S. D. Pierce J. A. Barth. College of Oceanic and Atmospheric Sciences Oregon State University Corvallis, Oregon
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1 Acoustic Doppler current profiler observations during the Coastal Ocean Advances in Shelf Transport (COAST) Survey III: R/V Wecoma cruise W0301B, 19 January - 9 February 3 S. D. Pierce J. A. Barth College of Oceanic and Atmospheric Sciences Oregon State University Corvallis, Oregon Data Report 199 Reference 04- December 4 We present velocity observations from a shipboard acoustic Doppler current profiler (ADCP) on R/V Wecoma during cruise W0301b (19 January - 3 February 3). The cruise was a component (Survey III) of the Coastal Ocean Advances in Shelf Transport (COAST) experiment. The ADCP was an RD Instruments hull-mounted 13-kHz narrowband unit. Data were collected nearly continuously using an ensemble averaging interval of 1 min and a vertical bin length of 8 m. This implies an inherent short-term random uncertainty of 2 cm/s for each data point; this uncertainty is reduced with additional space or time averaging. To reference the velocities to earth coordinates, we used P-code GPS navigation in combination with the ship s gyrocompass. Bottom-tracking was enabled when the bottom depth was less than about 400 m. Our processing methods are generally standard ones, primarily making using of the CODAS software package as described at Overall ADCP data quality for the cruise was excellent. To produce the vector maps here, we applied km spatial averaging. For the sections, we contoured using a two-pass Barnes method with horizontal (vertical) smoothing of km (24 m) and 2. km (12 m) for the first and second passes. An online version of this report is available at In addition, the complete data set and all processing details are available from the NODC Joint Archive for Shipboard ADCP: Acruise narrative is included in the companion Seasoar data report at This work was funded by National Science Foundation grant OCE
2 Table of Contents NODC ADCP metadata form... 1 Data acquisition system primary (start) configuration file... 4 Data acquisition system user exit (ue4) configuration file... 8 Small box north 1, maps and sections... Small box north 2, maps and sections Big box 1, maps and sections Ladder 1, maps Small box north 3, maps and sections Small box north 4, maps and sections Big box 2, maps and sections Ladder 2, maps... 6 Big box 3, maps and sections Small box north, maps and sections Small box north 6, maps and sections Small box north 7, maps and sections Big box 4, maps and sections Big box 4., maps and section Big box, maps and sections... 2 Small box north 8, maps and sections Big box 6, maps and sections Small box north 9, maps and sections Eddy, maps ii
