	0.986
15	77	101.180	68	52.51	75	7.15	501	50	10.81	10.61	0.022	16.03	0.971
15	77	101.180	68	52.51	75	7.15	501	100	9.01	6.03	0.016	16.89	0.993
15	77	101.180	68	52.51	75	7.15	501	200	43.69	13.59	0.023	17.21	0.884
17	17-81(~80)	61.180	69	3.09	75	37.81	365	0	28.34	8.82	0.023	22.53	0.646
17	17-81 (~80)	61.180	69	3.09	75	37.81	365	100	35.66	12.93	0.017	17.47	0.972
17	17-81 (~80)	61.180	69	3.09	75	37.81	365	200	14.85	4.62	0.032	17.41	0.908
17	17-81 (~80)	61.180	69	3.09	75	37.81	365	300	9.12	6.10	0.018	21.57	0.964
19	81	61.120	69	0.19	76	18.72	410	0	6.91	4.62	0.018	23.37	0.932
19	81	61.120	69	0.19	76	18.72	410	75	12.87	8.61	0.011	17.90	0.985
19	81	61.120	69	0.19	76	18.72	410	150	17.11	11.45	0.015	17.82	0.918
19	81	61.120	69	0.19	76	18.72	410	315	10.78	7.21	0.034	16.96	0.957
20	82	61.255	68	45.28	76	42.31	425	0	10.08	4.60	0.017	21.81	0.768
20	82	61.255	68	45.28	76	42.31	425	150	17.15	7.83	0.015	18.56	0.905
20	82	61.255	68	45.28	76	42.31	425	300	23.61	7.35	0.023	22.90	0.566
20	82	61.255	68	45.28	76	42.31	425	365	17.95	5.59	0.051	21.17	0.979
21	75	101.255	68	31.30	76	17.37	1180	0	37.35	13.54	0.014	22.57	0.468
21	75	101.255	68	31.30	76	17.37	1180	100	31.16	14.22	0.019	17.98	0.804
21	75	101.255	68	31.30	76	17.37	1180	200	12.81	8.57	0.011	18.28	0.804
21	75	101.255	68	31.30	76	17.37	1180	1172	13.45	9.00	0.017	20.26	0.906
23	74	141.255	68	16.43	75	38.31	1695	0	42.26	16.54	0.016	18.71	0.544
23	74	141.255	68	16.43	75	38.31	1695	75	14.42	5.65	0.021	17.50	0.976
23	74	141.255	68	16.43	75	38.31	1695	150	10.37	4.06	0.023	14.94	0.969
23	74	141.255	68	16.43	75	38.31	1695	400	25.99	10.17	0.021	15.54	0.974
23	74	141.255	68	16.43	75	38.31	1695	1685	24.87	9.74	0.025	18.05	0.934
25	73	141.220	68	27.83	75	0.86	431	0	7.39	4.24	0.029	23.59	0.440
25	73	141.220	68	27.83	75	0.86	431	100	7.97	3.64	0.024	19.72	0.888
25	73	141.220	68	27.83	75	0.86	431	200	11.57	5.28	0.030	16.01	0.852
25	73	141.220	68	27.83	75	0.86	431	409	14.99	6.84	0.029	19.69	0.866
28	72	141.180	68	35.25	74	4.26	682	0	38.51	11.98	0.020	21.52	0.859
28	72	141.180	68	35.25	74	4.26	682	100	5.65	3.78	0.014	15.77	0.855
28	72	141.180	68	35.25	74	4.26	682	350	12.08	5.51	0.015	17.04	0.984
28	72	141.180	68	35.25	74	4.26	682	667	21.24	9.69	0.018	16.92	0.812
30	65	181.241	68	5.10	74	41.93	404	0	14.14	5.13	0.001	18.65	0.711
30	65	181.241	68	5.10	74	41.93	404	100	16.37	7.47	0.021	17.02	0.832
30	65	181.241	68	5.10	74	41.93	404	220	51.90	29.80	0.013	16.86	0.929
30	65	181.241	68	5.10	74	41.93	404	270	41.68	12.97	0.018	20.52	0.775
30	65	181.241	68	5.10	74	41.93	404	390	14.71	4.58	0.012	22.86	0.938
31	41-42	301.180	67	32.77	71	35.28	454	0	38.37	11.94	0.016	19.08	0.937
31	41-42	301.180	67	32.77	71	35.28	454	75	7.00	4.68	0.033	23.25	0.987
31	41-42	301.180	67	32.77	71	35.28	454	310	5.82	5.71	0.022	16.92	0.984
31	41-42	301.180	67	32.77	71	35.28	454	433	11.18	10.97	0.024	18.09	0.816
33	43	301.220	67	13.01	72	28.08	413	0	30.00	13.69	0.016	17.36	0.642
33	43	301.220	67	13.01	72	28.08	413	90	13.63	6.22	0.013	15.87	0.654
33	43	301.220	67	13.01	72	28.08	413	200	12.00	5.48	0.018	19.17	0.775
33	43	301.220	67	13.01	72	28.08	413	392	8.96	4.09	0.014	18.11	0.911
33	43	301.220	67	13.01	72	28.08	413	300	13.05	4.73	0.022	16.57	0.942
34	44	301.265	66	59.25	73	23.97	3410	0	4.89	1.77	0.006	23.02	0.762
34	44	301.265	66	59.25	73	23.97	3410	150	15.08	5.47	0.019	18.29	0.966
34	44	301.265	66	59.25	73	23.97	3410	250	4.19	1.91	0.011	18.87	0.778
34	44	301.265	66	59.25	73	23.97	3410	2000	7.91	3.61	0.007	18.14	0.978
35	45	261.295	67	12.68	74	29.37	2971	0	24.33	11.10	0.011	14.77	0.730
35	45	261.295	67	12.68	74	29.37	2971	0	19.29	8.80	0.016	19.94	0.928
35	45	261.295	67	12.68	74	29.37	2971	0	18.17	8.29	0.019	17.95	0.823
35	45	261.295	67	12.68	74	29.37	2971	100	5.92	8.52	0.045	19.40	0.804
35	45	261.295	67	12.68	74	29.37	2971	290	14.06	9.41	0.022	16.24	0.973
35	45	261.295	67	12.68	74	29.37	2971	2000	6.61	2.40	0.017	16.78	0.959
37	46	261.255	67	27.41	73	48.01	444	0	21.81	7.91	0.018	19.53	0.546
37	46	261.255	67	27.41	73	48.01	444	120	14.63	5.31	0.017	20.76	0.916
37	46	261.255	67	27.41	73	48.01	444	250	5.59	2.03	0.022	18.02	0.933
37	46	261.255	67	27.41	73	48.01	444	425	34.39	10.70	0.022	17.21	0.960
39	64	221.295	67	31.01	75	5.48	2933	0	24.24	11.06	0.010	17.53	0.769
39	64	221.295	67	31.01	75	5.48	2933	150	12.08	5.51	0.012	17.42	0.779
39	64	221.295	67	31.01	75	5.48	2933	250	12.59	5.74	0.013	18.40	0.968
39	64	221.295	67	31.01	75	5.48	2933	2923	5.98	2.17	0.029	19.14	0.846
40	63	221.265	67	40.49	74	35.00	2552	0	11.14	5.08	0.020	15.38	0.755
40	63	221.265	67	40.49	74	35.00	2552	47	9.65	4.40	0.017	16.09	0.916
40	63	221.265	67	40.49	74	35.00	2552	297	3.98	1.24	0.014	17.86	0.970
40	63	221.265	67	40.49	74	35.00	2552	2532	5.71	2.61	0.040	17.86	0.995
41	62	220.242	67	49.07	74	10.60	1091	0	26.53	12.11	0.013	19.79	0.623
41	62	220.242	67	49.07	74	10.60	1091	100	7.69	3.51	0.024	19.84	0.872
41	62	220.242	67	49.07	74	10.60	1091	300	9.75	4.45	0.046	18.57	0.997
41	62	220.242	67	49.07	74	10.60	1091	1085	3.76	1.36	0.022	27.56	0.972
43	48	261.180	67	53.65	72	14.19	303	0	24.64	11.24	0.023	17.59	0.520
43	48	261.180	67	53.65	72	14.19	303	60	12.54	5.72	0.009	16.17	0.544
43	48	261.180	67	53.65	72	14.19	303	75	17.51	7.99	0.022	16.09	0.867
43	48	261.180	67	53.65	72	14.19	303	250	4.39	2.00	0.014	22.63	0.884
43	48	261.180	67	53.65	72	14.19	303	291	4.67	2.13	0.024	18.71	0.954
45	49	261.140	68	4.47	71	35.92	431	0	20.47	13.70	0.027	15.60	0.992
45	49	261.140	68	4.47	71	35.92	431	100	10.92	3.40	0.011	16.91	0.960
45	49	261.140	68	4.47	71	35.92	431	300	3.39	1.55	0.022	19.39	0.983
45	49	261.140	68	4.47	71	35.92	431	429	9.35	2.91	0.031	20.28	0.996
47	40	301.100	68	2.00	70	23.76	863	0	21.45	9.79	0.006	15.11	0.698
47	40	301.100	68	2.00	70	23.76	863	90	14.55	6.64	0.039	17.36	0.919
47	40	301.100	68	2.00	70	23.76	863	250	27.65	12.62	0.021	16.19	0.827
47	40	301.100	68	2.00	70	23.76	863	400	5.35	2.44	0.005	17.90	0.983
47	40	301.100	68	2.00	70	23.76	863	830	8.08	2.93	0.021	17.59	0.971
49	41	301.140	67	49.81	71	14.34	380	0	7.70	3.51	0.035	17.71	0.911
49	41	301.140	67	49.81	71	14.34	380	50	16.08	5.83	0.013	17.40	0.953
49	41	301.140	67	49.81	71	14.34	380	300	16.02	7.31	0.016	15.69	0.807
49	41	301.140	67	49.81	71	14.34	380	361	12.65	5.77	0.016	17.84	0.809
51	26	341.220	67	7.45	72	0.21	425	0	10.04	3.12	0.012	15.94	0.254
51	26	341.220	67	7.45	72	0.21	425	75	12.13	4.40	0.012	17.10	0.855
51	26	341.220	67	7.45	72	0.21	425	405	16.62	7.58	0.027	16.66	0.960
	26							UIW	49.33	27.12	0.020	16.32	0.828
57	4	501.180	66	9.40	69	6.32	347	0	16.57	5.16	0.010	19.58	0.415
57	4	501.180	66	9.40	69	6.32	347	75	19.84	7.19	0.013	15.65	0.538
57	4	501.180	66	9.40	69	6.32	347	150	5.49	1.99	0.032	19.82	0.990
57	4	501.180	66	9.40	69	6.32	347	317	13.09	4.75	0.015	17.40	0.948
59	3	501.220	65	57.19	69	49.09	345	0	5.55	2.01	0.010	19.34	0.834
59	3	501.220	65	57.19	69	49.09	345	50	9.93	3.60	0.023	25.72	0.914
59	3	501.220	65	57.19	69	49.09	345	199	6.53	2.37	0.024	18.47	0.823
59	3	501.220	65	57.19	69	49.09	345	342	22.86	8.29	0.015	16.68	0.928
60	2	500.251	65	47.23	70	17.79	748	0	8.40	3.05	0.007	23.97	0.837
60	2	500.251	65	47.23	70	17.79	748	100	9.88	3.58	0.024	18.65	0.897
60	2	500.251	65	47.23	70	17.79	748	500	7.87	2.85	0.028	17.11	0.854
60	2	500.251	65	47.23	70	17.79	748	804	3.77	1.37	0.015	20.40	0.974
62	1	507.271	65	37.22	70	36.58	3225	0	11.86	4.30	0.017	17.77	0.409
62	1	507.271	65	37.22	70	36.58	3225	50	17.69	5.50	0.025	19.08	0.631
62	1	507.271	65	37.22	70	36.58	3225	600	7.24	2.25	0.022	19.37	0.985
62	1	507.271	65	37.22	70	36.58	3225	3211	9.09	3.30	0.055	26.51	0.981
63	13	459.265	66	0.45	71	8.71	2944	0	17.37	6.30	0.041	26.14	0.997
63	13	459.265	66	0.45	71	8.71	2944	100	6.22	2.26	0.034	24.16	0.994
63	13	459.265	66	0.45	71	8.71	2944	316	12.75	3.97	0.009	14.56	0.747
63	13	459.265	66	0.45	71	8.71	2944	2934	22.09	8.01	0.018	17.30	0.958
64	12	460.250	66	5.39	70	51.96	899	0	19.03	5.92	0.018	22.83	0.950
64	12	460.250	66	5.39	70	51.96	899	100	10.56	3.29	0.022	20.78	0.987
64	12	460.250	66	5.39	70	51.96	899	270	9.61	2.99	0.011	15.01	0.890
64	12	460.250	66	5.39	70	51.96	899	895	9.26	4.23	0.031	22.71	0.994
66	11	461.220	66	13.61	70	23.70	467	0	13.79	6.29	0.011	27.51	0.762
66	11	461.220	66	13.61	70	23.70	467	30	6.43	2.93	0.029	18.82	0.987
66	11	461.220	66	13.61	70	23.70	467	75	8.64	3.13	0.019	23.36	0.988
66	11	461.220	66	13.61	70	23.70	467	446	22.65	8.21	0.032	19.25	0.969
68	10	461.180	66	27.20	69	37.25	503	0	29.55	10.72	0.011	20.79	0.722
68	10	461.180	66	27.20	69	37.25	503	75	16.93	6.14	0.013	17.38	0.933
68	10	461.180	66	27.20	69	37.25	503	300	10.31	3.74	0.045	31.83	0.977
68	10	461.180	66	27.20	69	37.25	503	484	17.71	5.51	0.031	20.87	0.994
74	16	421.180	66	44.80	70	10.29	519	0	10.12	3.67	0.016	23.39	0.967
74	16	421.180	66	44.80	70	10.29	519	75	6.83	2.48	0.020	16.83	0.952
74	16	421.180	66	44.80	70	10.29	519	200	13.59	4.23	0.026	21.73	0.989
74	16	421.180	66	44.80	70	10.29	519	400	11.76	4.26	0.025	15.79	0.963
74	16	421.180	66	44.80	70	10.29	519	500	23.70	10.81	0.034	19.88	0.991
	16							UIW	23.57	23.13	0.014	17.96	0.930
76	15	421.225	66	30.83	70	57.50	543	0	7.93	3.62	0.013	16.16	0.244
76	15	421.225	66	30.83	70	57.50	543	75	5.24	1.90	0.016	21.72	0.844
76	15	421.225	66	30.83	70	57.50	543	250	9.42	3.42	0.025	20.96	0.994
76	15	421.225	66	30.83	70	57.50	543	285	22.12	8.66	0.031	18.97	0.989
76	15	421.225	66	30.83	70	57.50	543	532	6.13	1.91	0.023	21.12	0.996
	14							UIW	18.74	18.39	0.011	19.96	0.934
81	14	420.247	66	23.53	71	21.37	871	0	13.84	5.02	0.019	17.78	0.707
81	14	420.247	66	23.53	71	21.37	871	30	10.66	3.87	0.019	15.37	0.947
81	14	420.247	66	23.53	71	21.37	871	150	12.44	4.51	0.028	19.18	0.963
81	14	420.247	66	23.53	71	21.37	871	337	10.45	3.79	0.034	17.21	0.977
81	14	420.247	66	23.53	71	21.37	871	866	11.63	4.22	0.023	24.48	0.838
83	23	381.264	66	40.79	71	59.19	1767	0	14.94	5.42	0.023	18.65	0.736
83	23	381.264	66	40.79	71	59.19	1767	100	24.67	8.95	0.028	17.84	0.768
83	23	381.264	66	40.79	71	59.19	1767	250	10.71	3.88	0.021	19.42	0.747
83	23	381.264	66	40.79	71	59.19	1767	1757	9.85	3.57	0.021	18.74	0.980
85	22	381.220	66	49.26	71	25.72	478	0	29.50	10.70	0.014	15.38	0.823
85	22	381.220	66	49.26	71	25.72	478	75	31.21	14.24	0.016	15.90	0.866
85	22	381.220	66	49.26	71	25.72	478	250	11.36	5.18	0.014	16.88	0.996
85	22	381.220	66	49.26	71	25.72	478	460	14.51	8.33	0.027	16.18	0.989
87	21	381.180	67	2.29	70	42.03	504	0	7.78	2.82	0.011	20.71	0.844
87	21	381.180	67	2.29	70	42.03	504	75	25.84	9.37	0.022	19.72	0.978
87	21	381.180	67	2.29	70	42.03	504	200	10.34	3.75	0.059	25.14	0.989
87	21	381.180	67	2.29	70	42.03	504	484	15.61	5.66	0.018	17.72	0.975
91	20A		67	12.41	70	16.40	663	0	43.04	15.61	0.016	18.92	0.649
91	20A		67	12.41	70	16.40	663	90	14.33	5.20	0.034	17.80	0.878
91	20A		67	12.41	70	16.40	663	264	18.20	6.60	0.041	22.48	0.989
91	20A		67	12.41	70	16.40	663	641	10.46	7.00	0.027	18.08	0.946
91	20A		67	12.41	70	16.40	663	180	4.26	1.94	0.006	26.13	0.607
93	19	373.110	67	28.38	69	30.93	390	0	7.52	3.43	0.009	18.27	0.780
93	19	373.110	67	28.38	69	30.93	390	100	14.40	5.22	0.019	17.50	0.919
93	19	373.110	67	28.38	69	30.93	390	150	20.56	7.46	0.024	17.39	0.971
93	19	373.110	67	28.38	69	30.93	390	300	11.49	5.24	0.026	20.61	0.987
93	19	373.110	67	28.38	69	30.93	390	383	13.44	6.13	0.042	18.58	0.995
95	18	421.125	67	2.89	69	8.61	427	0	21.98	10.03	0.006	17.23	0.677
95	18	421.125	67	2.89	69	8.61	427	100	15.58	5.65	0.024	18.61	0.992
95	18	421.125	67	2.89	69	8.61	427	250	20.30	7.36	0.024	17.19	0.969
95	18	421.125	67	2.89	69	8.61	427	415	19.84	9.05	0.025	16.65	0.969
	18							UIW	20.96	7.41	0.089	15.44	0.889
97	17	421.145	66	59.97	69	30.18	512	0	11.18	4.05	0.015	18.43	0.786
97	17	421.145	66	59.97	69	30.18	512	75	10.23	3.71	0.041	18.25	0.923
97	17	421.145	66	59.97	69	30.18	512	200	8.25	2.99	0.021	17.36	0.971
97	17	421.145	66	59.97	69	30.18	512	496	19.21	6.97	0.035	21.51	0.935
99	9	461.140	66	40.85	68	54.52	328	0	10.84	3.93	0.012	18.95	0.836
99	9	461.140	66	40.85	68	54.52	328	75	19.71	7.15	0.016	17.36	0.974
99	9	461.140	66	40.85	68	54.52	328	240	11.72	5.35	0.025	14.98	0.989
99	9	461.140	66	40.85	68	54.52	328	311	25.98	11.85	0.017	16.87	0.955
101	8	460.115	66	48.74	68	26.25	73	0	8.81	4.02	0.009	14.36	0.854
101	8	460.115	66	48.74	68	26.25	73	5	14.55	5.28	0.026	21.37	0.968
101	8	460.115	66	48.74	68	26.25	73	65	29.19	13.32	0.017	17.89	0.945
103	5	501.140	66	25.82	68	24.69	675	0	11.93	5.44	0.025	22.63	0.983
103	5	501.140	66	25.82	68	24.69	675	100	5.66	2.58	0.022	18.68	0.966
103	5	501.140	66	25.82	68	24.69	675	350	6.83	3.12	0.016	15.23	0.968
103	5	501.140	66	25.82	68	24.69	675	650	23.35	10.65	0.022	16.06	0.987
107	RI2		65	9.87	65	35.39	723	0	66.94	24.28	0.012	17.63	0.524
107	RI2		65	9.87	65	35.39	723	50	34.01	12.33	0.029	17.25	0.984
107	RI2		65	9.87	65	35.39	723	250	24.12	16.14	0.025	16.51	0.981
107	RI2		65	9.87	65	35.39	723	730	28.62	28.08	0.027	17.60	0.987
	RI2							UIW	50.00	105.49	0.018	17.03	0.544
116	RI5		65	7.41	65	30.07	536	0	47.78	21.80	0.016	17.47	0.463
116	RI5		65	7.41	65	30.07	536	75	18.38	8.39	0.012	15.92	0.832
116	RI5		65	7.41	65	30.07	536	200	26.44	12.06	0.023	17.53	0.968
116	RI5		65	7.41	65	30.07	536	500	44.02	15.96	0.021	16.21	0.895
118	GS1		64	43.00	63	1.64	372	0	31.17	14.22	0.011	19.46	0.798
118	GS1		64	43.00	63	1.64	372	40	11.49	5.24	0.010	17.16	0.808
118	GS1		64	43.00	63	1.64	372	100	29.19	13.32	0.025	16.78	0.989
118	GS1		64	43.00	63	1.64	372	325	18.30	12.24	0.027	17.64	0.991
120	GS2		64	34.70	62	39.50	759	0	9.98	4.55	0.042	20.13	0.979
120	GS2		64	34.70	62	39.50	759	220	6.27	2.86	0.010	20.25	0.944
120	GS2		64	34.70	62	39.50	759	300	25.19	7.84	0.029	18.22	0.897
120	GS2		64	34.70	62	39.50	759	730	22.23	10.14	0.031	19.56	0.979
123	GS3		64	28.10	62	14.02	662	0	16.54	7.55	0.061	24.13	0.990
123	GS3		64	28.10	62	14.02	662	270	26.73	12.20	0.028	19.59	0.982
123	GS3		64	28.10	62	14.02	662	657	13.18	6.01	0.051	19.74	0.995
127	GS4		64	18.61	61	56.56	1055	0	30.66	15.10	0.030	17.04	0.405
127	GS4		64	18.61	61	56.56	1055	70	27.19	8.46	0.024	16.02	0.864
127	GS4		64	18.61	61	56.56	1055	470	18.33	6.65	0.048	23.35	0.987
127	GS4		64	18.61	61	56.56	1055	1048	17.12	7.81	0.049	23.55	0.994
129	GS5		64	10.02	61	52.03	718	0	11.10	4.03	0.054	21.17	0.997
129	GS5		64	10.02	61	52.03	718	240	28.05	10.17	0.052	20.76	0.985
129	GS5		64	10.02	61	52.03	718	695	15.26	5.53	0.034	17.98	0.989
130	GS6		64	0.38	61	45.24	1204	0	48.85	28.04	0.030	19.37	0.551
130	GS6		64	0.38	61	45.24	1204	320	21.34	7.74	0.048	19.48	0.982
130	GS6		64	0.38	61	45.24	1204	500	35.41	12.84	0.023	18.64	0.908
130	GS6		64	0.38	61	45.24	1204	1150	37.31	13.53	0.019	16.88	0.832

