# NOAA Paleoclimatology Program - Paleocean Site Data # e49-18_ssts-tab.txt # SST data only # File Created: 19-Jan-2005 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: William R. Howard # Core/Site: E49-18 # Latitude: 46.03.00S ( -46.05) # Longitude: 90.10.00E ( 90.16667) # Water Depth(m): 3291 # # Publications: # Howard, W.R., and W.L. Prell. 1992. Late Quaternary surface circulation of the # southern Indian Ocean and its relationship to orbital variations. Paleoceanography # 7:79-118. # Howard, W.R., and W.L. Prell. 1994. Late Quaternary carbonate production and # preservation in the Southern Ocean: implications for oceanic and atmospheric # carbon cycling. Paleoceanography 9:453-482. #------------------ # # Description & Notes: # Southern Indian Ocean circulation during the late Quaternary # # # Variables: # depth Depth (cm) # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # sst-aug Sea Surface Temperature (C, August) # sst-feb Sea Surface Temperature (C, February) # # CORE: E49-18 depth yrBP sst-aug sst-aug_err sst-feb sst-feb_err notes 0 12000 5.91 1.1 7.84 1.3 Event: 2 10 -999 4.86 1.4 7.18 1.4 20 -999 2.63 1.6 6.06 2.1 30 -999 3.28 1.5 6.77 1.6 40 19000 2.93 1.6 6.59 1.7 Event: 2.2 50 -999 2.92 1.5 6.39 1.4 60 -999 3.06 1.4 6.51 1.8 70 -999 3.58 1.4 6.68 1.7 80 -999 4.48 1.6 7.26 1.7 90 -999 4.08 1.1 6.97 1.4 100 -999 2.84 1.5 6.79 2.1 110 -999 2.45 1.2 5.89 1.8 120 -999 2.77 1 7.24 2.2 130 -999 4 1.1 7.13 1.5 140 -999 3.83 1.4 6.87 1.5 150 -999 3.23 1.5 6.8 2 160 -999 3.82 2 6.76 1.7 170 -999 3.99 1.2 6.75 1.1 180 -999 5.78 1.4 7.49 1.1 190 53000 5.78 1.4 7.49 1.1 Event: 3.3 200 -999 4.92 0.8 6.97 0.5 210 65000 5.1 1.3 7.72 1.3 Event: 4.2 220 -999 4.08 1.1 6.97 1.4 230 -999 3.9 1.3 6.76 1.7 240 -999 4.08 1.1 6.97 1.4 250 -999 4.77 0.8 7.23 1 260 -999 5.78 1.4 7.49 1.1 270 -999 5.78 1.4 7.49 1.1 280 -999 5.15 1.1 7.07 0.6 290 -999 4.27 1.2 7.04 1.3 300 -999 3.71 1.4 6.92 1.7 310 -999 4.54 1 7.08 1.2 320 -999 4.17 1.3 7.18 1.3 330 -999 4.44 0.9 6.95 1.2 340 -999 4.06 1 6.83 1 350 -999 4.66 1 6.97 1.2 360 -999 4.08 1.1 6.97 1.4 370 -999 5.03 0.8 7.25 1 380 -999 3.37 1.6 6.5 1.3 390 -999 4.08 1.1 6.97 1.4 400 -999 4.75 1.1 7 1.2 410 -999 4.08 1.1 6.97 1.4 420 -999 5.41 1.4 7.74 1.5 430 -999 4.89 0.7 7.19 1 440 -999 5.78 1.4 7.49 1.1 450 -999 5.64 1.2 7.65 1.4 460 -999 7.69 1.5 9.78 1.8 470 -999 5.64 1.2 7.7 1.5 480 122000 6.94 1.7 9.09 2.1 Event: 5.5 490 -999 7.69 1.5 9.78 1.8 500 -999 5.64 1.2 7.7 1.5 510 135000 3.83 1.4 6.87 1.5 Event: 6.2 520 -999 5.03 1 7.04 0.6 530 -999 2.64 1.2 6.78 2.1 540 -999 3.23 1.3 7.16 2.3 550 -999 3.62 1.3 7.17 2.2 560 -999 2.63 1.6 6.06 2.1 570 -999 3 1.5 6.5 1.8 580 -999 3.13 1.4 6.44 1.8 590 -999 3.06 1.4 6.51 1.8 600 -999 2.64 1.2 6.78 2.1 600 -999 2.64 1.2 6.78 2.1 610 171000 2 1 