3 w0301.txt #DATA_DATES: 19-Jan-3 18:40:36 to 09-Feb- 14:02:9 #LON_RANGE: Wto W #LAT_RANGE: N to N #DEPTH_RANGE: #SAC_CRUISE_ID: 17 to 38 m #PLATFORM_NAME: R/V Wecoma #PRINCIPAL_INVESTIGATOR_NAME: Jack Barth (barth@coas.oregonstate.edu) #PI_INSTITUTION: Oregon State University #PI_COUNTRY: USA #PROJECT: Coastal Ocean Advances in Shelf Transport (COAST) #CRUISE_NAME: W0301b -or- COAST Survey III #PORTS:, OR, USA --- to ---, OR, USA #GEOGRAPHIC_REGION: Oregon coast #PROCESSED_BY: Stephen D. Pierce (spierce@coas.oregonstate.edu) #NAVIGATION: GPS (Pcode) #QUALITY_NAV : excellent #GENERAL_INFORMATION: CRUISE NOTES CHIEF SCIENTIST ON SHIP INSTITUTE COUNTRY :Jack Barth : Oregon State University : USA SIGNIFICANT DATA GAPS : none SPECIAL SHIP TRACK PATTERNS : Seasoar surveys ADCP INSTRUMENTATION MANUFACTURER : RD Instruments (RDI) HARDWARE MODEL :RD-VM Narrow band TRANSMIT FREQUENCY : 13.6 khz TRANSDUCER CONFIGURATION : JANUS CONCAVE TRANSDUCER BEAM ANGLE :30deg. ADCP INSTALLATION METHOD/DESCRIPTION OF THE ATTA CHMENT TO THE HULL : bottom LOCATION/DEPTH ON HULL :m REPEATABLE ATTACHMENT : YES ACOUSTIC WINDOW : NO ADCP INSTRUMENT CONFIGURATION DEPTH RANGE :17-38 m (bin centers) BIN LENGTH :8m NUMBER OF BINS :64 TRANSMIT PULSE LENGTH :8 1
4 BLANKING INTERVAL :4 ENSEMBLE AVERAGING INTERVAL:60s SOUND SPEED CALCULATION : function of temp at transducer BOTTOM TRACKING : YES (when shallower than about 400 m) DIRECT COMMANDS :"FH00001" "E " "CF99" ADCP DATA ACQUISITION SYSTEM SOFTWARE DEVELOPERS :RDI SOFTWARE VERSIONS :DAS 2.48 DATA LOGGER, MAKE/MODEL :386 ADCP/LOGGER COMMUNICATION : GPIB USER BUFFER VERSION :UHuser exit "UE4", 19 buffer version CLOCK : PC clock; reset if drift > 2 sec from GPS clock SHIP HEADING INSTRUMENT MAKE/MODEL :Sperry MK-37 Mod D/E gyrocompass SYNCHRO ORSTEPPER : synchro SYNCHRO RATIO : 1:1 GPS ATTITUDE SYSTEM :YES: Ashtech LOCATION OF ANTENNAS : forward RIGID ATTACHMENT : YES LOGGING RATE : 1per sec ANCILLARY MEASUREMENTS SURFACE TEMP AND SALINITY :yes HYDRO CAST MEASUREMENTS :yes SEASOAR CTD MEASUREMENTS :yes RAW AGC AND SPECTRAL WIDTH :yes BIOMASS DETERMINATION : Yes, in process BEAM-AVERAGED AGC AVAILABLE?: YES CALIBRATION NET TOWS? : Yes ADCP DATA PROCESSING/EDITING PERSONNEL IN CHARGE :Stephen D. Pierce DATE OF PROCESSING : finalized December 4 NAVIGATION GPS : YES MAKE/MODEL : Trimble SELECTIVE AVAILABILITY : YES P-CODE : YES DIFFERENTIAL : NO SAMPLE INTERVAL :1per sec TIME OBTAINED RELATIVE TO 2
5 START/END OF ENSEMBLE :end LOGGED WITH ADCP DATA :YES - user exit program CALIBRATION GYROCOMPASS CORRECTION :YES BOTTOM TRACK METHOD :YES WATER TRACK METHOD :NO FINAL SELECTION :AMPLITUDE= PHASE= SOUND SPEED CORRECTIONS :NO NAVIGATION CALCULATION NAVIGATION USED :gps REFERENCE LAYER DEPTH RANGE : bins 2 to 4 FILTERING METHOD FOR SMOOTHING REFERENCE LAYER VELOCITY (FORM/WIDTH) :Blackman window function of width T= min: w(t) = * cos(2 * pi *t / T) * cos(4 * pi * t / T). FINALIZED SHIP VEL/POSITIONS STORED IN DATABASE : YES GENERAL_ASSESSMENT : ON-STATION VS. UNDERWAY :good VECTOR, CONTOUR, STICK PLOTS: good COMMENTS : data quality excellent in general REFERENCES: 3
