# NOAA Paleoclimatology Program - Paleocean Site Data # 147-gc31-tab.txt # Complete Data # File Created: 02-Feb-2010 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Elisabeth L. Sikes # Core/Site: RS147-GC31 # Latitude: 44.32.00S ( -44.53333) # Longitude: 149.03.00E ( 149.05) # Water Depth(m): 3405 # # Publications: # Sikes, E.L., W.R. Howard, C.R. Samson, T.S. Mahan, L.G. Robertson, and J.K. Volkman. # 2009. Southern Ocean seasonal temperature and Subtropical Front movement on the # South Tasman Rise in the late Quaternary. Paleoceanography, 24, PA2201. #------------------ # # Description & Notes: # South Tasman Rise Late Quaternary SST Reconstructions # Conventional radiocarbon ages for GC07 were converted to calendar ages using # the marine CALIB 5.0 program. Radiocarbon ages older than 20 ka were calibrated # to calendar ages using an oceanic 14C reservoir correction of 350 years [Druffel # and Griffin, 1999] and a polynomial fit [Bard et al., 1998]. MIS3-5 d18O tuned # to Lieseki and Raymo 2005 / Marinson et al 1987. In GC07 the SST-MAT warm season # errors range from 2.0°-4.0°C for warm-season estimates, larger than the 1°-1.5°C # generally associated with modern analog estimates, in the deglaciation [Samson, # 1998]. This is ascribed to the fact that GC07 lies in a zone of frontal movement # where SST changes rapidly over small distances. SSTs from Uk'37 have an error # of +/- 1.5 degC. # # Variables: # depth Depth (cm) # calyrBP calendar years B.P. (B.P. = 1950) # carb% Calcium Carbonate percent # d18Og.bull300-355 delta O18 PDB (Globigerina bulloides 300-355 micron) # sst-MAT.w sea surface temperature- warm season, modern analog technique, degC # # CORE: RS147-GC31 depth calyrBP carb% d18Og.bull300-355 sst-MAT.w notes 1.5 1000 83.4 1.21 -999 1k 6.5 2674 84.9 -999 -999 9 3511 77.3 1.709 13.4 11.5 4348 77.2 -999 -999 14 5186 77.8 1.528 16.1 16.5 6023 76.8 -999 -999 19 6860 75.3 1.399 16 21.5 7697 75.9 -999 -999 24 8534 74.1 1.673 16.8 26.5 9371 75.1 -999 -999 29 10208 74.3 2.132 17.4 31.5 11045 72.7 -999 -999 34 12050 73.2 2.237 -999 stage 2.0 36.5 12911 69.4 -999 -999 39 13773 71.8 -999 -999 41.5 14634 69.2 -999 16 44 15496 66 2.959 -999 46.5 16357 64.8 -999 -999 49 17219 62.3 3.265 12.4 56.5 19803 62.3 -999 -999 59 20664 62.9 3.318 11.4 66.5 23249 64.6 -999 -999 69 24110 59.5 3.076 11.3 stage 3.0 76.5 27240 74.4 -999 -999 79 28284 75.8 2.883 11.2 86.5 31414 70.3 -999 -999 89 32458 56.8 3.181 12.4 96.5 35588 70.7 -999 -999 99 36631 73 3.248 12.4 106.5 39762 81 -999 16.5 109 40805 79.9 3.047 -999 116.5 43935 76.5 -999 -999 119 44979 79.5 3.196 -999 126.5 48109 80.2 -999 -999 129 49153 76.9 2.949 -999 136.5 52283 78 -999 -999 140.5 53952 78.9 2.82 -999 146.5 56457 80.2 -999 -999 149 57500 -999 2.973 -999 stage 4.0 166.5 62491 61.4 -999 -999 169 63204 65.5 3.29 -999 186.5 68196 66.1 -999 -999 189 68909 70 3.315 -999 206.5 73900 84 -999 -999 stage 5.0 209 74613 83.1 2.61 -999 226.5 79604 84 -999 -999 229 80317 78.1 2.427 -999 246.5 85309 84.6 -999 -999 249 86022 83.1 2.145 -999 266.5 91013 87.6 -999 -999 269 91726 85 2.194 -999 286.5 96717 91.4 -999 -999 289 97430 89.9 2.252 -999