5.1 1.7 Event: 6.5 620 -999 3.58 1.4 6.68 1.7 630 -999 2.74 1.4 5.91 1.9 640 -999 3.98 1.9 6.97 2 650 -999 4.62 1.9 7.53 1.9 660 -999 4.26 1.2 6.8 1.3 670 194000 4.69 1.1 6.75 0.9 Event: LAD H. Karsteni/7.1 680 -999 5.03 1 7.04 0.6 690 -999 5.87 1.3 7.74 1.2 700 -999 5.07 1.4 7.28 1.4 710 -999 4.8 1.1 7.03 1.2 720 -999 5.01 0.8 7.22 1 730 216000 5.29 1 7.28 0.8 Event: 7.3 740 -999 5.01 0.8 7.39 1.1 750 -999 4.58 1 7.65 1.5 760 -999 4.78 1.4 7.67 1.8 770 -999 3.58 1.5 6.89 1.5 780 -999 2.75 1.6 6.25 1.8 790 -999 4.5 1 7.34 1.6 800 -999 5.45 0.9 7.28 0.8 810 238000 5.33 0.9 7.24 0.8 Event: 7.5 820 -999 6.86 1.5 9.12 2.7 830 -999 5.23 0.9 7.18 0.5 840 -999 4.52 1.4 7.68 1.9 850 -999 3.78 1.2 7.67 1.8 860 249000 2 1 5.1 1.7 Event: 8.2 870 -999 2.44 1.1 6.2 2.5 880 -999 4.08 1.3 6.96 1 890 -999 2.24 1.1 5.51 1.7 910 -999 5.03 1 7.17 0.5 920 -999 3.54 1.3 7.06 1.9 930 -999 5.62 1.2 7.52 1.1 940 287000 4.65 1 8 1.7 Event: 8.5 950 -999 5.2 1.6 8.57 1.6 960 -999 6.43 1.8 8.5 1.6 970 299000 3.77 1.3 6.82 1.7 Event: 8.6 980 -999 2.44 1.1 6.2 2.5 990 -999 2.72 1.5 6.21 1.8 1000 -999 3.53 1.2 7.28 2.2 1010 -999 4.38 1 7.25 1.6 1020 300000 2.46 1.1 6.44 2.3 Event: LAD G.crassiformis 1030 320000 4.22 1.7 8.2 2.2 Event: 9.2 1040 -999 5.03 1.7 8.18 1.9 1050 -999 4.15 0.8 7.34 1.8 1060 -999 5.05 1.3 7.98 1.6 1070 -999 4.54 1 7.08 1.2 1080 -999 5.88 1.3 7.8 1.1 1090 -999 5.67 1.3 7.57 1 1100 -999 6.96 1.3 9.69 2.7 1110 -999 6.98 1.3 10.18 3 1120 -999 5.94 1.1 7.76 0.9 1130 -999 5.67 1.3 7.57 1 1140 341000 1.93 1 5.08 1.7 Event: 10.2 1150 -999 3.64 1.8 6.57 1.3 1160 -999 2 1 5.1 1.7 1170 -999 1.82 1.1 4.95 2.1 1180 -999 2.17 1 5.75 2.6 1190 -999 3.12 1.8 6.4 1.4 1200 368000 2.62 1.5 6.37 2.7 Event: 11.1 1210 -999 2.46 1.1 6.44 2.3 1220 -999 3.82 1.3 6.85 1.6 1230 -999 4.15 1.2 7.02 1.3 1240 -999 2.46 1.1 6.44 2.3 1250 -999 4.36 1.3 6.74 1.5 1260 -999 2.74 1.5 6.05 1.5 1270 -999 2.44 1.5 5.52 1.8 1280 -999 2.45 1.6 5.72 2.1 1290 -999 3.37 1.4 6.61 1.8 1300 -999 4.28 1.3 6.84 1.6 1310 -999 5.87 1.3 7.81 1.1 1320 -999 5.52 1.4 7.81 1.4 1330 -999 5.28 1 7.64 1 1340 405000 7.86 1.4 9.64 2 Event: 11.3 1350 -999 7.34 1.6 9.44 2.7 1360 -999 5.93 1.4 7.76 1.1 1370 -999 6.42 1.3 8.58 2.6 1380 -999 5.98 1.4 8.65 1.9 1390 418000 4.89 1.3 8.39 1.5 Event: FAD H. karsteni 1400 -999 5.48 0.9 7.41 0.7 1410 423000 4.57 0.8 7.91 1.5 Event: LAD S. universus 1420 -999 4.86 0.9 7.4 1.1 1430 -999 3.03 1.9 7.16 2.6 1440 434000 1.68 0.8 4.21 1.8 Event: 12.2 1450 -999 3.83 2.2 7.42 1.8 1460 -999 1.88 1.1 5.12 2 1470 461000 1.96 1.1 5.11 2.2 Event: 12.3/Event: LAD P. lacunosa 1480 -999 1.68 1 4.41 1.9 1490 -999 2 1 5.1 1.7 1500 -999 1.79 0.8 4.4 1.6 1510 -999 1.82 1.1 4.95 2.1 1520 -999 1.63 0.8 4.44 1.7 1530 -999 2.3 1 5.65 3 1540 -999 2.19 1.2 5.9 2.9 1550 -999 2.46 1.1 6.44 2.3