6 start.cnf, primary configuration file AD,SI,HUNDREDTHS Sampling interval AD,NB,WHOLE 64 Number of Depth Bins AD,BL,WHOLE 3 Bin Length AD,PL,WHOLE 8 Pulse Length AD,BK,TENTHS 4.0 Blank Beyond Transmit AD,PE,WHOLE 1 Pings Per Ensemble AD,PC,HUNDREDTHS 1.00 Pulse Cycle Time AD,PG,WHOLE 2 Percent Pings Good Threshold XX,OD2,WHOLE [SYSTEM DEFAULT, OD2] XX,TE,HUNDREDTHS 0.00 [SYSTEM DEFAULT, TE] AD,US,BOOLE YES Use Direct Commands on StartUp DP,TR,BOOLE NO Toggle roll compensation DP,TP,BOOLE NO Toggle Pitch compensation DP,TH,BOOLE YES Toggle Heading compensation DP,VS,BOOLE YES Calculate Sound Velocity from TEMP/Salinity DP,UR,BOOLE YES Use Reference Layer DP,FR,WHOLE 3 First Bin for reference Layer DP,LR,WHOLE Last Bin for reference Layer DP,BT,BOOLE YES Use Bottom Track DP,B3,BOOLE NO Use 3 Beam Solutions DP,EV,BOOLE YES Use Error Velocity as Percent Good Criterion DP,ME,TENTHS.0 Max. Error Velocity for Valid Data (cm/sec) DR,RD,BOOLE YES Recording on disk DR,RX,BOOLE YES Record N/S (FORE/AFT) Vel. DR,RY,BOOLE YES Record E/W (FORT/STBD) Vel.,RZ,BOOLE YES Record vertical vel. DR,RE,BOOLE YES Record error Good DR,RB,BOOLE NO Bytes of user prog. buffer DR,RP,BOOLE YES Record Percent good DR,RA,BOOLE YES Record average AGC/Bin DR,RN,BOOLE YES Record Ancillary data DR,AP,BOOLE YES Auto-ping on start-up XX,LDR,TRI 1 [SYSTEM DEFAULT, LDR] XX,RB2,WHOLE 192 [SYSTEM DEFAULT, RB2] DR,RC,BOOLE NO Record CTD data XX,FB,WHOLE 1 [SYSTEM DEFAULT, FB] XX,PU,BOOLE NO [SYSTEM DEFAULT, PU] GC,TG,TRI 1 DISPLAY (NO/GRAPH/TAB) GC,ZV,WHOLE 1 ZERO VELOCITY REFERENCE (S/B/M/L) GC,VL,WHOLE - LOWEST VELOCITY ON GRAPH CG,VH,WHOLE HIGHEST VELOCITY ON GRAPH GC,DL,WHOLE 0 LOWEST DEPTHS ON GRAPH GC,DH,WHOLE 400 HIGHEST DEPTHS ON GRAPH 4
7 GC,SW,BOOLE NO SET DEPTHS WINDOW TOINCLUDE ALL BINS GC,MP,WHOLE 2 MINIMUM PERCENT GOOD TO PLOT SG,PNS,BOOLE YES PLOT NORTH/SOUTH VEL. SG,PEW,BOOLE YES PLOT EAST/WEST VEL. SG,PVT,BOOLE NO PLOT VERTICAL VEL. SG,PEV,BOOLE YES PLOT ERROR VEL. SG,PPE,BOOLE NO PLOT PERCENT ERROR SG,PMD,BOOLE NO PLOT MAG AND DIR SG,PSW,BOOLE NO PLOT AVERAGE SP. W. SG,PAV,BOOLE NO PLOT AVERAGE AGC. SG,PPG,BOOLE YES PLOT PERCENT GOOD SG,PD1,BOOLE NO PLOT DOPPLER 1 SG,PD2,BOOLE NO PLOT DOPPLER 2 SG,PD3,BOOLE NO PLOT DOPPLER 3 SG,PD4,BOOLE NO PLOT DOPPLER 4 SG,PW1,BOOLE NO PLOT SP. W.1 SG,PW2,BOOLE NO PLOT SP. W.2 SG,PW3,BOOLE NO PLOT SP. W.3 SG,PW4,BOOLE NO PLOT SP. W.4 SG,PA1,BOOLE YES PLOT AGC 1 SG,PA2,BOOLE YES PLOT AGC 2 SG,PA3,BOOLE YES PLOT AGC 3 SG,PA4,BOOLE YES PLOT AGC 4 SG,PP3,BOOLE NO PLOT 3-BEAM SOLUTION SS,OD,WHOLE OffSet for Depth SS,OH,TENTHS 4.0 OffSet for Heading SS,OP,TENTHS 0.0 