# NOAA Paleoclimatology Program - Paleocean Site Data # gb3302-1_sytr-tab.txt # SYNTRACE data only # File Created: 15-Jul-2011 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Jung-Hyun Kim # Core/Site: GeoB3302-1 # Latitude: 33.13.00S ( -33.21667) # Longitude: 72.06.00W ( -72.1) # Water Depth(m): 1498 # # Publications: # Kim, J.-H., R.R. Schneider, D. Hebbeln, P.J. Müller, and G. Wefer. 2002. Last # deglacial sea-surface temperature evolution in the Southeast Pacific compared # to climate changes on the South American continent. Quaternary Science Reviews, # 21, 2085-2097. #------------------ # # Description & Notes: # Chilean Margin 33KYr Alkenone SST Reconstructions # Sea surface temperature, annual mean [°C] calculated from (Müller et al, 1998) # # GeoB3302-1 C14 Dates # # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # # Depth yrBP Error+ Error- Material Lab Num. Cal Age # 3 -999 -999 -999 -999 GrA 1095 9790 # 18 11030 160 160 -999 KIA 4050 12970 # 33 13360 90 90 -999 KIA 6180 15940 # 48 14950 120 120 -999 KIA 4049 17770 # 68 15200 130 130 -999 KIA 4044 18060 # 103 16660 150 150 -999 KIA 4043 19740 # 133 17450 170 170 -999 KIA 4042 20640 # 178 18590 180 180 -999 KIA 4041 21960 # 233 19700 210 210 -999 KIA 4040 23230 # 308 22730 240 240 -999 KIA 6173 26750 # 405 27960 340 340 -999 KIA 7254 32700 # # Variables: # depth Depth (cm) # calyrBP calendar years B.P. (B.P. = 1950) # sst-uk37 Sea Surface Temperature from Uk'37 (C) # uk37 Alkenone saturation index # # CORE: GeoB3302-1 depth calyrBP sst-uk37 uk37 18 12970 16.5 0.59 23 13960 15.3 0.55 28 14950 14.1 0.51 33 15940 14.4 0.52 38 16550 15.2 0.55 43 17160 13.8 0.5 48 17770 13.7 0.5 53 17780 12.8 0.47 58 17960 12.8 0.47 63 18150 12.2 0.45 68 18330 12.2 0.45 73 18520 11.8 0.43 78 18710 12.8 0.47 83 18890 12.8 0.47 88 19080 12.5 0.46 93 19260 12.5 0.46 98 19450 12.3 0.45 103 19730 12.2 0.45 108 19890 12.5 0.46 113 20040 13 0.47 118 20190 13.5 0.49 123 20340 13.1 0.48 128 20490 12.5 0.46 133 20640 12.5 0.46 138 20790 12.7 0.46 143 20940 12.7 0.46 148 21080 12.4 0.45 153 21230 12.2 0.45 158 21370 12.3 0.45 163 21520 11.9 0.44 168 21660 12 0.44 173 21810 12.5 0.46 178 21960 12.1 0.44 183 22070 11.9 0.44 188 22190 11.6 0.43 193 22300 11.6 0.43 198 22420 11.5 0.42 203 22540 12 0.44 208 22650 12 0.44 213 22770 11.5 0.42 218 22890 11.8 0.43 223 23000 13.5 0.49 228 23120 13.1 0.48 233 23230 12.6 0.46 238 23470 12.5 0.46 243 23700 12.3 0.45 248 23940 12.4 0.45 253 24170 12.9 0.47 258 24410 12.5 0.46 263 24640 13.2 0.48 268 24880 13.3 0.48 273 25110 13.5 0.49 278 25340 13.5 0.49 283 25580 13.4 0.49 288 25810 12.7 0.46 293 26050 12.6 0.46 298 26280 12.2 0.45 303 26520 12.1 0.44 308 26750 12.2 0.45 313 27060 12.6 0.46 318 27360 12.3 0.45 323 27670 12.8 0.47 328 27980 11.9 0.44 333 28280 12.4 0.45 338 28590 12.6 0.46 343 28900 13.3 0.48 348 29200 13.5 0.49 353 29510 13.5 0.49 358 29820 13.8 0.5 363 30120 14.1 0.51 368 30430 14.1 0.51 373 30740 14.3 0.52 378 31040 13.7 0.5 383 31350 13.7 0.5 388 31660 13.9 0.5 393 31960 13.9 0.5 398 32270 13.6 0.49 403 32570 12.7 0.46 408 32680 13.7 0.5