Vessel: RV Bjarni Sæmundsson
Departure: Reykjavík, Iceland, September 8th 1997
Arrival: Reykjavík, Iceland, September 19th 1997
Jóhannes Briem, Chief Scientist, moorings
Héðinn Valdimarsson, Physical Oceanography, Argos drifters
John Mortensen, Physical Oceanography
Jóna Haraldsdottir, Physical Oceanography
Avan Anvar Sares, Physical Oceanography
Magnús Danielsen, Chemical Oceanography
Sólveig R.Ólafsdottir, Chemical Oceanography
The B10 - 97 cruise was carried out by Marine Research Institute (MRI) on the RV Bjarni Sæmundsson with the following aims:
The RV Bjarni Sæmundsson left Reykjavik harbor at 2000 hours on the 8th of September 1997 for the B10 - 97 cruise. After a short detour to the outer harbor for acoustic/vibration measurements the vessel proceeded with the Faxaflói standard hydrographic section deploying two satellite tracked drifters at station 353 and 355. After station 357 a detour was made to 63°00'N 26° 00'W where the third drifter was deployed. The section was completed at 1130 hours GMT on the 10th Sept.
A gale warning in the Denmark Strait and along the west coast of Iceland called for a change in plans so the ship headed for the outermost end of the Látrabjarg section near the island of South Aputiteq of the Greenland coast. Greenland territorial waters were entered at 2146 GMT and reported to the Greenland Kommando.
At 1050 GMT on the 11th pack ice was encountered 16 NM off the coast of Greenland at approximately 67°15´N 32° 24W in fine weather. CTD station no. 361 was taken at the ice edge and the ship then proceeded east along the Ljátrabjarg section taking CTD stations at regular intervals. At 0944 GMT on the 12th a 150 Khz ADCP current meter was recovered at 66° 04´N 27° 04´.8W and at 1125 GMT a 75 Khz ADCP current meter was deployed at 66°04´.75N 27°05W at 650 meters depth. The section was finished at 1950 hours and course set for station 7 on the Kögur section.
At 0635 on the 13th the ship came to the ice edge at 67° 30'N 24° 39´W and continued to thread its way westward in calm weather and intermittent fog patches. Both the mooring sites were under ice. It soon became clear that the western part of the standard section was also under ice so it was decided to pivot the western half to the south from station kg6 (392). At 1806 GMT station 384 was occupied 25 NM south of the usual section and course set east for station kg6. At dawn on the 14th ice condition had improved a little and at 1215 GMT mooring IS9 - 96 was recovered and at 1544 GMT IS9 - 97 was deployed in its place. CTD station work then continued until the section was completed at 1319 GMT on the 15th.
From Kögur the course was set for the 1st station on the Langanes NE section where station 398 was taken at 1100 GMT at 66° 37´N 14° 16´W on the 16th. The 6th and last station of the section was finished at 0541 GMT on the 17th and course set for the last ESOP-2 station on the Siglunes section at 68° 00'N 18° 50'W after which at 2142 GMT the ship headed again for the IS6 - 96 mooring site for a last attempt at recovery. At 0640 GMT scattered ice was found at 68° 06.4N 25° 47'.5W increasing as the ship proceeded WSW along the ice edge. At 1339 GMT further attempts to recover the mooring were abandoned and course set for Reykjavik where the vessel arrived at 1630 GMT on the 19th having sailed 2256 NM.
The hydrographic work was carried out with two independent CTD-water sampling units both equipped with Seabird Inc. SBE 911plus CTD´s. The first unit, a MRI made rosette equipped with 12 modified Hydro-Bios 1.7 liter water bottles and a General Oceanics underwater unit, was used for all standard CTD stations. The other unit (UNIT B) comprised of SBE 32 rosette equipped with 12 Go-Flo 8 liter water samplers and was used for chemical sampling on ESOP-2 stations. A Sea-Tec transmissometer was attached to the MRI unit. Both units were equipped with newly calibrated temperature and conductivity sensors and water samples were collected at deepest sampling level on all stations for calibration purposes.
Temp. Calibr. Cond. Calibr. sensor date sensor date Unit A 2021 14-08-97 1643 15-08-97 Unit B 1172 29-08-97 861 27-08-97
Samples for oxygen measurements were collected at 12 stations in about 60 ml bottles, and Winkler reagents added. Samples were then placed in a dark cold storage until the time of analysis. Oxygen concentration was determined using a modified Winkler method.