OffSet for Pitch SS,ZR,TENTHS 0.0 OffSet for Roll SS,OT,HUNDREDTHS 4.00 OffSet FOR temp SS,ST,HUNDREDTHS 0.00 Scale for Temp SS,SL,HUNDREDTHS Salinity (PPT) SS,UD,BOOLE YES Toggle UP/DOWN SS,CV,BOOLE NO Toggle concave/convex transducerhead SS,MA,TENTHS 30.0 Mounting angle for transducers. SS,SS,HUNDREDTHS Speed of Sound (m/sec) XX,GP,BOOLE YES [SYSTEM DEFAULT, GP] XX,DD,TENTHS 1.0 [SYSTEM DEFAULT, DD] XX,PT,BOOLE NO [SYSTEM DEFAULT, PT] XX,TU,TRI 2 [SYSTEM DEFAULT, TU] TB,FP,WHOLE 1 FIRST BINS TO PRINT TB,LP,WHOLE 1 LAST BIN TO PRINT TB,SK,WHOLE 1 SKIP INTERVALBETWEEN BINS TB,DT,BOOLE YES DIAGNOSTIC TAB MODE DU,TD,BOOLE NO TOGGLE USE OF DUMMY DATA
8 XX,PN,WHOLE 0 [SYSTEM DEFAULT, PN] DR,SD,WHOLE 2 Second recording drive DR,PD,WHOLE 1 First recording drive (1=A:,2=B:... ) DP,PX,BOOLE NO Profiler does XYZE transform SS,LC,TENTHS 1.0 Limit of Knots change SS,NW,TENTHS 0. Weight of new knots of value GC,GM,TRI 2 GRAPHICS CONTROL 0=LO RES, 1=HI RES, 2=ENHANCED AD,PS,BOOLE NO YES=SERIAL/NO=PARALLEL Profiler Link XX,LNN,BOOLE YES [SYSTEM DEFAULT, LNN] XX,BM,BOOLE YES [SYSTEM DEFAULT, BM] XX,RSD,BOOLE NO RECORD STANDARD DEVIATION OF VELOCITIES PER BIN XX,DRV,WHOLE 0 [SYSTEM DEFAULT, DRV] XX,PBD,WHOLE 3 [SYSTEM DEFAULT, PBD] TB,RS,BOOLE NO SHOW RHPT STATISTIC UX,EE,BOOLE YES ENABLE EXIT TO EXTERNAL PROGRAM SS,VSC,TRI 0 Velocity scale adjustment AD,DM,BOOLE NO USE DMA TB,SC,BOOLE NO SHOW CTD DATA AD,CW,BOOLE YES Collect spectral width DR,RW,BOOLE YES Record average SP.W./Bin DR,RRD,BOOLE NO Record last raw dopplers DR,RRA,BOOLE YES Record last raw AGC DR,RRW,BOOLE NO Record last SP.W. DR,R3,BOOLE YES Record average 3-Beam solutions DR,RBS,BOOLE YES Record beam statistic XX,STD,BOOLE NO [SYSTEM DEFAULT, STD] LR,HB,HUNDREDTHS 0.00 Heading Bias SL,1,ARRAY NONE 9600 PROFILER SL,2,ARRAY NONE 1 LORAN RECEIVER SL,3,ARRAY NONE 1 REMOTE DISPLAY SL,4,ARRAY NONE 9600 ENSEMBLE OUTPUT SL,,ARRAY NONE 1 AUX 1 SL,6,ARRAY NONE 1 AUX 2 DU,1,ARRAY YES D1 DU,2,ARRAY YES D2 DU,3,ARRAY YES D3 DU,4,ARRAY YES D4 DU,,ARRAY YES AGC DU,6,ARRAY NO SP. W. DU,7,ARRAY NO ROLL DU,8,ARRAY NO PITCH DU,9,ARRAY NO HEADING DU,,ARRAY NO TEMPERATURE DC,1,SPECIAL "FH00001" MACRO 1 6
9 DC,2,SPECIAL "E " MACRO 2 DC,3,SPECIAL "CF99" MACRO 3 CI,1,SPECIAL "W0301" CRUISE ID GOES HERE LR,1,SPECIAL " " LORAN FILE NAME GOES HERE 7
10 /* UE4.CNF */ /* Possible Wecoma Configuration 1999 Season */ ue4.cnf, user exit configuration file configuration: /* This keyword is necessary. */ /* Use up to two ofthe following: set_com1:, set_com2:, set_com3:, set_com4:. */ set_com1: /* Use com1 with following params: */ baud= 4800 /* 300, 1, 2400, 9600, 19 */ parity: N /* N, O, E */ receive: ashtech_1 /* none, nmea_1, nmea_2, ashtech_1, ashtech_2 */ transmit: none /* none, ensemble, speed */ end /* End of com1 setup. */ set_com2: /* Same things for com2. */ baud= 4800 irq= 3 /* This is not really needed for com2, because IRQ 3 is the default and is highly standardized. More typically, the irq= option would be used to override the defaults of and 7 for com3 and com4, respectively. */ parity: N receive: none transmit: none end rdi_style_ensemble /* send ensemble with extra characters */ correct_clock /* Include this and the following only if the automatic clock reset function is desired. */ min_correction= 2 /* Reset the clock only if it is x or more seconds off */ 8
11 max_correction= /* Don t make any correction larger than this. */ max_dt_difference= 2 /* Make acorrection only if the pc-gps difference at the start of an ensemble is at least this close to the value at the end of the ensemble */ init_time /* Attempt a time correction before the first ensemble. (recommended!) */ max_brms= /* Ashtech editing parameters */ max_mrms= 0.00 max_dh_dev= /* Do not accept any gps-gyro heading difference exceeding the mean by this number of degrees. */ max_p_std_dev= 2. /* Reject attitudes if the pitch exceeds the local mean by this number of standard deviations. */ max_r_std_dev= 2. /* Same for roll. */ /* Raw agc recording parameters: */ /* Keep these for Globec cruises */ amp_subsample= 2 sw_subsample= amp_sw_nbins= 48 awagc minutes_per_file= 60 amp_sw_drive_path: c:dcp248 min_kbytes_free= end /* This "end" is necessary. */ 9
12 COAST III (W0301b) NB-ADCP: Small box north 1 17 m, , -Jan-03 00:11 to -Jan-03 0:21 UTC cm/s
13 COAST III (W0301b) NB-ADCP: Small box north 1 0 m, , -Jan-03 00:11 to -Jan-03 0:21 UTC cm/s
14 COAST III (W0301b) NB-ADCP: Small box north 1 m, , -Jan-03 00:11 to -Jan-03 0:21 UTC cm/s
15 COAST III (W0301b) NB-ADCP: Small box north 1 m, , -Jan-03 00:11 to -Jan-03 0:21 UTC cm/s
16 - COAST III (W0301b) NB-ADCP: Small box north 1 linea at 4.09 N ( -Jan-03 00: to -Jan-03 02:39 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) North Distance (km) 14
17 - - COAST III (W0301b) NB-ADCP: Small box north 1 lineb at 4.00 N ( -Jan-03 03:28 to -Jan-03 0:21 UTC) (yearday ) m Longitude( W) Lat Lon - East Depth (m) North - 0 Distance (km) 1
18 COAST III (W0301b) NB-ADCP: Small box north 2 17 m, , -Jan-03 13: to -Jan-03 22:4 UTC cm/s
19 COAST III (W0301b) NB-ADCP: Small box north 2 0 m, , -Jan-03 13: to -Jan-03 22:4 UTC cm/s
20 COAST III (W0301b) NB-ADCP: Small box north 2 m, , -Jan-03 13: to -Jan-03 22:4 UTC cm/s
21 COAST III (W0301b) NB-ADCP: Small box north 2 m, , -Jan-03 13: to -Jan-03 22:4 UTC cm/s
22 - - COAST III (W0301b) NB-ADCP: Small box north 2 linea at 4.09 N ( -Jan-03 :21 to -Jan-03 22:43 UTC) (yearday ) m Longitude( W) Lat Lon - - East Depth (m) - - North Distance (km)
23 COAST III (W0301b) NB-ADCP: Small box north 2 lineb at 4.00 N ( -Jan-03 17:24 to -Jan-03 19:37 UTC) (yearday ) m Longitude( W) Lat Lon - - East Depth (m) North Distance (km) - 21
