% Change this line to show cruise date and numeric ID (eg April 4-6 2006 / 10210)									
									
% Make sure to enter appropriate filename locator and scientist in charge (SIC)									
									
% Insert as many comments as necessary (ie Problems etc) prefixed with percent sign									
% DO NOT USE COMMAS IN ANY COMMENTS									
									
% Remove examples before entering REAL data!!									
% Not doing this causes real problems with CTD processor - and he doesn't like problems!									
									
% Save file as 'cruiseid'_event.xls where 'cruiseid' is the NUMERIC identifier (BATS210=10210 / HS1054=61054 / BATS208A=20208)									
									
% date	time(GMT)	type	number	in(1)/out(2)	max_dep	lat_deg	lat_min	long_deg	Long_min
% yyyymmdd/hhmm(24hr)									
% type code									
%1=CTD									
%2=SPMR									
%3=zooplankton tow									
%4=phytoplankton tow									
%5=production array									
%6=Traps									
%7=pumps/Carlson									
%8=XBT									
%9=ATE									
%10=GoFlo casts									
%11=NBST									
%12 SAFE boat									

%CTD #1 / Hydro core									
20080826	2252	1	1	1	2600	32	9.995	64	29.651
20080827	119	1	1	2	2600	32	10.86	64	27.423
%CTD #2 / 20nm S of HS									
20080827	408	1	2	1	1200	31	49.878	64	29.991
20080827	458	1	2	2	1200	31	50.216	64	29.987
%CTD #3 / 20nm W & 10nm S of CTD #2									
20080827	752	1	3	1	1200	31	40.047	64	53.975
20080827	844	1	3	2	1200	31	40.634	64	53.615
%CTD #4 / 10nm of N CTD #3									
20080827	1101	1	4	1	1200	31	50.033	64	54.253
20080827	1155	1	4	2	1200	31	50.002	64	54.451
%CTD #5 / 10nm N of CTD#4									
20080827	1404	1	5	1	1200	32	0.066	64	53.892
20080827	1459	1	5	2	1200	31	59.935	64	54.097
%Net tows - deploy and recover net for BBC film									
20080827	1551	3	1	1	1	32	0.258	64	54.928
20080827	1558	3	1	2	1	32	0.22	64	55.061
%NBST mock deployment for camera									
20080827	1613	11	1	1	1	32	0.154	64	55.261
20080827	1617	11	1	2	1	32	0.128	64	55.253
%Deploy SAFE boat for exterior shots for BBC									
20080827	1630	12	1	1	1	32	0.162	64	56.044
20080827	1708	12	1	2	1	31	59.96	64	55.875