Samples for nutrient analysis, nitrate, phosphate and silicate, were collected on 12 stations, in 250 ml polyethylene bottles. Samples from one station was frozen right after collection for preservation, where as the rest were refrigerated.
Samples for pCO2 and total carbonate were collected on 11 and 12 stations re-spectively in 500 and 250 ml bottles, preserved with Mercury chloride and placed in cold storage.
Samples for delta Carbon -13 were collected from the surface at 10 stations and a full profile was collected from 1 station. The samples were preserved with Mercury chloride.
Samples for Sulfur hexafluoride were collected at 11 stations in 500 ml bottles supplied by Gothenburg University and placed in cold storage.
Samples for Iodine-129 were collected at 4 stations in 1 liter polyethylene bottles supplied by Centre de Spectrometrie Nucleaire et de Specrometrie de Masse.
In May1996 the MRI deployed a 150 Khz ADCP current profiler in the Denmark Strait as part of the Nordic Woce ADCP program. It was recovered in September and deployed again on the 1st of November the same year.
At 0944 hours GMT on the 12th the ADCP current profiler was recovered at 66° 04´N 27° 04´.8W and at 1125 GMT a 75 Khz ADCP current meter was deployed in its place at 66° 04´.75N 27°05W water depth 650 meter.
Since 1988 the MRI has maintained two current meter moorings at approximate
positions:
IS6: 68° 09'N 25° 12'W Depth 800 meter
IS9: 67° 56'N 24° 40'W Depth 1415 meter
These moorings were first as part of the Greenland Sea Program and later the Nordic Woce Program. Ice conditions have some times caused difficulties in servicing the moorings for example both the moorings were lost in 1993 due to ice covering the mooring sites. This year it was not possible to recover mooring IS6 - 96 due to ice.
On the 14th at 1215 GMT the IS9 - 96 mooring was recovered with 3 current meters:
Aanderaa RCM4 S/N 7332 at 80 m depth
Aanderaa RCM7 S/N 8285 at 500 m depth
Aanderaa RCM7 S/N 6934 at 1365 m depth
The mooring was deployed again the same day at 1544 GMT in position 67° 56'.214N
24° 40'.402 depth 1414 m with 3 current meters:
Aanderaa RCM4 S/N 11987 at 80 m depth
Aanderaa RCM7 S/N 172 at 500 m depth
Aanderaa RCM7 S/N 12317 at 1365 m depth
All the goals of the cruise were achieved (see list of CTD stations and cruise track except the recovery and deployment of mooring IS - 96 which was hindered by ice.
Little can be said about the results of most of the sampling since most of the analyses will be performed on shore after the cruise.
Preliminary inspection of the CTD data on the other hand show, both in the TS -
diagrams from the Látrabjarg and Kögur sections as well as in the salinity
and temperature sections (Fig. 5, 6, 7, 8), an increase both in salinity as well as temperature
compared with recent years indicating favorable inflow of Atlantic water into the North
Icelandic coastal area. The same is true for the Faxaflói section (Fig.
3 and Fig. 4). The fresh water flow
in the East Greenland Current on the other hand was also quite pronounced.