24 COAST III (W0301b) NB-ADCP: Small box north 2 linec at.91 N ( -Jan-03 13: to -Jan-03 16:26 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) - North Distance (km) 22
25 COAST III (W0301b) NB-ADCP: Big box 1 17 m, , 21-Jan-03 04:11 to 21-Jan-03 22:9 UTC cm/s
26 COAST III (W0301b) NB-ADCP: Big box 1 0 m, , 21-Jan-03 04:11 to 21-Jan-03 22:9 UTC cm/s
27 COAST III (W0301b) NB-ADCP: Big box 1 m, , 21-Jan-03 04:11 to 21-Jan-03 22:9 UTC cm/s
28 COAST III (W0301b) NB-ADCP: Big box 1 m, , 21-Jan-03 04:11 to 21-Jan-03 22:9 UTC cm/s
29 COAST III (W0301b) NB-ADCP: Big box 1 line1 at 4.2 N ( 21-Jan-03 04:12 to 21-Jan-03 09:04 UTC) (yearday ) m Longitude( W) Lat Lon - - East - 0 Depth (m) North Distance (km) 27
30 COAST III (W0301b) NB-ADCP: Big box 1 line2 at 4.00 N ( 21-Jan-03 11:12 to 21-Jan-03 17:00 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) North Distance (km) - 28
31 COAST III (W0301b) NB-ADCP: Big box 1 line3 at.83 N ( 21-Jan-03 18:3 to 21-Jan-03 22:9 UTC) (yearday ) m Longitude( W) Lat Lon - East 0 Depth (m) North Distance (km) 29
32 COAST III (W0301b) NB-ADCP: Ladder 1 17 m, , 22-Jan-03 08:37 to 22-Jan-03 16:27 UTC cm/s
33 COAST III (W0301b) NB-ADCP: Ladder 1 0 m, , 22-Jan-03 08:37 to 22-Jan-03 16:27 UTC cm/s
34 COAST III (W0301b) NB-ADCP: Ladder 1 m, , 22-Jan-03 08:37 to 22-Jan-03 16:27 UTC cm/s
35 COAST III (W0301b) NB-ADCP: Ladder 1 m, , 22-Jan-03 08:37 to 22-Jan-03 16:27 UTC cm/s
36 COAST III (W0301b) NB-ADCP: Small box north 3 17 m, , 22-Jan-03 18:03 to 23-Jan-03 00:28 UTC cm/s
37 COAST III (W0301b) NB-ADCP: Small box north 3 0 m, , 22-Jan-03 18:03 to 23-Jan-03 00:28 UTC cm/s
38 COAST III (W0301b) NB-ADCP: Small box north 3 m, , 22-Jan-03 18:03 to 23-Jan-03 00:28 UTC cm/s
39 COAST III (W0301b) NB-ADCP: Small box north 3 m, , 22-Jan-03 18:03 to 23-Jan-03 00:28 UTC cm/s
40 COAST III (W0301b) NB-ADCP: Small box north 3 line2 at 4.00 N ( 23-Jan-03 02:01 to 23-Jan-03 09:28 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) North Distance (km) 38
41 - COAST III (W0301b) NB-ADCP: Small box north 3 linea at 4.09 N ( 22-Jan-03 18: to 22-Jan-03 :34 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) North Distance (km) 39
42 4030 COAST III (W0301b) NB-ADCP: Small box north 3 lineb at 4.00 N ( 22-Jan-03 21:23 to 22-Jan-03 23:09 UTC) (yearday ) m Longitude( W) Lat Lon East 0 0 Depth (m) North - 0 Distance (km) 40
43 COAST III (W0301b) NB-ADCP: Small box north 4 17 m, , 23-Jan-03 16:0 to 24-Jan-03 02:02 UTC cm/s
44 COAST III (W0301b) NB-ADCP: Small box north 4 0 m, , 23-Jan-03 16:0 to 24-Jan-03 02:02 UTC cm/s
45 COAST III (W0301b) NB-ADCP: Small box north 4 m, , 23-Jan-03 16:0 to 24-Jan-03 02:02 UTC cm/s
46 COAST III (W0301b) NB-ADCP: Small box north 4 m, , 23-Jan-03 16:0 to 24-Jan-03 02:02 UTC cm/s