eventno	Instr	cast#	s/e	Depth	Decimal Time
nbp21202.002	BMP	1	s	40	212.9257
nbp21202.003	BMP	1	e	30	212.9479
nbp21202.004	BMP	2	s	30	212.959
nbp21202.005	BMP	2	e	30	212.9826
nbp21202.006	BMP	3	s	30	212.9882
nbp21202.007	BMP	3	e	30	213.0111
nbp21702.003	CTD	1	s	500	217.8007
nbp21702.005	CTD	1	e	500	217.8111
nbp21702.007	BMP	4	s	3	217.8736
nbp21702.008	BMP	4	e	3	217.991
nbp21702.009	CTD	2	s	220	218.1285
nbp21702.010	CTD	2	e	220	218.1528
nbp21802.001	CTD	3	s	560	218.2111
nbp21802.002	CTD	3	e	560	218.241
nbp21802.003	CTD	4	s	207	218.3014
nbp21802.004	CTD	4	e	207	218.3194
nbp21802.015	Tucker	1	s		218.8993
nbp21802.016	Tucker	1	e		218.9361
nbp21802.017	Tucker	2	s		218.9424
nbp21802.018	Tucker	2	e		218.9583
nbp21902.001	CTD	5	s	218	219.1813
nbp21902.002	CTD	5	e	218	219.2014
nbp21902.003	CTD	6	s	556	219.2736
nbp21902.004	CTD	6	e	556	219.3021
nbp21902.005	CTD	7	s	849	219.3736
nbp21902.006	CTD	7	e	849	219.4132
nbp21902.007	CTD	8	s	223	219.4722
nbp21902.008	CTD	8	e	223	219.4931
nbp21902.014	MOC1	1	s	395	219.7403
nbp21902.015	MOC1	1	e	395	219.8319
nbp21902.017	MOC10	1	s		219.9681
nbp21902.018	MOC10	1	e		220.0625
nbp22102.009	CTD	9	s	200	221.6354
nbp22102.010	CTD	9	e	200	221.6389
nbp22102.011	CTD	10	s	470	221.6465
nbp22102.012	CTD	10	e	470	221.6736
nbp22302.006	CTD	11	s	405	223.8722
nbp22302.007	CTD	11	e	405	223.8979
nbp22302.008	BMP	5	s	3	223.9222
nbp22302.009	BMP	5	e	3	223.9868
nbp22302.010	MOC10	2	s	350	224.0382
nbp22302.011	MOC10	2	e	350	224.1146
nbp22302.012	Tucker	3	s	100	224.15
nbp22402.001	Tucker	3	e	100	224.1875
nbp22402.002	BMP	6	s	105	224.2083
nbp22402.003	BMP	6	e	105	224.2326
nbp22402.004	CTD	12	s	200	224.3521
nbp22402.005	CTD	12	e	200	224.359
nbp22402.006	CTD	13	s	458	224.3618
nbp22402.007	CTD	13	e	458	224.3938
nbp22402.012	BMP	7	s		224.7542
nbp22402.014	BMP	7	e		224.8438
nbp22402.015	CTD	14	s	200	224.8632
nbp22402.017	CTD	14	e	200	224.875
nbp22402.018	CTD	15	s	476	224.8764
nbp22402.019	CTD	15	e	476	224.9021
nbp22402.024	MOC1	2	s		225.0292
nbp22402.025	MOC1	2	e		225.0736
nbp22502.001	CTD	16	s	290	225.5028
nbp22502.002	CTD	16	e	290	225.5069
nbp22502.003	CTD	17	s	345	225.5097
nbp22502.004	CTD	17	e	345	225.5333
nbp22502.008	BMP	8	s	100	225.5542
nbp22502.009	BMP	8	e	100	225.5972
nbp22502.010	Tucker	4	s	75	225.6271
nbp22502.011	Tucker	4	e	75	225.6424
nbp22502.012	Tucker	5	s	250	225.6479
nbp22502.013	Tucker	5	e	250	225.6701
nbp22502.016	CTD	18	s	200	225.8528
nbp22502.017	CTD	18	e	200	225.8611
nbp22502.018	CTD	19	s	395	225.8625
nbp22502.019	CTD	19	e	395	225.8847
nbp22502.020	Tucker	6	s		225.9174
nbp22502.021	Tucker	6	s		225.9347
nbp22602.001	MOC1	3	s	260	226.316
nbp22602.002	MOC1	3	e		226.3472
nbp22602.007	CTD	20	s		226.4847
nbp22602.008	CTD	20	e		226.5333
nbp22602.011	CTD	21	s	1172	226.6896
nbp22602.012	CTD	21	e	1172	226.7347
nbp22602.013	Tucker	7	s		226.7569
nbp22602.014	Tucker	7	e		226.7896
nbp22602.017	CTD/FRRF	22	s	100	227.0097
nbp22602.018	CTD/FRRF	22	e	100	227.0146
nbp22602.019	ctd/CMiPS	23	s	1685	227.0264
nbp22602.020	ctd/CMiPS	23	e	1685	227.0951
nbp22602.021	Tucker	8	s		227.1104
nbp22602.022	Tucker	8	e		227.1313
nbp22702.001	CTD	24	s		227.3826
nbp22702.002	CTD	24	e		227.391
nbp22702.003	CTD	25	s		227.3931
nbp22702.004	CTD	25	e	409	227.4042
nbp22702.005	BMP	9	s	100	227.4479
nbp22702.006	BMP	9	e	100	227.4861
nbp22702.009	BMP	10	s	100	227.5778
nbp22702.010	BMP	10	e	100	227.691
nbp22702.012	CTD	26	s	100	227.8125
nbp22702.013	CTD	26	e	100	227.8222
nbp22702.014	CTD	27	s	1	227.8264
nbp22702.015	CTD	27	e	1	227.8299
nbp22702.016	CTD	28	s	667	227.8438
nbp22702.017	CTD	28	e	667	227.8806
nbp22702.019	Tucker	9	s	150	227.8986
nbp22702.020	Tucker	9	e	150	227.9326
nbp22702.021	MOC10	3	s	500	227.9583
nbp22702.022	MOC10	3	e	500	228.0382
nbp22802.003	MOC1	4	s		228.191
nbp22802.004	MOC1	4	e		228.2458
nbp22802.007	BMP	11	s		228.7243
nbp22802.009	BMP	11	e		228.8021
nbp22802.015	BMP	12	s		229.0167
nbp22802.016	BMP	12	e		229.0833
nbp22902.006	CTD	29	s	300	229.6201
nbp22902.007	CTD	29	e	300	229.6306
nbp22902.008	CTD	30	s	390	229.6326
nbp22902.009	CTD	30	e	390	229.6688
nbp22902.010	MOC1	5		375	229.6958
nbp22902.011	MOC1	5		0	229.7646
nbp22902.012	MOC10	4	s	350	229.8007
nbp22902.013	MOC10	4	e		229.841
nbp22902.014	Tucker	10	s	100	229.8653
nbp22902.015	Tucker	10	e	100	229.8868
nbp22902.017	BMP	13	s	150	229.8993
nbp22902.018	BMP	13	e	150	229.9583
nbp23102.005	CTD	31	s	433	231.5083
nbp23102.006	CTD	31	e	433	231.5431
nbp23102.008	MOC1	6	s	400	231.6028
nbp23102.009	MOC1	6	e		231.6569
nbp23102.010	Tucker	11	s	150	231.6778
nbp23102.011	Tucker	11	e	150	231.709
nbp23102.012	MOC10	5	s	400	231.7424
nbp23102.013	MOC10	5	e	400	231.791
nbp23102.016	BMP	14	s		231.8694
nbp23102.018	BMP	14	e		231.9583
nbp23202.006	CTD	32	s	200	232.6306
nbp23202.008	CTD	32	e	200	232.6403
nbp23202.009	CTD	33	s	392	232.6438
nbp23202.010	CTD	33	e	392	232.6819
nbp23202.011	BMP	15	s		232.8125
nbp23202.014	BMP	15	e		232.9951
nbp23202.015	Tucker	12	s	75	233.0215
nbp23202.016	Tucker	12	e	75	233.0326
nbp23202.017	MOC10	6	s	1000	233.0819
nbp23302.001	MOC10	6	e	1000	233.25
nbp23302.006	CTD	34	s	2000	233.616
nbp23302.008	CTD	34	e	2000	233.7014
nbp23302.010	BMP	16	s	250	233.7215
nbp23302.012	BMP	16	e		233.8965
nbp23302.016	CTD	35	s	2000	234.0403
nbp23302.017	CTD	35	e	2000	234.1104
nbp23302.018	Tucker	13	s	200	234.1257
nbp23302.019	Tucker	13	e	200	234.1465
nbp23302.020	Tucker	14	s	900	234.1618
nbp23402.001	Tucker	14	e	900	234.2271
nbp23402.002	MOC1	7	s		234.2514
nbp23402.003	MOC1	7	s		234.3653
nbp23402.006	BMP	17	s		234.4792
nbp23402.010	BMP	17	e	to 250	234.8299
nbp23402.012	CTD	36	s	100	234.8535
nbp23402.013	CTD	36	e	100	234.8667
nbp23402.014	CTD	37	s	425	234.8681
nbp23402.015	CTD	37	e	425	234.9028
nbp23402.016	Tucker	15	s	200	234.9215
nbp23402.017	Tucker	15	e	200	234.9382
nbp23402.018	Tucker	16	s	700	234.9479
nbp23402.019	Tucker	16	e	700	234.9979
nbp23402.020	Tucker	17	s	600	235.0028
nbp23402.021	Tucker	17	e	600	235.0465
nbp23402.022	BMP	18	S	~150	235.1257
nbp23502.004	BMP	18	s		235.4549
nbp23502.010	CTD	38	s	100	235.6396
nbp23502.011	CTD	38	e	100	235.6486
nbp23502.012	CTD	39	s	2923	235.6681
nbp23502.013	CTD	39	e	2923	235.7736
nbp23502.014	Tucker	18	s	500	235.7965
nbp23502.016	Tucker	18	e	500	235.8368
nbp23502.017	BMP	19	e	200	235.8542
nbp23502.020	BMP	19	e	200	236.0486
nbp23502.021	CTD	40	s	2532	236.075
nbp23502.022	CTD	40	e	2532	236.1604
nbp23602.001	BMP	20	s	200	236.1701
nbp23602.002	BMP	20	e		236.4368
nbp23602.008	CTD	41	s	1085	236.6514
nbp23602.010	CTD	41	e	1085	236.7007
nbp23602.011	BMP	21	s		236.7639
nbp23602.013	BMP	21	e	350	236.8854
nbp23602.015	tucker	19	s	500	236.8993
nbp23602.016	tucker	19	e		236.9417
nbp23602.017	MOC1	8	s		236.9722
nbp23602.018	MOC1	8	e		237.0278
nbp23602.019	MOC10	7	s	250	237.0639
nbp23602.020	MOC10	7	e	250	237.1042
nbp23602.021	Tucker	20	s	100	237.1236
nbp23702.001	Tucker	20	e	100	237.1674
nbp23702.002	BMP	22	s	160	237.2132
nbp23702.003	BMP	22	e	160	237.3375
nbp23702.004	CTD	42	s	200	237.3681
nbp23702.005	CTD	42	e	200	237.3771
nbp23702.006	CTD	43	s	291	237.3819
nbp23702.007	CTD	43	e	291	237.4118
nbp23702.008	BMP	23	s		237.4361
nbp23702.012	BMP	23	e		237.7292
nbp23702.013	CTD	44	s	200	237.7563
nbp23702.014	CTD	44	e	200	237.7646
nbp23702.015	CTD	45	s	429	237.7681
nbp23702.016	CTD	45	e	429	237.8076
nbp23702.022	Reeve net	1	s	125	237.9479
nbp23702.023	Reeve net	1	e	125	237.9604
nbp23702.024	Ring net	1	s	80	237.9861
nbp23702.025	Ring net	1	e	80	237.9944
nbp23702.026	Tucker	21	s		238.0063
nbp23702.027	Tucker	21	e		238.0104
nbp23702.028	Tucker	22	s	250	238.0417
nbp23702.030	BMP	24	s	200	238.0764
nbp23702.029	Tucker	22	e	250	238.0799
nbp23802.001	BMP	24	e	200	238.5
nbp23802.005	CTD	46	s	200	238.5708
nbp23802.006	CTD	46	e		238.5785
nbp23802.007	CTD	47	s	832	238.5819
nbp23802.008	CTD	47	e		238.634
nbp23802.012	BMP	25	s		238.7563
nbp23802.015	BMP	25	e	170	238.8924
nbp23902.011	Reeve net	2	s	200	240.0625
nbp23902.012	Reeve net	2	e	200	240.0882
nbp23902.013	Ring net	1	s	400	240.0889
nbp23902.014	Ring net	1	e	400	240.1146
nbp24002.001	CTD	48	s	350	240.4201
nbp24002.002	CTD	48	e	350	240.4326
nbp24002.003	CTD	49	s	361	240.4361
nbp24002.004	CTD	49	e	361	240.4667
nbp24102.005	CTD	50	s		241.4694
nbp24102.006	CTD	50	e		241.4757
nbp24102.007	CTD	51	s	405	241.4903
nbp24102.009	CTD	51	e	405	241.5125
nbp24102.010	Reeve net	3	s		241.5236
nbp24102.012	Reeve net	3	e		241.5465
nbp24102.013	MOC1	9	s		241.5903
nbp24102.014	MOC1	9	e		241.709
nbp24102.016	CTD	52	s	300	241.766
nbp24102.017	CTD	52	e	300	241.7778
nbp24102.018	CTD	53	s	300	241.7792
nbp24102.019	CTD	53	e	300	241.7903
nbp24102.020	CTD	54	s	300	241.7917
nbp24102.021	CTD	54	e	300	241.8035
nbp24102.022	CTD	55	s	300	241.8042
nbp24102.023	CTD	55	e	300	241.8167
nbp24102.025	Tucker	23	s		241.8542
nbp24102.026	Tucker	23	e		241.8778
nbp24102.027	Tucker	24	s		241.8799
nbp24102.030	Tucker	24	e		241.9028
nbp24102.031	Tucker	25	s		241.9063
nbp24102.032	Tucker	25	e		241.9271
nbp24102.033	Tucker	26	s		241.9375