EXPO- SEC. STN CAST DATE TIME POSITION UNC MAX NO PARAM. Comments CODE NAME NBR NO TYPE UTC CODE LAT LON CODE DEPTH PRES. BO 46BS1097 FX01/V 351 1 ROS 090997 0034 BE 64 20.00 N 22 25.00 W GPS 64 46BS1097 FX01/V 351 1 ROS 090997 0035 BO 64 20.00 N 22 25.00 W GPS 65 56.5 1 1 46BS1097 FX01/V 351 1 ROS 090997 0036 EN 64 20.00 N 22 24.90 W GPS 64 46BS1097 FX02/V 352 1 ROS 090997 0145 BE 64 20.00 N 22 45.30 W GPS 38 46BS1097 FX02/V 352 1 ROS 090997 0145 BO 64 20.00 N 22 45.30 W GPS 35 32.0 1 1 46BS1097 FX02/V 352 1 ROS 090997 0146 EN 64 20.00 N 22 45.30 W GPS 36 46BS1097 FX03/V 353 1 ROS 090997 0312 BE 64 19.96 N 23 15.20 W GPS 88 46BS1097 FX03/V 353 1 ROS 090997 0315 BO 64 20.00 N 23 15.20 W GPS 87 82.2 1 1 46BS1097 FX03/V 353 1 ROS 090997 0317 EN 64 19.98 N 23 15.20 W GPS 87 46BS1097 FX03 353 2 DRF 090997 0322 DE 64 19.98 N 23 15.20 W GPS 87 #19690 46BS1097 FX04/V 354 1 ROS 090997 0600 BE 64 19.90 N 23 45.20 W GPS 195 46BS1097 FX04/V 354 1 ROS 090997 0608 BO 64 20.00 N 23 45.20 W GPS 195 190.2 1 1 46BS1097 FX04/V 354 1 ROS 090997 0611 EN 64 20.00 N 23 45.20 W GPS 196 46BS1097 FX05/V 355 1 ROS 090997 0803 BE 64 20.00 N 24 19.90 W GPS 207 46BS1097 FX05/V 355 1 ROS 090997 0807 BO 64 20.10 N 24 19.90 W GPS 205 196.8 1 1 46BS1097 FX05/V 355 1 ROS 090997 0814 EN 64 20.10 N 24 19.90 W GPS 204 46BS1097 FX05 355 2 DRF 090997 0816 DE 64 20.10 N 24 19.90 W GPS 204 #19697 46BS1097 FX06/V 356 1 ROS 090997 1010 BE 64 20.00 N 24 59.90 W GPS 220 46BS1097 FX06/V 356 1 ROS 090997 1014 BO 64 20.00 N 24 59.90 W GPS 220 214.8 1 1 46BS1097 FX06/V 356 1 ROS 090997 1020 EN 64 20.00 N 24 59.80 W GPS 218 46BS1097 FX07/V 357 1 ROS 090997 1302 BE 64 20.00 N 26 00.00 W GPS 314 46BS1097 FX07/V 357 1 ROS 090997 1308 BO 64 20.00 N 25 59.90 W GPS 314 309.8 1 1 46BS1097 FX07/V 357 1 ROS 090997 1314 EN 64 19.90 N 26 00.00 W GPS 313 46BS1097 NN 358 1 ROS 090997 2137 BE 63 00.10 N 26 00.00 W GPS 1250 46BS1097 NN 358 1 ROS 090997 2142 BO 63 00.00 N 26 00.10 W GPS 1255 205.2 1 1 46BS1097 NN 358 1 ROS 090997 2146 EN 62 59.90 N 26 00.00 W GPS 1257 46BS1097 NN 358 2 DRF 090997 2150 DE 62 59.90 N 26 00.00 W GPS 1257 #19698 46BS1097 FX08/V 359 1 ROS 100997 0715 BE 64 20.00 N 26 59.90 W GPS 409 46BS1097 FX08/V 359 1 ROS 100997 0725 BO 64 19.90 N 26 59.80 W GPS 414 405.2 1 1 46BS1097 FX08/V 359 1 ROS 100997 0731 EN 64 19.80 N 26 59.80 W GPS 411 46BS1097 FX09/V/E 360 1 ROS 100997 1016 BE 64 20.30 N 27 58.40 W GPS 1003 46BS1097 FX09/V/E 360 1 ROS 100997 1035 BO 64 20.20 N 27 57.90 W GPS 983 983.4 6 1-6,12,23 46BS1097 FX09/V/E 360 1 ROS 100997 1055 EN 64 20.40 N 27 57.40 W GPS 966 46BS1097 FX09/V/E 360 2 