47 COAST III (W0301b) NB-ADCP: Small box north 4 line2 at 4.00 N ( 23-Jan-03 09:30 to 23-Jan-03 1:33 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) North Distance (km) 1 4
48 - 30 COAST III (W0301b) NB-ADCP: Small box north 4 linea at 4.09 N ( 23-Jan-03 16:7 to 23-Jan-03 19:16 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) 0 North 30 0 Distance (km) 46
49 COAST III (W0301b) NB-ADCP: Small box north 4 lineb at 4.00 N ( 23-Jan-03 19:9 to 23-Jan-03 22:14 UTC) (yearday ) m Longitude( W) Lat Lon East 0 30 Depth (m) North 30 0 Distance (km) 47
50 COAST III (W0301b) NB-ADCP: Small box north 4 linec at.91 N ( 23-Jan-03 23:0 to 24-Jan-03 02:02 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) - North 30 0 Distance (km) 48
51 COAST III (W0301b) NB-ADCP: Big box 2 17 m, , 24-Jan-03 12:21 to 2-Jan-03 03:3 UTC cm/s
52 COAST III (W0301b) NB-ADCP: Big box 2 0 m, , 24-Jan-03 12:21 to 2-Jan-03 03:3 UTC cm/s
53 COAST III (W0301b) NB-ADCP: Big box 2 m, , 24-Jan-03 12:21 to 2-Jan-03 03:3 UTC cm/s
54 COAST III (W0301b) NB-ADCP: Big box 2 m, , 24-Jan-03 12:21 to 2-Jan-03 03:3 UTC cm/s
55 COAST III (W0301b) NB-ADCP: Big box 2 line1 at 4.2 N ( 24-Jan-03 12:22 to 24-Jan-03 16:13 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) North Distance (km) 3
56 - COAST III (W0301b) NB-ADCP: Big box 2 line2 at 4.00 N ( 24-Jan-03 18:13 to 24-Jan-03 22:21 UTC) (yearday ) m Longitude( W) Lat Lon - East 0 30 Depth (m) North Distance (km) 4
57 COAST III (W0301b) NB-ADCP: Big box 2 line3 at.83 N ( 24-Jan-03 23:48 to 2-Jan-03 03:2 UTC) (yearday ) m Longitude( W) Lat Lon East Depth (m) - North Distance (km)
58 COAST III (W0301b) NB-ADCP: Ladder 2 17 m, , 27-Jan-03 00:9 to 27-Jan-03 06: UTC cm/s
59 COAST III (W0301b) NB-ADCP: Ladder 2 0 m, , 27-Jan-03 00:9 to 27-Jan-03 06: UTC cm/s
60 COAST III (W0301b) NB-ADCP: Ladder 2 m, , 27-Jan-03 00:9 to 27-Jan-03 06: UTC cm/s
61 COAST III (W0301b) NB-ADCP: Ladder 2 m, , 27-Jan-03 00:9 to 27-Jan-03 06: UTC cm/s
62 COAST III (W0301b) NB-ADCP: Big box 3 17 m, , 27-Jan-03 12:08 to 28-Jan-03 03:9 UTC cm/s
63 COAST III (W0301b) NB-ADCP: Big box 3 0 m, , 27-Jan-03 12:08 to 28-Jan-03 03:9 UTC cm/s
64 COAST III (W0301b) NB-ADCP: Big box 3 m, , 27-Jan-03 12:08 to 28-Jan-03 03:9 UTC cm/s
65 COAST III (W0301b) NB-ADCP: Big box 3 m, , 27-Jan-03 12:08 to 28-Jan-03 03:9 UTC cm/s
66 COAST III (W0301b) NB-ADCP: Big box 3 line1 at 4.2 N ( 27-Jan-03 12:09 to 27-Jan-03 16:04 UTC) (yearday ) m Longitude( W) Lat Lon - - East Depth (m) - North Distance (km) 64
67 COAST III (W0301b) NB-ADCP: Big box 3 line2 at 4.00 N ( 27-Jan-03 18:07 to 27-Jan-03 22: UTC) (yearday ) m Longitude( W) Lat Lon - East 30 0 Depth (m) North Distance (km) 6
68 COAST III (W0301b) NB-ADCP: Big box 3 line3 at.83 N ( 27-Jan-03 23:4 to 28-Jan-03 03:8 UTC) (yearday ) m Longitude( W) Lat Lon East 0 Depth (m) North Distance (km) 66
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