nbp24102.034	Tucker	26	e		241.9688
nbp24102.37	BMP	26	s	~125	242.0938
nbp24202.001	BMP	26	e		242.1875
nbp24402.001	Ring/Reeve	4	s	10 and 20	244.1986
nbp24402.002	Ring/Reeve	4	e		244.2396
nbp24402.005	CTD	56	s		244.3972
nbp24402.006	CTD	56	e		244.409
nbp24402.007	CTD	57	s		244.4111
nbp24402.008	CTD	57	e		244.4424
nbp24402.009	MOC1	10	s		244.4611
nbp24402.012	MOC1	10	e		244.516
nbp24402.013	BMP	27	s		244.5507
nbp24402.014	BMP	27	e		244.6986
nbp24402.015	BMP	28	s		244.7069
nbp24402.016	CTD	58	s	200	244.791
nbp24402.017	CTD	58	e	200	244.8007
nbp24402.018	CTD	59	s	342	244.8014
nbp24402.019	CTD	59	e	342	244.8257
nbp24402.022	BMP	28	e		244.9896
nbp24402.025	CTD	60	s	804	245.0938
nbp24402.026	CTD	60	e	804	245.1368
nbp24402.027	MOC10	8	s	n/a	245.1458
nbp24402.028	MOC10	8	e		245.166
nbp24502.001	BMP	29	s		245.2153
nbp24502.002	BMP	29	e		245.2764
nbp24502.003	CTD	61	s	100	245.3819
nbp24502.004	CTD	61	e	100	245.3889
nbp24502.005	CTD	62	s	3217	245.4639
nbp24502.008	CTD	62	e	3217	245.5278
nbp24502.009	BMP	30	s	100	245.5486
nbp24502.011	BMP	30	e	~100	245.7847
nbp24502.012	MOC10	9	s	1000	245.7965
nbp24502.014	MOC10	9	e		245.9924
nbp24502.015	Ring/Reeve	5	s	10	246.0417
nbp24502.016	Ring/Reeve	5	e	10	246.0917
nbp24502.017	CTD	63	s	2934	246.1125
nbp24602.001	CTD	63	e	2934	246.2153
nbp24602.004	BMP	31	s		246.3021
nbp24602.005	BMP	31	e		246.3681
nbp24602.011	CTD	64	s	895	246.5243
nbp24602.012	CTD	64	e	895	246.5764
nbp24602.014	BMP	32	s	100	246.6042
nbp24602.015	BMP	32	e		246.75
nbp24602.018	CTD	65	s	200	246.8819
nbp24602.019	CTD	65	e	200	246.8896
nbp24602.020	CTD	66	s	446	246.8896
nbp24602.021	CTD	66	e	446	246.9167
nbp24602.024	MOC1	11	s	425	246.9375
nbp24602.025	MOC1	11	e		247.0313
nbp24602.026	Ring/Reeve	6	s	5+10	247.0465
nbp24602.027	Ring/Reeve	6	e	5 + 10	247.0938
nbp24602.028	Tucker	27	s	250	247.1042
nbp24602.029	Tucker	27	e	250	247.1389
nbp24602.030	BMP	33	s	100	247.1556
nbp24702.001	BMP	33	e	125	247.375
nbp24702.002	CTD	67	s	350	247.4208
nbp24702.003	CTD	67	e	350	247.4326
nbp24702.004	CTD	68	s	484	247.4396
nbp24702.005	CTD	68	e	484	247.4792
nbp24702.008	BMP	34	s		247.5
nbp24702.009	BMP	34	e	125	247.7444
nbp24702.012	CTD	69	s	330	247.7799
nbp24702.013	CTD	69	e	330	247.7965
nbp24702.014	CTD	70	s	350	247.7972
nbp24702.015	CTD	70	e	350	247.809
nbp24702.016	CTD	71	s	350	247.8104
nbp24702.017	CTD	71	e	350	247.8243
nbp24702.018	CTD	72	s	350	247.8243
nbp24702.019	CTD	72	e	350	247.8382
nbp24702.020	CTD	73	s	350	247.8389
nbp24702.021	CTD	73	e	350	247.8514
nbp24702.022	CTD	74	s	500	247.8521
nbp24702.025	CTD	74	e	500	247.8819
nbp24702.030	MOC1	12	s	480	248.0174
nbp24702.031	MOC1	12	e		248.1042
nbp24702.032	Tucker	28	s	400	248.1174
nbp24702.033	Tucker	28	e	400	248.1458
nbp24702.034	BMP	35	s	100	248.1528
nbp24802.001	BMP	35	e	100	248.4375
nbp24802.002	BMP	36	s	100	248.4458
nbp24802.003	CTD	75	s	350	248.4632
nbp24802.004	CTD	75	e	350	248.475
nbp24802.005	CTD	76	s	532	248.4778
nbp24802.006	CTD	76	e	532	248.509
nbp24802.009	BMP	36	e		248.634
nbp24802.011	CTD	77	s	375	248.7097
nbp24802.012	CTD	77	e	375	248.7222
nbp24802.013	CTD	78	s	375	248.7236
nbp24802.014	CTD	78	e	375	248.7368
nbp24802.015	CTD	79	s	375	248.7382
nbp24802.016	CTD	79	e	375	248.7514
nbp24802.017	CTD	80	s	375	248.7528
nbp24802.018	CTD	80	e	375	248.7674
nbp24802.020	CTD	81	s	866	248.7924
nbp24802.021	CTD	81	e	866	248.8347
nbp24802.022	BMP	37	s	100	248.8424
nbp24802.025	BMP	37	e	100	249.0639
nbp24802.026	Ring/Reeve	7	s	10	249.0799
nbp24802.027	Ring/Reeve	7	e	10	249.1215
nbp24902.002	CTD	82	s	350	249.3125
nbp24902.003	CTD	82	e	350	249.3194
nbp24902.004	CTD	83	s	1757	249.3542
nbp24902.005	CTD	83	e	1757	249.4042
nbp24902.006	MOC1	13	s	800	249.4132
nbp24902.007	MOC1	13	e		249.5215
nbp24902.010	BMP	38	s		249.5382
nbp24902.011	BMP	38	e		249.6521
nbp24902.012	CTD	84	s	350	249.6743
nbp24902.013	CTD	84	e	350	249.691
nbp24902.014	CTD	85	s	400	249.6917
nbp24902.015	CTD	85	e	400	249.7208
nbp24902.016	MOC10	10	s	400	249.7417
nbp24902.017	MOC10	10	e	400	249.8201
nbp24902.018	BMP	39	s	100	249.9076
nbp24902.021	BMP	39	e	100	250.0382
nbp24902.022	Ring/Reeve	8	s	15/20	250.0708
nbp24902.023	Ring/Reeve	8	s		250.1146
nbp25002.003	CTD	86	s	350	250.2778
nbp25002.004	CTD	86	e	350	250.284
nbp25002.005	CTD	87	s	485	250.2986
nbp25002.006	CTD	87	e	485	250.3215
nbp25002.007	MOC1	14	s	450	250.3438
nbp25002.008	MOC1	14	e		250.434
nbp25002.009	BMP	40	s		250.4583
nbp25002.012	CTD	88	s	350	250.5979
nbp25002.013	CTD	88	e	350	250.6056
nbp25002.014	CTD	89	s	350	250.6146
nbp25002.015	CTD	89	e	350	250.6215
nbp25002.016	CTD	90	s	150	250.6292
nbp25002.017	CTD	90	e	150	250.6306
nbp25002.018	CTD	91	s	641	250.6375
nbp25002.019	CTD	91	e	641	250.6764
nbp25002.021	BMP	40	e	125	250.9111
nbp25002.023	CTD	92	s	315	250.9306
nbp25002.024	CTD	92	e	315	250.9438
nbp25002.025	CTD	93	s	383	250.9451
nbp25002.026	CTD	93	e	383	250.9736
nbp25002.027	Ring/Reeve	9	s	15/20	250.9875
nbp25002.028	Ring/Reeve	9	e		251.0299
nbp25002.029	MOC10	11	s	500	251.0674
nbp25102.001	MOC10	11	e		251.1667
nbp25102.002	MOC1	15	s		251.1819
nbp25102.003	MOC1	15	e	525	251.2736
nbp25102.004	BMP	41	s		251.3229
nbp25102.007	CTD	94	s	350	251.6181
nbp25102.008	CTD	94	e	350	251.6299
nbp25102.009	CTD	95	s	415	251.6319
nbp25102.010	CTD	95	e		251.6604
nbp25102.011	BMP	41	e	100	251.7715
nbp25102.020	Ring/Reeve	10	s	15/20	252.0826
nbp25102.021	Ring/Reeve	10	e	15/20	252.1243
nbp25102.022	CTD	96	s	350	252.141
nbp25102.023	CTD	96	e	350	252.1535
nbp25102.024	CTD	97	s	496	252.1556
nbp25202.001	CTD	97	e	496	252.1889
nbp25202.002	BMP	42	s	100	252.2118
nbp25202.004	BMP		e	100	252.509
nbp25202.006	CTD	98	s	300	252.5333
nbp25202.007	CTD	98	e	300	252.5444
nbp25202.008	CTD	99	s	311	252.5458
nbp25202.009	CTD	99	e	311	252.5715
nbp25202.010	MOC1	16	s	300	252.5896
nbp25202.011	MOC1	16	e		252.6688
nbp25202.012	CTD	100	s	67	252.7694
nbp25202.013	CTD	100	e	67	252.7743
nbp25202.014	CTD	101	s	65	252.7757
nbp25202.015	CTD	101	e	65	252.7757
nbp25202.016	BMP	43	s		252.8014
nbp25202.019	BMP	43	e	125	253.0563
nbp25202.020	Ring/Reeve	11	s	10&20	253.0729
nbp25202.021	Ring/Reeve	11	e		253.1181
nbp25302.003	CTD	102	s	360	253.2576
nbp25302.004	CTD	102	e	350	253.2639
nbp25302.005	CTD	103	s	650	253.2833
nbp25302.006	CTD	103	e	650	253.3111
nbp25302.007	MOC1	17	s		253.3361
nbp25302.008	MOC1	17	e	500	253.4076
nbp25402.001	BMP	44	s	12	254.3861
nbp25402.002	CTD	104	s	400	254.3979
nbp25402.003	CTD	104	e	400	254.4118
nbp25402.004	CTD	105	s	400	254.4139
nbp25402.005	CTD	105	e	400	254.4278
nbp25402.006	BMP	44	e	12	254.4375
nbp25402.007	MOC1	18	s		254.4479
nbp25402.009	MOC1	18	e		254.5069
nbp25402.015	BMP	45	s		254.6465
nbp25402.016	CTD	106	s	400	254.6569
nbp25402.017	CTD	106	e	400	254.6715
nbp25402.018	CTD	107	s	730	254.6736
nbp25402.019	CTD	107	e	730	254.7118
nbp25402.020	BMP	45	e		254.7201
nbp25402.022	BMP	46	s		254.7604
nbp25402.023	BMP	46	e	2	254.841
nbp25402.026	CTD	108	s	350	254.875
nbp25402.023	BMP	47	s	10	254.8778
nbp25402.027	CTD	108	e	350	254.8979
nbp25402.028	CTD	109	s	350	254.8979
nbp25402.029	CTD	109	e	350	254.9118
nbp25402.030	CTD	110	s	350	254.9118
nbp25402.031	CTD	110	e	350	254.9243
nbp25402.032	CTD	111	s	350	254.9257
nbp25402.033	CTD	111	e	350	254.9375
nbp25402.034	BMP	47	e		254.9653
nbp25402.035	MOC1	19	s		254.9688
nbp25402.036	MOC1	19	e		255.0271
nbp25402.037	Ring/Reeve	12	s	10&20	255.066
nbp25402.038	Ring/Reeve	12	e	10&20	255.0972
nbp25402.039	BMP	48	s	10	255.1076
nbp25402.040	CTD	112	s	350	255.1111
nbp25402.041	CTD	112	e	350	255.1271
nbp25402.042	CTD	113	s	350	255.1278
nbp25402.043	CTD	113	e	350	255.141
nbp25402.044	CTD	114	s	500	255.1417
nbp25502.001	CTD	114	e	500	255.1757
nbp25502.002	BMP	48	e		255.1764
nbp25502.005	BMP	49	s	13	255.2708
nbp25502.006	CTD	115	s		255.2806
nbp25502.007	CTD	115	e		255.2938
nbp25502.008	CTD	116	s		255.2958
nbp25502.009	CTD	116	e		255.3368
nbp25502.010	BMP	49	e		255.3375
nbp25502.013	BMP	50	s	2	255.7403
nbp25502.014	BMP	50	e	2	255.7847
nbp25601.004	CTD	117	s	350	256.8319
nbp25601.005	CTD	117	e	350	256.8451
nbp25601.006	CTD	118	s	350	256.8458
nbp25601.007	CTD	118	s	350	256.8458
nbp25601.009	CTD	119	s	350	256.9257
nbp25601.010	CTD	119	e	350	256.9382
nbp25601.011	CTD	120	s	757	256.941
nbp25601.012	CTD	120	e	757	256.9688
nbp25601.013	CTD	121	s	350	257.0061
nbp25601.015	CTD	122	s	350	257.0092
nbp25601.016	CTD	122	e	350	257.0092
nbp25601.014	CTD	121	e	350	257.0122
nbp25601.018	CTD	123	e	650	257.0123
nbp25601.017	CTD	123	s	650	257.0217
nbp25602.019	CTD	124	s	350	257.1507
nbp25602.020	CTD	124	e	350	257.1625
nbp25602.021	CTD	125	s	350	257.1639
nbp25702.001	CTD	125	e	350	257.1889
nbp25702.002	CTD	126	s	450	257.191
nbp25702.003	CTD	126	e	450	257.1972
nbp25702.004	CTD	127	s	1048	257.2028
nbp25702.005	CTD	127	e	1048	257.2174
nbp25702.006	CTD	128	s	500	257.3361
nbp25702.007	CTD	128	e	500	257.3493
nbp25702.008	CTD	129	s	695	257.3493
nbp25702.009	CTD	129	e	695	257.3611
nbp25702.011	CTD	130	s	1160	257.4681
nbp25702.012	CTD	130	e	1160	257.4875

trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-001	CS-4	500-1200	500	19:07-23:07

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-200 m	net 2: 300-200 m	net 1: 300-500 m	net 0: 0-500 m	Pisces
						Bathylagus antarcticus
				4	5	Electrona antarctica
1						Gymnoscopelus braueri
						Gymnoscopelus nicholsi
						Gymnoscopelus opisthopterus
						Protomyctophum bolini
						Pleuragramma antarcticum
				2	1	Melanostigma gelatinosum
						Paraliparus terraenovae
				1		notothenioid larvae
						Crustacea
						Euphausia crystallorophias
200 juv	200 juv	30 adults + 25 juv			200	Euphausia superba
		6				Euphausia triacantha
		70	75			Thysanoessa macrura
						Pasiphaea scotiae
						Gennadas sp
			12			Epimeriella macronyx
	1		10	24	8	Eusirus perdentatus
					1	Cyphocaris richardi
						Parandania boecki
						Cyllopus lucasi
						Primno macropa
						Themisto gaudichaudii
						Vibilia stebbingi
				1		Antarctomysis ohlinii
						Gnathophausia gigas
						Ctenophora
5					3	Callianira antarctica
						Beroe sp
						Cnidaria
			2			Periphylla sp
						Atolla
						Stygiomedusa gigantea
						Mollusca
						Galiteuthis glacialis
						other squid
trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-002	75	430	350	21:00 - 22:45