ROS 100997 1113 BE 64 20.40 N 27 58.30 W GPS 1002 46BS1097 FX09/V/E 360 2 ROS 100997 1117 BO 64 20.40 N 27 58.10 W GPS 991 203.3 12 1-6,12,23 46BS1097 FX09/V/E 360 2 ROS 100997 1126 EN 64 20.50 N 27 57.90 W GPS 980 46BS1097 LB22/V 361 1 ROS 100997 1056 BE 67 15.20 N 32 23.90 W GPS 342 46BS1097 LB22/V 361 1 ROS 100997 1104 BO 67 15.10 N 32 24.00 W GPS 341 332.5 1 1 46BS1097 LB22/V 361 1 ROS 100997 1110 EN 67 15.10 N 32 24.10 W GPS 351 46BS1097 LB21/V 362 1 ROS 110997 1227 BE 67 10.02 N 31 58.90 W GPS 301 46BS1097 LB21/V 362 1 ROS 110997 1233 BO 67 09.96 N 31 59.00 W GPS 299 293.7 1 1 46BS1097 LB21/V 362 1 ROS 110997 1239 EN 67 09.95 N 31 59.09 W GPS 298 46BS1097 LB20/V 363 1 ROS 110997 1348 BE 67 04.99 N 31 35.79 W GPS 295 46BS1097 LB20/V 363 1 ROS 110997 1356 BO 67 05.01 N 31 35.79 W GPS 293 286.1 1 1 46BS1097 LB20/V 363 1 ROS 110997 1400 EN 67 05.00 N 31 35.82 W GPS 294 46BS1097 LB19/V 364 1 ROS 110997 1509 BE 66 59.85 N 31 12.88 W GPS 360 46BS1097 LB19/V 364 1 ROS 110997 1516 BO 66 59.78 N 31 12.98 W GPS 359 355.3 1 1 46BS1097 LB19/V 364 1 ROS 110997 1522 EN 66 59.79 N 31 12.96 W GPS 359 46BS1097 LB18/V 365 1 ROS 110997 1636 BE 66 55.00 N 30 49.89 W GPS 572 46BS1097 LB18/V 365 1 ROS 110997 1646 BO 66 55.11 N 30 49.59 W GPS 571 568.3 1 1 46BS1097 LB18/V 365 1 ROS 110997 1656 EN 66 55.18 N 30 49.34 W GPS 570 46BS1097 LB17/V 366 1 ROS 110997 1805 BE 66 49.97 N 30 26.77 W GPS 403 46BS1097 LB17/V 366 1 ROS 110997 1813 BO 66 49.98 N 30 26.64 W GPS 404 398.9 1 1 46BS1097 LB17/V 366 1 ROS 110997 1820 EN 66 49.97 N 30 26.51 W GPS 405 46BS1097 LB16/V 367 1 ROS 110997 1932 BE 66 44.90 N 30 02.90 W GPS 323 46BS1097 LB16/V 367 1 ROS 110997 1939 BO 66 45.00 N 30 02.80 W GPS 321 312.4 1 1 46BS1097 LB16/V 367 1 ROS 110997 1945 EN 66 45.00 N 30 02.60 W GPS 322 46BS1097 LB15/V 368 1 ROS 110997 2057 BE 66 39.90 N 29 39.00 W GPS 292 46BS1097 LB15/V 368 1 ROS 110997 2103 BO 66 39.80 N 29 38.70 W GPS 292 284.1 1 1 46BS1097 LB15/V 368 1 ROS 110997 2108 EN 66 39.70 N 29 38.60 W GPS 292 46BS1097 LB14/V 369 1 ROS 110997 2218 BE 66 35.20 N 29 16.20 W GPS 304 46BS1097 LB14/V 369 1 ROS 110997 2225 BO 66 35.10 N 29 16.10 W GPS 308 299.6 1 1 46BS1097 LB14/V 369 1 ROS 110997 2230 EN 66 35.10 N 29 16.10 W GPS 303 46BS1097 LB13/V 370 1 ROS 110997 2347 BE 66 29.90 N 28 54.00 W GPS 319 46BS1097 LB13/V 370 1 ROS 110997 2356 BO 66 29.90 N 28 54.00 W GPS 320 313.8 1 1 46BS1097 LB13/V 370 1 ROS 120997 0001 EN 66 30.00 N 28 54.00 W GPS 319 46BS1097 LB12/V 371 1 ROS 120997 0114 BE 66 25.01 N 28 31.08 W GPS 295 46BS1097 LB12/V 371 1 ROS 120997 0121 BO 66 25.01 N 28 31.26 W GPS 295 293.5 1 1 