Graduate School of Oceanography
University of Rhode Island
TRACKED LABRADOR SEA FLOATS
M.Prater, H.T.Rossby
Launch Latitude Longitude Depth Surface Latitude Longitude Float Date (degN) (degW) (m) Date (degN) (degW) Notes Fall 1996 Float Deployments - C.S.S. Hudson 375 10/26/96 58.252 50.818 150 11/23/96 58.422 49.848 376 11/10/96 58.664 50.106 150 12/06/96 59.140 49.459 377 10/26/96 58.252 50.822 150 12/05/96 58.131 49.713 Winter 1997 Float Deployments - R/V Knorr 383 2/13/97 57.026 53.678 350 3/15/97 56.411 54.760 (4) 388 2/11/97 57.217 53.985 350 3/23/97 57.140 53.250 391 2/13/97 56.838 53.915 350 2/20/97 57.157 53.459 (1) 396 2/12/97 56.983 53.866 600 4/04/97 55.823 54.525 (4) 401 2/13/97 56.981 54.120 350 3/17/97 56.280 55.128 Spring 1997 Float Deployments - C.S.S. Hudson 386 5/22/97 60.000 48.906 350 6/02/97 60.618 51.050 (1) 393 5/20/97 59.252 44.103 350 11/01/97 59.283 59.786 395 6/01/97 61.226 50.384 350 6/20/97 61.908 53.612 (1) 400 5/19/97 57.966 44.050 350 5/23/97 57.737 43.663 (1) 402 5/31/97 60.059 52.468 350 7/29/97 60.688 50.383 404 5/22/97 60.175 48.678 350 8/02/97 59.940 58.826 406 5/19/97 58.483 44.050 350 8/16/97 58.789 47.193 (4) Notes: (1) Excessively premature surfacing. (2) Did not surface or never returned data. (3) Data garbled, indecipherable, or otherwise unusable. (4) Spent all or significant portion of mission at surface. Sound Source Locations and Schedules Sound Deployment Latitude Longitude First Source Source Date Transmit Type RI-1 (East) 11/08/1996 56.785N 43.992W 00:30 Sparton/Webb RI-2 (South)11/06/1996 54.980N 48.717W 01:00 Sparton/Webb RI-3 (West) 11/11/1996 57.983N 56.174W 01:30 Sparton/Webb RI-4 (North)10/26/1996 58.261N 50.819W 02:00 Webb A note on these floats from Mark Prater: Since the traditional RAFOS T/P tends to be just a point measurement, what I will do is take the first T and P after the navigation fix and stick it in the RFC file. Since I don't do traditional measurements when I profile, I'll have to add a null in place of the T or P at those times. I'll just leave the "w" [vertical velocity] field as zeros.