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-150 m	net 2: 150-200 m	net 1: 200-350 m	net 0: 0-350 m	Pisces
						Bathylagus antarcticus
				1	1	Electrona antarctica
						Gymnoscopelus braueri
						Gymnoscopelus nicholsi
						Gymnoscopelus opisthopterus
						Protomyctophum bolini
						Pleuragramma antarcticum
						Melanostigma gelatinosum
						Paraliparus terraenovae
						notothenioid larvae
						Crustacea
						Euphausia crystallorophias
50 juvs	12 adults	6adults+ 6juvs	6 adults+10 juvs		1000 juv	Euphausia superba
				12		Euphausia triacantha
	6	20	10			Thysanoessa macrura
						Pasiphaea scotiae
						Gennadas sp
						Epimeriella macronyx
						Eusirus perdentatus
						Cyphocaris richardi
						Parandania boecki
						Cyllopus lucasi
						Primno macropa
					10	Themisto gaudichaudii
						Vibilia stebbingi
						Antarctomysis ohlinii
						Gnathophausia gigas
						Pareuchaeta sp
						Gigantocypris sp
						Ctenophora
11			1			Callianira antarctica
						Beroe sp
						Cnidaria
						Periphylla sp
						Atolla
						Stygiomedusa gigantea
						Mollusca
						Galiteuthis glacialis
						other squid
						Chordata
	25					Salpa thompsoni
trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-003	72	677	500	19:00-21:00