46BS1097 LB12/V 371 1 ROS 120997 0126 EN 66 24.99 N 28 31.39 W GPS 294 46BS1097 LB11/V 372 1 ROS 120997 0238 BE 66 19.90 N 28 07.89 W GPS 339 46BS1097 LB11/V 372 1 ROS 120997 0246 BO 66 19.88 N 28 07.91 W GPS 338 333.7 1 1 46BS1097 LB11/V 372 1 ROS 120997 0251 EN 66 19.86 N 28 07.93 W GPS 339 46BS1097 LB10/V 373 1 ROS 120997 0403 BE 66 14.95 N 27 44.73 W GPS 473 46BS1097 LB10/V 373 1 ROS 120997 0412 BO 66 14.95 N 27 44.77 W GPS 473 468.2 1 1 46BS1097 LB10/V 373 1 ROS 120997 0421 EN 66 14.97 N 27 44.80 W GPS 473 46BS1097 LB09/V 374 1 ROS 120997 0554 BE 66 08.89 N 27 15.15 W GPS 517 46BS1097 LB09/V 374 1 ROS 120997 0603 BO 66 08.86 N 27 15.51 W GPS 514 512.1 1 1 46BS1097 LB09/V 374 1 ROS 120997 0612 EN 66 08.83 N 27 15.93 W GPS 510 46BS1097 LB08/V 375 1 ROS 120997 0702 BE 66 04.90 N 27 03.20 W GPS 648 46BS1097 LB08/V 375 1 ROS 120997 0713 BO 66 04.90 N 27 03.60 W GPS 647 645.9 1 1 46BS1097 LB08/V 375 1 ROS 120997 0724 EN 66 04.90 N 27 04.00 W GPS 648 46BS1097 LB07/V 376 1 ROS 120997 0823 BE 66 01.10 N 26 47.90 W GPS 440 46BS1097 LB07/V 376 1 ROS 120997 0830 BO 66 01.20 N 26 47.80 W GPS 441 433.8 1 1 46BS1097 LB07/V 376 1 ROS 120997 0838 EN 66 01.20 N 26 47.60 W GPS 437 46BS1097 NN 377 1 MOR 120997 0944 RE 66 04.00 N 27 04.80 W GPS 650 WOCE ADCP Mooring DS1 46BS1097 NN/V 377 2 MOR 120997 1125 DE 66 04.75 N 27 05.00 W GPS 650 VEINS ADCP Mooring DS1 46BS1097 LB06/V 378 1 ROS 120997 1327 BE 65 55.96 N 26 28.87 W GPS 279 46BS1097 LB06/V 378 1 ROS 120997 1336 BO 65 55.96 N 26 28.82 W GPS 278 274.7 1 1 46BS1097 LB06/V 378 1 ROS 120997 1340 EN 65 55.93 N 26 28.76 W GPS 277 46BS1097 LB05/V 379 1 ROS 120997 1457 BE 65 49.92 N 26 00.18 W GPS 216 46BS1097 LB05/V 379 1 ROS 120997 1502 BO 65 49.95 N 26 00.25 W GPS 215 209.8 1 1 46BS1097 LB05/V 379 1 ROS 120997 1505 EN 65 49.97 N 26 00.32 W GPS 216 46BS1097 LB04/V 380 1 ROS 120997 1612 BE 65 44.93 N 25 39.10 W GPS 264 46BS1097 LB04/V 380 1 ROS 120997 1619 BO 65 44.97 N 25 39.17 W GPS 262 257.5 1 1 46BS1097 LB04/V 380 1 ROS 120997 1623 EN 65 45.01 N 25 39.20 W GPS 259 46BS1097 LB03/V 381 1 ROS 120997 1728 BE 65 40.04 N 25 15.08 W GPS 87 46BS1097 LB03/V 381 1 ROS 120997 1733 BO 65 40.11 N 25 15.74 W GPS 92 86.2 1 1 46BS1097 LB03/V 381 1 ROS 120997 1735 EN 65 40.13 N 25 15.72 W GPS 92 46BS1097 LB02/V 382 1 ROS 120997 1839 BE 65 35.00 N 24 54.80 W GPS 62 46BS1097 LB02/V 382 1 ROS 120997 1841 BO 65 35.00 N 24 54.80 W GPS 62 56.9 1 1 46BS1097 LB02/V 382 1 ROS 120997 1842 EN 65 35.00 N 24 54.70 W GPS 62 46BS1097 LB01/V 383 1 ROS 120997 1943 BE 65 29.90 N 24 34.00 W GPS 31 46BS1097 LB01/V 383 1 ROS 120997 1944 BO 65 29.90 N 24 