# NOAA Paleoclimatology Program - Paleocean Site Data # su81-18w-fwc.txt # Complete Data # File Created: 18-Jan-2005 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Claire Waelbroeck # Core/Site: SU81-18 # Latitude: 37.46.00N ( 37.76667) # Longitude: 10.11.00W ( -10.18333) # Water Depth(m): 3135 # # Publications: # Waelbroeck, C., L. Labeyrie, J.-C. Duplessy, J. Guiot, M. Labracherie, H. Leclaire, # and J. Duprat. 1998. Improving past sea surface temperature estimates based on # planktonic fossil faunas. Paleoceanography 13:272-283. #------------------ # # Description & Notes: # Sea Surface Temperature Estimates in the Equatorial and North Atlantic. # SSTs reconstructed by the Revised Analog Method (RAM) (see original reference), # as well as the associated standard deviations and dissimilarity coefficients. # Cold/Warm season SSTs refer to the average winter [January-March] and summer # [July-September] SST. # # Variables: # depth Depth (cm) # Dsqchord Squared-chord distance # sst-aug Sea Surface Temperature (C, August) # sst-feb Sea Surface Temperature (C, February) # # CORE: SU81-18 depth Dsqchord Dsqchord_err sst-aug sst-aug_err sst-feb sst-feb_err 0 0.1055 0.0062 20.89 0.39 15.67 0.3 10 0.1085 0.0091 20.74 0.45 15.61 0.28 20 0.1485 0.0112 21.71 1.28 15.42 1.25 30 0.1091 0.0038 22.23 0.74 16.31 0.56 40 0.1188 0.0031 22.2 0.73 16.31 0.52 50 0.1227 0.0085 20.97 0.35 16.08 1.04 60 0.1537 0.0099 20.91 0.24 16.41 1.3 70 0.1375 0.0067 20.94 0.29 16.41 1.38 80 0.1417 0.0052 21.39 0.49 15.98 1.1 90 0.1573 0.0061 22.41 0.87 16.37 0.75 100 0.1436 0.0105 20.97 0.22 16.92 1.48 110 0.119 0.0059 20.79 0.24 15.66 0.3 120 0.1735 0.0074 20.88 0.3 16.14 1 130 0.1106 0.0039 21.09 0.55 15.7 0.29 140 0.1246 0.0058 21.24 0.54 16.14 1.02 150 0.1411 0.0046 20.04 1.13 14.16 2.17 160 0.1085 0.0129 20.38 1.19 13.63 1.76 170 0.0893 0.0125 12.36 1.2 7.32 1.11 180 0.0879 0.0096 13.82 1.06 8.6 1.12 190 0.1187 0.0066 15.24 1.63 10.3 1.1 200 0.1012 0.0095 12.19 1.41 8.65 1.25 210 0.0741 0.007 18.38 0.85 11.45 0.71 220 0.1217 0.0113 19.84 1.3 12.17 0.67 230 0.1138 0.005 19.86 1.08 12.99 0.76 240 0.1275 0.0107 19.99 1.57 12.12 0.93 250 0.1077 0 14.76 0.28 6.97 0.22 260 0.1058 0.0129 11.41 1.46 6.87 0.94 270 0.0266 0.0004 9.61 0.21 4.45 0.21 280 0.0214 0.0006 9.46 0 3.85 0.21 290 0.0504 0.0047 9.22 0.32 3.85 0.42 300 0.0577 0.0095 9.26 0.66 5.05 0.66 310 0.0519 0.0089 9.75 0.25 4.06 0.34 320 0.0321 0.0031 8.75 0.57 4.07 0.61 330 0.0415 0.0072 9.74 0.23 4.12 0.33 340 0.0776 0.0065 14.14 1.14 9.74 0.82 350 0.0527 0.0048 15.31 0.74 10.83 0.47 360 0.1058 0.0083 16.72 1.6 10.97 0.71 370 0.0568 0.0031 13.83 1.3 9.81 0.8 380 0.1257 0.0089 14.53 1.14 10.22 0.73 390 0.1214 0.0022 19.17 2.32 11.8 0.56 400 0.0999 0.0023 14.16 1.12 9.72 1.01 410 0.145 0.0096 20.21 1.02 12.04 0.34 420 0.1138 0.0144 20.57 1.3 12.49 0.87 430 0.1285 0.0075 16.81 1.15 11.8 0.9 440 0.1085 0.002 16.98 2.96 11.14 0.96 450 0.071 0.0046 14.85 1.11 10.25 0.71 470 0.1156 0.007 17.45 1.21 11.16 0.38 480 0.1002 0.0093 15 1.92 10.36 0.91 490 0.0602 0.0051 17.29 1.11 11.04 0.35 500 0.0669 0.0041 14.19 0.69 9.8 0.44 510 0.0333 0.0047 11.44 1.6 7.06 0.82 520 0.1237 0.004 11.12 1.37 5.91 1.68 530 0.0842 0.0077 15.15 0.72 10.6 0.55 540 0.1018 0.0076 14.71 1.65 10.13 1.18 550 0.0517 0.0067 13.52 1.07 9.23 0.86 560 0.061 0.0054 14.92 0.67 10.53 0.74 570 0.0503 0.0085 13.41 0.82 8.97 0.89 580 0.0795 0.0086 13.14 0.92 9.3 0.56 590 0.0406 0.0038 14.68 0.62 10.26 0.62 600 0.0853 0.0081 13.49 0.96 9.59 0.53 620 0.0521 0.0074 14.06 0.7 9.73 0.51 630 0.11 0.0229 18.65 2.8 12.14 1.31 640 0.091 0.0094 17.45 3.2 11.36 1.49 650 0.0754 0.0173 12.13 1.37 7.39 0.68 660 0.0545 0.0059 15.74 1.51 10.63 0.79 670 0.0634 0.0055 11.3 1.23 7.22 0.59 680 0.0552 0.0067 9.98 0.25 4.21 0.29 690 0.056 0.0077 9.87 0.28 4.27 0.22