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-200 m	net 2: 300-200 m	net 1: 300-500 m	net 0: 0-500 m	Pisces
					1	Bathylagus antarcticus
				1	3	Electrona antarctica
						Gymnoscopelus braueri
						Gymnoscopelus nicholsi
						Gymnoscopelus opisthopterus
					1	Protomyctophum bolini
						Pleuragramma antarcticum
						Melanostigma gelatinosum
						Paraliparus terraenovae
		1				notothenioid larvae
						Crustacea
						Euphausia crystallorophias
1	50 juvs	60 juvs 10 ads	75 juvs and ads	20	50	Euphausia superba
				20		Euphausia triacantha
5			150 med size	100	50	Thysanoessa macrura
						Pasiphaea scotiae
						Gennadas sp
	3			30	75	Epimeriella macronyx
			2		15	Eusirus perdentatus
						Cyphocaris richardi
						Parandania boecki
						Cyllopus lucasi
				1		Primno macropa
						Themisto gaudichaudii
						Vibilia stebbingi
1 small				25	100	Antarctomysis ohlinii
						Gnathophausia gigas
					200	Pareuchaeta sp
						Gigantocypris sp
						Ctenophora
	2	15			12	Callianira antarctica
						Beroe sp
						Cnidaria
						Periphylla sp
						Atolla
						Stygiomedusa gigantea
						Mollusca
						Galiteuthis glacialis
						other squid
						Chordata
						Salpa thompsoni
						Chaetognatha
			3		6	misc large chaetognaths
						Annelida
				1	1	Tompopterus
				12		Pelagobia
trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-004	65	417	350	14:57-16:12

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-150 m	net 2: 150-200 m	net 1: 200-350 m	net 0: 0-350 m	Pisces
						Bathylagus antarcticus
						Electrona antarctica
						Gymnoscopelus braueri
						Gymnoscopelus nicholsi
						Gymnoscopelus opisthopterus
						Protomyctophum bolini
						Pleuragramma antarcticum
						Melanostigma gelatinosum
						Paraliparus terraenovae
7						notothenioid larvae
						Crustacea
						Euphausia crystallorophias
						Euphausia superba
						Euphausia triacantha
		6	20		30	Thysanoessa macrura
						Pasiphaea scotiae
						Gennadas sp
						Epimeriella macronyx
						Eusirus perdentatus
						Cyphocaris richardi
						Parandania boecki
	1		8			Cyllopus lucasi
						Primno macropa
						Themisto gaudichaudii
					1	Vibilia stebbingi
						Antarctomysis ohlinii
						Gnathophausia gigas
				20		Pareuchaeta sp
					1	Gigantocypris sp
						Ctenophora
1			8		1	Callianira antarctica
						Beroe sp
						Cnidaria
						Periphylla sp
				1		Atolla
						Stygiomedusa gigantea
				2		misc hydromedusae
						Mollusca
						Galiteuthis glacialis
						other squid
						Chordata
						Salpa thompsoni
						Chaetognatha
				4	6	misc large chaetognaths
						Annelida
						Tompopterus
						Pelagobia
trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-006	44	2158	1000 m	21:58 - 02:00

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-200 m	net 2: 200-500 m	net 1: 500-1000 m	net 0: 0-1000 m	Pisces
				6		Bathylagus antarcticus
		1	5		4	Electrona antarctica
		1			4	Gymnoscopelus braueri
			2	2		Gymnoscopelus nicholsi
				2		Gymnoscopelus opisthopterus
				1		Lampanyctus achirus
						Protomyctophum bolini
						Pleuragramma antarcticum
				6	4	Cyclothone sp
				1		Borostomias antarcticus
			1			Benthalbella macropinna
						Melanostigma gelatinosum
				1		Opisthoproctid no id
						Paraliparus terraenovae
						notothenioid larvae
						Crustacea
						Euphausia crystallorophias
10					6	Euphausia superba
			12		6	Euphausia triacantha
25	75	5	25			Thysanoessa macrura
						Pasiphaea scotiae
						Gennadas sp
						Epimeriella macronyx
						Eusirus perdentatus
			1		1	Cyphocaris richardi
						Parandania boecki
						Cyllopus lucasi
						Primno macropa
						Themisto gaudichaudii
						Vibilia stebbingi
						Antarctomysis ohlinii
				2		Eucopia sp
						Gnathophausia gigas
						Pareuchaeta sp
				1	2	Gigantocypris sp
						Ctenophora
3						Callianira antarctica
						Beroe sp
						Cnidaria
				3	1	Periphylla sp
			2	2	2	Atolla
						Stygiomedusa gigantea
						Mollusca
				1		Galiteuthis glacialis
				1		other squid
						Chordata
100						Salpa thompsoni
						Chaetognatha
						misc large chaetognaths
						Annelida
						Tompopterus
						Pelagobia
						Platyhelminthes
				1		flatworm no id
trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-007	between 62 and 48	376	250	21:32 - 22:29

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-150 m	net 2: 150-200 m	net 1: 200-250 m	net 0: 0-250 m	Pisces
						Bathylagus antarcticus
						Electrona antarctica
						Gymnoscopelus braueri
						Gymnoscopelus nicholsi
						Gymnoscopelus opisthopterus
						Lampanyctus achirus
						Protomyctophum bolini
						Pleuragramma antarcticum
						Cyclothone sp
						Borostomias antarcticus
						Benthalbella macropinna
				1 larva		Notolepis coatsi
						Melanostigma gelatinosum
						Opisthoproctid no id
						Paraliparus terraenovae
	4					notothenioid larvae
						Crustacea
						Euphausia crystallorophias
2000	200 ads	12 juvs and ads	12 juvs	10 juvs and ads	25 juvs and ads	Euphausia superba
		1	10	8	10	Euphausia triacantha
		40	30 small	10	30	Thysanoessa macrura
						Pasiphaea scotiae
						Gennadas sp
						Epimeriella macronyx
						Eusirus perdentatus
						Cyphocaris richardi
						Parandania boecki
	2					Cyllopus lucasi
			4			Primno macropa
						Themisto gaudichaudii
						Vibilia stebbingi
		1				Antarctomysis ohlinii
						Eucopia sp
						Gnathophausia gigas
						Pareuchaeta sp
						Gigantocypris sp
						Ctenophora
						Callianira antarctica
						Beroe sp
						Cnidaria
						Periphylla sp
						Atolla
						Stygiomedusa gigantea
						Mollusca
						Galiteuthis glacialis
						other squid
						Chordata
						Salpa thompsoni
						Chaetognatha
					8	misc large chaetognaths
						Annelida
	1					Tompopterus
						Pelagobia
						Platyhelminthes
						flatworm no id
trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-009	13	3562	1000 m	15:07 - 19:46

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-200 m	net 2: 200-500 m	net 1: 500-1000 m	net 0: 0-1000 m	Pisces
			18	7	3	Bathylagus antarcticus
				5	9	Electrona antarctica
						Gymnoscopelus braueri
			1			Gymnoscopelus nicholsi
						Gymnoscopelus opisthopterus
						Lampanyctus achirus
			6		2	Protomyctophum bolini
						Pleuragramma antarcticum
				3		Cyclothone sp
						Borostomias antarcticus
						Benthalbella macropinna
						Notolepis coatsi
						Melanostigma gelatinosum
						Opisthoproctid no id
						Paraliparus terraenovae
1juvenile nototheniid						notothenioid larvae
						Crustacea
						Euphausia crystallorophias
	25 small	20	50			Euphausia superba
			75			Euphausia triacantha
75	200	75				Thysanoessa macrura
					2	Pasiphaea scotiae
				1		Gennadas sp
					1	Euandania sp
						Epimeriella macronyx
						Eusirus perdentatus
				4	2	Cyphocaris richardi
			1			Parandania boecki
1						Cyllopus lucasi
						Primno macropa
						Themisto gaudichaudii
						Vibilia stebbingi
						Antarctomysis ohlinii
						Eucopia sp
				1		Gnathophausia gigas
						Pareuchaeta sp
				2	1	Gigantocypris sp
						Ctenophora
3						Callianira antarctica
						Beroe sp
						Cnidaria
					1	Periphylla sp
				4	1	Atolla
				1		Stygiomedusa gigantea
						Mollusca
						Galiteuthis glacialis
					1	other squid
						Chordata
30						Salpa thompsoni
						Chaetognatha
						misc large chaetognaths
						Annelida
	1					Tompopterus
						Pelagobia
						Platyhelminthes
						flatworm no id
trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-10	22	479	400 m	13:48 - 15:41