33.90 W GPS 32 26.6 1 1 46BS1097 LB01/V 383 1 ROS 120997 1945 EN 65 29.80 N 24 33.90 W GPS 32 46BS1097 KG13/V 384 1 ROS 130997 1813 BE 68 27.09 N 27 03.40 W GPS 220 46BS1097 KG13/V 384 1 ROS 130997 1819 BO 68 27.10 N 27 03.11 W GPS 221 214.8 1 1 UNIT B 46BS1097 KG13/V 384 1 ROS 130997 1824 EN 68 27.10 N 27 02.86 W GPS 228 46BS1097 KG12/V/E 385 1 ROS 130997 1947 BE 68 14.00 N 26 49.90 W GPS 249 46BS1097 KG12/V/E 385 1 ROS 130997 1955 BO 68 14.00 N 26 49.60 W GPS 252 242.7 10 1-6,13,20,23,25,63,99 UNIT B 46BS1097 KG12/V/E 385 1 ROS 130997 2002 EN 68 14.00 N 26 49.30 W GPS 253 46BS1097 KG11/V 386 1 ROS 130997 2120 BE 68 01.80 N 26 33.80 W GPS 262 46BS1097 KG11/V 386 1 ROS 130997 2125 BO 68 01.70 N 26 33.80 W GPS 262 254.6 1 1 UNIT B 46BS1097 KG11/V 386 1 ROS 130997 2130 EN 68 01.60 N 26 33.80 W GPS 261 46BS1097 KG10/V/E 387 1 ROS 130997 2243 BE 67 49.90 N 26 19.90 W GPS 312 46BS1097 KG10/V/E 387 1 ROS 130997 2250 BO 67 49.70 N 26 19.90 W GPS 309 302.8 11 1-6,13,20,23,25,63,99 UNIT B 46BS1097 KG10/V/E 387 1 ROS 130997 2300 EN 67 49.50 N 26 19.90 W GPS 311 46BS1097 KG09/V/E 388 1 ROS 140997 0052 BE 67 44.08 N 25 42.89 W GPS 568 46BS1097 KG09/V/E 388 1 ROS 140997 0106 BO 67 43.91 N 25 42.59 W GPS 582 578.9 12 1-6,13,20,23,25,63 UNIT B 46BS1097 KG09/V/E 388 1 ROS 140997 0121 EN 67 43.64 N 25 42.60 W GPS 586 46BS1097 KG08/V/E 389 1 ROS 140997 0302 BE 67 40.01 N 25 09.91 W GPS 1329 46BS1097 KG08/V/E 389 1 ROS 140997 0325 BO 67 39.65 N 25 09.77 W GPS 1331 1337.3 8 1-6,20,23,25,63 UNIT B 46BS1097 KG08/V/E 389 1 ROS 140997 0352 EN 67 39.51 N 25 09.07 W GPS 1338 46BS1097 KG08/V/E 389 2 ROS 140997 0438 BE 67 40.02 N 25 09.53 W GPS 1332 46BS1097 KG08/V/E 389 2 ROS 140997 0445 BO 67 39.93 N 25 09.41 W GPS 1334 384.9 11 1-6,20,23,25,63 UNIT B 46BS1097 KG08/V/E 389 2 ROS 140997 0453 EN 67 39.83 N 25 09.44 W GPS 1334 46BS1097 NN 390 1 MOR 140997 1215 RE 67 56.21 N 24 40.40 W GPS 1414 WOCE Mooring IS9 46BS1097 NN/V 390 2 MOR 140997 1544 DE 67 56.21 N 24 40.40 W GPS 1414 VEINS Mooring IS9 46BS1097 KG07/V/E 391 1 ROS 140997 1848 BE 67 36.00 N 24 37.80 W GPS 1345 46BS1097 KG07/V/E 391 1 ROS 140997 1915 BO 67 36.00 N 24 37.20 W GPS 1340 1348.7 10 1-6,13,20,23,25,63,99 UNIT B 46BS1097 KG07/V/E 391 1 ROS 140997 1941 EN 67 36.10 N 24 36.70 W GPS 1337 46BS1097 KG07/V/E 391 2 ROS 140997 2035 BE 67 35.90 N 24 38.10 W GPS 1347 46BS1097 KG07/V/E 391 2 ROS 140997 2042 BO 67 35.80 N 24 38.00 W GPS 1345 253.9 11 1-6,13,20,23,25,63,99 UNIT B 46BS1097 KG07/V/E 391 2 ROS 140997 2050 EN 67 35.80 N 24 37.70 W GPS 1343 46BS1097 KG06/V/E 392 1 ROS 150997 0000 BE 67 34.70 N 23 55.80 W GPS 962 46BS1097 KG06/V/E 392 1 ROS 150997 0019 BO 67 34.40 N 23 55.30 W GPS 951 954.7 7 1-6,20,23,25,63 UNIT B 46BS1097 KG06/V/E 392 1 ROS 150997 0039 EN 67 34.18 N 23 54.99 W GPS 945 46BS1097 KG06/V/E 392 2 ROS 150997 0112 BE 67 35.23 N 23 55.63 W GPS 974 46BS1097 KG06/V/E 392 2 ROS 150997 0119 BO 67 35.17 N 23 55.51 W GPS 971 256.7 9 1-6,20,23,25,63 UNIT B 46BS1097 KG06/V/E 392 2 ROS 150997 0126 EN 67 35.07 N 23 55.40 W GPS 969 46BS1097 KG06/V/E 392 3 ROS 150997 0217 BE 67 34.95 N 23 55.64 W GPS 966 46BS1097 KG06/V/E 392 3 ROS 150997 0222 BO 67 34.91 N 23 55.63 W GPS 965 204.6 1 1-6,20,23,25,63 UNIT B 46BS1097 KG06/V/E 392 3 ROS 150997 0226 EN 67 34.87 N 23 55.63 W GPS 965 46BS1097 KG05/V/E 393 1 ROS 150997 0430 BE 67 19.96 N 23 40.11 W GPS 504 46BS1097 KG05/V/E 393 1 ROS 150997 0443 BO 67 19.96 N 23 39.89 W GPS 502 498.4 5 1-6,20,23,25,63,99 UNIT B 46BS1097 KG05/V/E 393 1 ROS 150997 0452 EN 67 19.98 N 23 39.80 W GPS 502 46BS1097 KG05/V/E 393 2 ROS 150997 0527 BE 67 20.17 N 23 39.41 W GPS 503 46BS1097 KG05/V/E 393 2 ROS 150997 0532 BO 67 20.22 N 23 39.42 W GPS 504 154.7 8 1-6,13,20,23,25,63,99 UNIT B 46BS1097 KG05/V/E 393 2 ROS 150997 0538 EN 67 20.16 N 23 39.33 W GPS 502 46BS1097 KG04/V/E 394 1 ROS 150997 0811 BE 67 05.00 N 23 27.60 W GPS 230 46BS1097 KG04/V/E 394 1 ROS 150997 0816 BO 67 04.90 N 23 27.30 W GPS 232 219.3 9 1-6,13,20,23,25,63 UNIT B 46BS1097 KG04/V/E 394 1 ROS 150997 0823 EN 67 04.90 N 23 26.80 W GPS 233 46BS1097 KG03/V 395 1 ROS 150997 1029 BE 66 52.90 N 23 18.10 W GPS 228 46BS1097 KG03/V 395 1 ROS 150997 1034 BO 66 52.90 N 23 18.00 W GPS 227 220.1 1 1 46BS1097 KG03/V 395 1 ROS 150997 1038 EN 66 52.80 N 23 17.70 W GPS 226 46BS1097 KG02/V 396 1 ROS 150997 1157 BE 66 41.00 N 23 09.30 W GPS 71 46BS1097 KG02/V 396 1 ROS 150997 1159 BO 66 41.00 N 23 09.30 W GPS 71 61.0 1 1 46BS1097 KG02/V 396 1 ROS 150997 1201 EN 66 41.00 N 23 09.30 W GPS 71 46BS1097 KG01/V 397 1 ROS 150997 1311 BE 66 29.97 N 23 00.24 W GPS 46 46BS1097 KG01/V 397 1 ROS 150997 1315 BO 66 29.89 N 23 00.38 W GPS 45 44.2 1 1 46BS1097 KG01/V 397 1 ROS 150997 1317 EN 66 29.86 N 23 00.44 W GPS 43 46BS1097 LN01/V 398 1 ROS 160997 1104 BE 66 37.00 N 14 15.90 W GPS 186 46BS1097 LN01/V 398 1 ROS 160997 1108 BO 66 36.90 N 14 15.60 W GPS 181 174.9 1 1 46BS1097 LN01/V 398 1 ROS 160997 1112 EN 66 36.90 N 14 15.30 W GPS 184 46BS1097 LN02/V 399 1 ROS 160997 1407 BE 67 00.34 N 13 49.29 W GPS 440 46BS1097 LN02/V 399 1 ROS 160997 1418 BO 67 00.33 N 13 48.74 W GPS 466 453.5 1 1 46BS1097 LN02/V 399 1 ROS 160997 1426 EN 67 00.38 N 13 48.29 W GPS 480 46BS1097 LN03/V 400 1 ROS 160997 1625 BE 67 14.99 N 13 