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-200 m	net 2: 200-300 m	net 1: 300-400 m	net 0: 0-400 m	Pisces
						Bathylagus antarcticus
						Electrona antarctica
						Gymnoscopelus braueri
						Gymnoscopelus nicholsi
						Gymnoscopelus opisthopterus
						Lampanyctus achirus
				1		Protomyctophum bolini
						Pleuragramma antarcticum
						Cyclothone sp
						Borostomias antarcticus
						Benthalbella macropinna
						Notolepis coatsi
						Melanostigma gelatinosum
						Opisthoproctid no id
						Liparid no id
	1					notothenioid larvae
						Crustacea
						Euphausia crystallorophias
2			20 juvs	6 juvs	6 juvs	Euphausia superba
			12	30	8	Euphausia triacantha
1		14				Thysanoessa macrura
						Pasiphaea scotiae
						Gennadas sp
						Euandania sp
						Epimeriella macronyx
						Eusirus perdentatus
						Cyphocaris richardi
						Parandania boecki
	1					Cyllopus lucasi
			1		1	Primno macropa
						Themisto gaudichaudii
						Vibilia stebbingi
						Antarctomysis ohlinii
						Eucopia sp
						Gnathophausia gigas
						Pareuchaeta sp
						Gigantocypris sp
						Ctenophora
	3	6				Callianira antarctica
						Beroe sp
						Cnidaria
						Periphylla sp
						Atolla
						Stygiomedusa gigantea
						Mollusca
						Galiteuthis glacialis
						other squid
		1	1			pteropods
						Chordata
						Salpa thompsoni
						Chaetognatha
						misc large chaetognaths
						Annelida
						Tompopterus
						Pelagobia
						Platyhelminthes
						flatworm no id
trawl number	station number	bottom depth	trawl max depth	time of day		species captured
m10-011	19	492-700	500 m	21:37 - 23:45

		net number and depth

net 5: 0-50 m	net 4: 50-100 m	net 3: 100-200 m	net 2: 200-300 m	net 1: 300-500 m	net 0: 0-500 m	Pisces
						Bathylagus antarcticus
			1		6	Electrona antarctica
						Gymnoscopelus braueri
						Gymnoscopelus nicholsi
						Gymnoscopelus opisthopterus
						Lampanyctus achirus
						Protomyctophum bolini
						Pleuragramma antarcticum
						Cyclothone sp
						Borostomias antarcticus
						Benthalbella macropinna
						Notolepis coatsi
				4	1	Melanostigma gelatinosum
						Opisthoproctid no id
				1		Liparid no id
						notothenioid larvae
						Crustacea
						Euphausia crystallorophias
75 juvs	16 ads 85 juvs	300 ads and juvs	25 ads 12 juvs		25	Euphausia superba
			12			Euphausia triacantha
			12			Thysanoessa macrura
						Pasiphaea scotiae
						Gennadas sp
						Euandania sp
4				100	30	Epimeriella macronyx
					1	Eusirus perdentatus
						Cyphocaris richardi
						Parandania boecki
1						Cyllopus lucasi
1						Primno macropa
						Themisto gaudichaudii
						Vibilia stebbingi
						Antarctomysis ohlinii
						Eucopia sp
						Gnathophausia gigas
						Pareuchaeta sp
						Gigantocypris sp
						Ctenophora
						Callianira antarctica
						Beroe sp
						Cnidaria
					1 small	Periphylla sp
						Atolla
					1	Stygiomedusa gigantea
						Mollusca
						Galiteuthis glacialis
						other squid
						pteropods
						Chordata
						Salpa thompsoni
						Chaetognatha
12		6				misc large chaetognaths
						Annelida
						Tompopterus
						Pelagobia
						Platyhelminthes
						flatworm no id

APPENDIX 12. Log of ice stations and corresponding SO GLOBEC IV survey grid stations at which sea ice biology cores were collected during NBP0204.

ice station	grid station	event #	latitude (S)	longitude (W)	Date	Julian date	ice conditions (observed prior to sampling)	core #	snow depth (m)	ice thickness (m)	freeboard (m)
ice station	grid station	event #	latitude (S)	longitude (W)	Date	Julian date	ice conditions (observed prior to sampling)	core #	snow depth (m)	ice thickness (m)	freeboard (m)
1	Crystal Sound CTD Stn. 3	21802.006	66 33.98	67 32.45	06-Aug-02	218	10/10 coverage; 7/10 coverage by level small (20-100m)-to-medium (100-500m) first-year (FY) floes (z = 40-65cm, snow = 10cm); 3/10 coverage by large brash/FY ice chunks w/ snow cover	1	0.2	0.7	0.065
								2	0.23	0.79	0.04
								3	0.22	0.71	0.07
								4	0.23	0.84	0.07
								5	0.2	0.85	0.08
2	Crystal Sound CTD Stn. 4	21902.009	66 31.92	67 37.84	07-Aug-02	219	10/10 coverage; 7/10 coverage by level large (500-2000m) FY floes (z = 50cm, snow = 20cm); 2-3/10 coverage by medium floes (z = 50-70cm) w/ 10-20% areal ridge coverage (0.5-1.0m ave.sail height)	6	0.2	0.44	-0.015
3	transit station	22102.014	67 11.52	70 33.86	09-Aug-02	221	10/10 coverage by vast (>2000m) FY floes (z = 50-80cm) w/ 10-20% areal ridge coverage (1.0m ave. sail height); formed via cementation of cake and small floes	7	0.07	1.1	0.09
								8	0.35	1.4	-0.07
4	77	22402.020	68 51.75	75 07.07	12-Aug-02	224	10/10 coverage by vast FY floes (z = 50-80cm, snow = 10-20cm) w/ 10% areal ridge coverage (1.0m ave. sail height); algal coloration visible in >40% of overturned floes	9	0.18	1.78	0.08
								10	0.09	0.68	0.05
								11	0.07	0.65	0.01
								12	0.26	0.65	0.01
								13	0.13	0.61	0.015
								14	0.08	0.67	0.01
5	82	22602.004	68 46.70	76 46.84	14-Aug-02	226	10/10 coverage by vast FY floes (z = 50-60cm, snow = 0-20cm windpacked snow) w/ 25% areal ridge coverage (0.75m ave. sail height)	15	0.08	0.56	0.05
								16	0.1	0.42	0.03
6	72	22702.025	68 35.23	74 05.72	15-Aug-02	227	9/10 coverage (open lead within 1km) by vast FY floes (z = 50-70cm, snow = 20cm) w/ 10-15% areal ridge coverage (1.5m ave. sail height)	17	0.34	1.95	0.06
								18	0.1	2.15	0.15
7	65	22902.033	68 05.49	74 44.72	17-Aug-02	229	9/10 coverage (lead in distance) by vast FY floes (z = 50-70cm, snow = 10-15cm) w/ 10-20% areal ridge coverage (0.75m ave. sail height)	20	0.1	0.72	0.03
								21	0.13	0.7	0.03
								22	0.19	0.68	0.01
								23	0.16	0.69	0
								24	0.21	0.87	0
								25	0.23	0.79	0.02
								26	0.28	0.96	0.04
								27	0.27	0.9	0.025
8	Gould Stn. 2	23102.001	67 32.71	71 39.32	19-Aug-02	231	8-9/10 coverage by vast FY floes (z = 60-80cm, snow = 20cm) w/ 15-25% areal ridge coverage (1.0m ave. sail height)	28	0.21	0.61	0.045
								29	0.15	0.54	0
								30	0.1	0.56	0.01
								31	0.1	0.59	0.02
								32	0.15	0.56	0.02
								33	0.18	0.55	0.03
9	43	23202.001	67 15.94	72 31.84	20-Aug-02	232	10/10 coverage by vast FY floes (z = 60-150cm, snow = 10-20cm) composed of cake (<20m)-to-small floes consolidated together; 25-30% areal ridge coverage (1.5m ave. sail height)	34	0.14	0.97	0.055
								35	0.14	1.32	0.11
								36	0.11	0.91	0.015
								37	0.17	0.89	0.015
								38	0.09	0.73	0.015
								39	0.07	0.98	0.02
10	44	23302.002	67 01.38	73 24.51	21-Aug-02	233	10/10 coverage; 9/10 coverage by vast FY floes (z = 40-60cm, snow = 15-20cm) w/ 15% areal ridge coverage (0.5m ave. sail height); 1/10 coverage by thicker/older FY floes (z = 100cm, snow = >20cm)	40	0.25	0.91	0.02
								41	0.25	1.4	0.08
								42	0.21	1.42	-0.005
11	45	23302.014	67 13.99	74 28.92	21-Aug-02	233	10/10 coverage; 9/10 coverage by vast FY floes (z = 50-60cm, snow = 20cm) w/ 20-40% areal ridge coverage (0.75m ave. sail height); 1/10 coverage by small-to-medium second-year/multi-year floes (MY) floes (z = >300cm, snow = >80cm); MY floe sampled	43	0.85	2.9	ND
12	64	23502.006	67 30.93	75 05.55	23-Aug-02	235	10/10 coverage; 9/10 coverage by vast FY floes (z = 50-60cm, snow = 20cm) composed of cake and small floes cemented together; 1/10 coverage by small-to-medium second-year/MY floes floes (z = >300cm, snow = 75cm) w/ 15-25% areal ridge coverage (0.5-0.75m ave. sail height); MY floe sampled	44	0.97	2.96	ND
								45	0.83	3.13	0.005
13	62	23602.003	67 48.76	74 11.35	24-Aug-02	236	10/10 coverage by vast FY floes (z = 50-90cm, snow = 10-20cm) w/ 15% areal ridge coverage (1.0 ave. sail height)	46	0.18	0.84	0.13
								47	0.2	0.83	0.075
								48	0.12	0.49	0.04
14	49	23702.018	68 03.71	71 34.37	25-Aug-02	237	10/10 coverage; 7/10 coverage by vast FY floes (z = 60-90cm, snow = 10-15cm) w/ 25% areal ridge coverage (1.0m ave. sail height); 3/10 coverage by young gray/young gray-white ice in recently frozen leads	49	0.08	0.89	0.07
15	40	23902.007	67 56.24	70 53.85	27-Aug-02	239	10/10 coverage by vast FY floes (z = 60-80cm, snow = 15-20cm) w/ 40% areal ridge coverage (1.5m ave. sail height); ridges under heavy lateral pressure - difficult boat maneuvering	50	0.18	0.73	0.07
								51	0.16	0.73	0.05
								52	0.16	0.68	0.015
								53	0.22	0.8	0.02
								54	0.25	0.77	0.02
16	26	24102.003	67 06.82	72 00.22	29-Aug-02	241	10/10 coverage by vast FY floes (z = 100cm, snow = 20cm) w/ 20% areal ridge coverage (1.0m ave. sail height); under-ice surface extensively under-rafted by brash/ice blocks	55	0.35	1.01	0.04
								56	0.29	0.34	0.03
								57	0.3	1.35	0.04
								58	0.35	1.08	0.09
17	2	24402.023	65 47.92	70 22.46	01-Sep-02	244	9/10 coverage; 1/10 coverage by cake-to-small second-year/MY floes (z = >100cm, snow = 100cm) w/ heavy ridging/hummocks; 5/10 coverage by cake-to-small FY floes (z = 40-60cm, snow = 30cm) w/ 20-30% areal ridge coverage (0.75m ave. sail height); 3/10 coverage by brash ice/broken pancakes; rounded edges to floes indicate extensive and recent exposure to swell; complex ice field	59	0.56	2.27	-0.03
								60	0.56	2.27	-0.03
								61	0.2	0.9	0
								62	0.2	0.92	0
18	12	24602.005	66 06.02	70 51.94	03-Sep-02	246	8-9/10 coverage; 4/10 coverage by cake FY floes (z = 40-60cm, snow = 20cm) w/ 15% areal ridge coverage (0.5m ave. sail height); 3/10 coverage by pancakes (some cemented to form young gray ice sheets; z = 15-20cm, no snow); 1/10 coverage by brash ice	63	0.15	0.59	0.05
								64	0.17	0.58	0.03
								65	0.07	0.56	0.02
								66	0.04	0.5	0.045
								67	0.15	0.58	0.065
								68	0.15	0.6	0.09
19	16	24702.027	66 44.57	70 10.43	04-Sep-02	247	9/10 coverage by vast FY floes (z = 60->100cm, snow = 15-40cm) w/ 20-30% areal ridge coverage (1.5-2.0m ave. sail height); highly variable snow and ice thicknesses	69	0.14	0.62	0.02
								70	0.09	0.68	0.02
								71	0.32	1.98	0.02
								72	0.11	0.67	0.03
								73	0.11	0.63	0.03
20	21	24902.024	67 02.61	70 42.80	06-Sep-02	249	9-10/10 coverage by vast floes composed of a mixture of younger FY ice (z = 65cm, snow = 20-30cm) and older FY/second-year ice (z = >120cm, snow = 20-30cm) w/ 25% areal ridge coverage (1.5m ave. sail height)	74	0.34	0.55	0.1
								75	0.27	0.59	0.04
								76	0.37	1.18	0
								77	0.28	0.65	-0.01
								78	0.34	0.59	0.1
								79	0.4	0.65	-0.03
								80	0.4	0.65	-0.03
21	17	25102.014	66 57.71	69 29.69	08-Sep-02	251	8/10 coverage; 2/10 coverage by thick small-to-medium older FY floes (consisting of consolidated rubble; z = >300cm, snow = >50cm) w/ 50-70% areal ridge coverage (1.5m ave. sail height); 2/10 coverage by brash/rubble chunks from break-up of older FY floes; 4/10 coverage by young gray/young gray-white ice	81	0.3	2.97	0.22
22	5	25202.022	66 24.27	68 22.71	09-Sep-02	252	9-10/10 coverage by level vast FY floes (z = 40-60cm, snow = 20-30cm) w/ 5-10% areal ridge coverage (0.5m ave. sail height); surface flooding/seawater intrusion at ice-snow interface	82	0.1	0.58	0.02
								83	0.21	0.54	0
23	Renaud Island Station	25402.012	65 10.13	65 36.60	11-Sep-02	254	7-8/10 coverage; 6/10 coverage by medium FY floes (z = 50-80cm, snow = 20-30cm wet snow) composed of consolidated ice chunks, cake floes and brash w/ 5-15% areal ridge coverage (0.5-0.75m ave. sail height); surface flooding/seawater intrusion at ice-snow interface of primary ice type; 1/10 coverage by young gray ice (z = 10-15cm, no snow); 1/10 coverage by nilas (z = 5cm)	84	0.2	0.67	0
								85	0.29	0.69	-0.01
								86	0.2	0.49	-0.03
								87	0.18	0.44	0