33.53 W GPS 1528 46BS1097 LN03/V 400 1 ROS 160997 1652 BO 67 14.86 N 13 32.75 W GPS 1543 1544.2 1 1 46BS1097 LN03/V 400 1 ROS 160997 1726 EN 67 14.42 N 13 31.94 W GPS 1565 46BS1097 LN04/V/E 401 1 ROS 160997 1924 BE 67 30.00 N 13 15.80 W GPS 1712 46BS1097 LN04/V/E 401 1 ROS 160997 1959 BO 67 30.30 N 13 14.90 W GPS 1713 1728.2 9 1-6,23,25,63 UNIT B 46BS1097 LN04/V/E 401 1 ROS 160997 2040 EN 67 30.70 N 13 13.60 W GPS 1716 46BS1097 LN04/V/E 401 2 ROS 160997 2130 BE 67 30.00 N 13 16.00 W GPS 1712 46BS1097 LN04/V/E 401 2 ROS 160997 2137 BO 67 30.00 N 13 15.60 W GPS 1713 304.8 10 1-6,13,23,25,63 UNIT B 46BS1097 LN04/V/E 401 2 ROS 160997 2145 EN 67 30.10 N 13 15.20 W GPS 1713 46BS1097 LN05/V 402 1 ROS 170997 0017 BE 67 45.00 N 12 57.30 W GPS 1800 46BS1097 LN05/V 402 1 ROS 170997 0045 BO 67 45.23 N 12 56.69 W GPS 1797 1810.5 1 1 UNIT B 46BS1097 LN05/V 402 1 ROS 170997 0121 EN 67 45.46 N 12 56.17 W GPS 1796 46BS1097 LN06/V/E 403 1 ROS 170997 0315 BE 67 59.97 N 12 40.38 W GPS 1835 46BS1097 LN06/V/E 403 1 ROS 170997 0346 BO 68 00.03 N 12 40.92 W GPS 1836 1844.7 10 1-6,23,25,63 UNIT B 46BS1097 LN06/V/E 403 1 ROS 170997 0424 EN 68 00.06 N 12 41.31 W GPS 1836 46BS1097 LN06/V/E 403 2 ROS 170997 0523 BE 67 59.94 N 12 40.55 W GPS 1834 46BS1097 LN06/V/E 403 2 ROS 170997 0529 BO 67 59.95 N 12 40.46 W GPS 1835 208.2 12 1-6,12,13,23,25,63 UNIT B 46BS1097 LN06/V/E 403 2 ROS 170997 0536 EN 67 59.95 N 12 40.43 W GPS 1835 46BS1097 SI08/E 404 1 ROS 170997 1901 BE 68 00.00 N 18 49.90 W GPS 1014 46BS1097 SI08/E 404 1 ROS 170997 1921 BO 67 59.80 N 18 49.90 W GPS 1012 1015.0 4 1-6,23,25,63 UNIT B 46BS1097 SI08/E 404 1 ROS 170997 1941 EN 67 59.70 N 18 49.30 W GPS 1008 46BS1097 SI08/E 404 2 ROS 170997 2012 BE 67 59.90 N 18 49.80 W GPS 1013 46BS1097 SI08/E 404 2 ROS 170997 2020 BO 67 59.70 N 18 49.70 W GPS 1011 405.5 11 1-6,23,25,63 UNIT B 46BS1097 SI08/E 404 2 ROS 170997 2030 EN 67 59.70 N 18 49.40 W GPS 1009 46BS1097 SI08/E 404 3 ROS 170997 2101 BE 68 00.10 N 18 50.80 W GPS 1019 46BS1097 SI08/E 404 3 ROS 170997 2120 BO 68 00.00 N 18 50.20 W GPS 1016 1020.0 1 1 46BS1097 SI08/E 404 3 ROS 170997 2139 EN 67 59.01 N 18 49.53 W GPS 1011 Parameter: 1: Salinity 2: Oxygen 3: Silicate 4: Nitrate 5: Nitrite 6: Phosphate 12: Carbon 14 13: Carbon 13 20: O-18/O-16 ratio 22: Cesium 137 23: tCO_2 25: fCO_2 26: PH 63: SF6 98: H2 (Not WOCE standard) 99: Iodine-129 (Not WOCE standard) Section Name Code: FX Faxaflói LB Látrabjarg KG Kögur SI Siglunes LN Langanes NE NN No Name ??/V VEINS Section /E ESOP-2 Station
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| Responsible: John Mortensen | MRI | ||