Event Number	Instrument	Cast Number	Consec. Station no.	Latitude (̊S) Deg. Min.	Longitude (̊W) Deg. Min.	Water Depth (m)	Cast Depth (m)	Comments
nbp23502.001	XCTD	1	46-64	67 29.827	74 26.275			failed
nbp23502.003	XCTD	2	46-64	67 29.810	74 26.410			failed
nbp25702.013	XCTD	3	GS7	63 52.761	61 33.355	1080	961
nbp25702.015	XCTD	4	GS8	63 43.652	61 20.714	848	761
nbp25702.023	XCTD	5	DP1	62 43.61	62 13.14	496	438
nbp25702.025	XCTD	6	DP3	62 20.72	62 29.25	1972	1800	lost data
nbp25702.028	XCTD	7	DP4	62 10.48	62 33.56	1293	300	repeated
nbp25702.029	XCTD	8	DP4	62 10.202	62 33.66	1293	180	repeated
nbp25702.030	XCTD	9	DP4	62 10.00	62 33.74	1828	873
nbp25702.031	XCTD	10	DP5	62 0.96	62 37.17	2000	1850
nbp25802.001	XCTD	11	DP6	61 50.98	62 40.64	2262	1256
nbp25802.002	XCTD	12	DP7	61 40.834	62 44.506	3432	1850
nbp25802.003	XCTD	13	DP8	61 30.796	62 48.336	3437	313
nbp25802.004	XCTD	14	DP9	61 21.006	62 52.290	3457	166	repeated
nbp25802.005	XCTD	15	DP9	61 20.729	62 52.370	3459	1275
nbp25802.007	XCTD	16	DP10	61 11.473	62 53.960	3580	1710
nbp25802.008	XCTD	17	DP11	61 0.713	62 59.587	3702	1756
nbp25802.009	XCTD	18	DP12	60 50.514	63 2.922	2670	1742	repeated
nbp25802.010	XCTD	19	DP12	60 41.301	63 6.088	3735	1750
nbp25802.011	XCTD	20	DP13	60 31.751	63 9.337	4030	1460
nbp25802.012	XCTD	21	DP14	60 21.89	63 13.01	3713	1700
nbp25802.013	XCTD	22	DP15	60 12.05	63 16.49	3793	1500
nbp25802.014	XCTD	23	DP16	60 2.069	63 19.944	3836	1434
nbp25802.015	XCTD	24	DP17	59 52.268	63 23.31	3800	1395
nbp25802.016	XCTD	25	DP18	59 42.106	63 28.70	3700	1591
nbp25802.018	XCTD	26	DP19	59 32.12	63 30.23	4191	1599
nbp25802.019	XCTD	27	DP20	59 22.26	63 33.44	3737	1785
nbp25802.020	XCTD	28	DP21	59 12.49	63 36.71	3904	1407
nbp25802.021	XCTD	29	DP22	59 2.592	63 40.153	3908	1746
nbp25802.022	XCTD	30	DP23	58 53.053	63 43.605	3537	1584
nbp25802.023	XCTD	31	DP24	58 43.06	63 46.81	3935	1850

Date 2002	1-m MOC Tow #	Event # NBP	Station	Depth (approx)	Total Length (mm)	Width	Cteno#	Condition	Condition Description	Morphological Comments	Comments
24-Aug	8	23602.17,18	62 to 48	Net 7	~20mm	-	1	Excellent	ND	ND	"Kayli" Did not get immediate measurements- used for digestion time. Kayli was dropped and lost.
29-Aug	9	24102.13,14	26	50 - 25	13	8	1	O.K.	Mouth torn, keels missing, one side torn.	none
29-Aug	9	24102.13,14	26	75 - 50	7	.5?	2	O.K.	Mouth slightly torn.	Velvet purple coloration in side branches and stomodeum lining. Can see keels- very small. Tentacles appear to exit out the side/bottom side of keels.	Froze for C-N ?
03-Sep	11	24602.24,25	11	150 - 100	small		1	ND	ND	small	net 3
04-Sep	12	24702.30,31	16	Net 7	45-50	18	1, (1)	O.K.	No keels, mouth o.k.	Purple coloration in stmdm, comb rows, tentacle side branches, and anal pore.
04-Sep	12	24702.30,31	16	Net 7	15	-	1, (2)	bad	No keels and mouth torn	Purple coloration in stmdm, comb rows, tentacle side branches, and anal pore.
04-Sep	12	24702.30,31	16	Net 3	*70	-	2, (3)	O.K.	mouth and keels torn	Purple coloration in side branches only	Froze for lipids
04-Sep	#12	24702.30,31	16	Net 8 surface	*<30	-	1, (4)	O.K.	Keels gone, top mouth torn	Purple coloration in stmdm, comb rows, tentacle side branches, and anal pore.
04-Sep	12	24702.30,31	16	Net 8 surface	*40	-	2, (5)	Very Bad	ND	Purple coloration in stmdm, comb rows, tentacle side branches, and anal pore.
04-Sep	12	24702.30,31	16	Net 8 surface	73	25	3, (6)	Good	ND	Purple coloration in side branches only. Very long keels. Tentacles exit out bottom/side bottom of keels.	C-N?
04-Sep	12	24702.30,31	16	Net 0	85	25	1, (7)	Great	Very tip of keels torn. Mouth perfect	Purple coloration in side branches only. Very long keels. Comb rows end very near to mouth.	photos , genetics?
09-Sep	16	25202.010,11	9	Net 4	*90	35	1	O.K.	keels ripped, stmdm split, mouth slighlty torn.	Velvet purple coloration in side branches, comb rows, anal pore.