# NOAA Paleoclimatology Program - Paleocean Site Data # k943_lm8-tab.txt # Complete Data # File Created: 17-Apr-2006 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Tadamichi Oba # Core/Site: KH94-3,LM-8 # Latitude: 38.53.00N ( 38.88333) # Longitude: 143.22.00E ( 143.3667) # Water Depth(m): 2353 # # Publications: # Oba, T. and M. Murayama. 2004. Sea-surface temperature and salinity changes in # the northwest Pacific since the Last Glacial Maximum. Journal of Quaternary Science, # 19(4), 335 - 346. #------------------ # # Description & Notes: # Northwest Pacific Stable Isotope Data and SSS/SST Reconstructions. # SST is calculated from the following equation, SST = 0.331 x D2 + 3.643 X D -0.14. # D = d18O difference from benthic foraminifera to G. bulloides. Corrected SST # was obtained by assuming that the bottom temperature at the LGM was 2.5°C lower # than today and # # Variables: # depth Depth (cm) # calyrBP calendar years B.P. (B.P. = 1950) # d13Cg.bull delta C13 PDB (Globigerina bulloides) # d13Cu.sent delta C13 PDB (Uvigerina senticosa) # d18Og.bull delta O18 PDB (Globigerina bulloides) # d18Ou.sent delta O18 PDB (Uvigerina senticosa) # sal Salinity # sst Sea Surface Temperature (C) # sst-cor Sea Surface Temperature, corrected for LGM bottom temp. # # CORE: KH94-3,LM-8 depth calyrBP d13Cg.bull d13Cu.sent d18Og.bull d18Ou.sent sal sst sst-cor 0 0 -0.765 -0.639 0.561 3.323 33.764 12.1 12.1 8.5 435 -1.182 -0.807 -0.191 3.248 34.053 15.93 15.93 11 563 -0.6 -999 1.43 -999 33.125 7.25 7.25 13.4 732 -0.56 -999 1.44 -999 33.12 7.2 7.2 15.8 948 -0.44 -999 1.51 -999 33.087 6.86 6.86 20.7 1390 -0.748 -0.843 0.394 3.15 33.43 12.07 12.07 23.1 1606 -0.92 -999 0.44 -999 33.633 12.32 12.32 28 2047 -1.01 -999 0.06 -999 33.874 14.45 14.45 30.4 2263 -0.692 -0.696 0.937 3.169 33.18 9.32 9.32 32.9 2488 -999 -0.83 -999 3.1 -999 -999 -999 37.7 2921 -0.6 -999 0.76 -999 33.452 10.61 10.61 40.2 3146 -0.619 -0.736 1.178 3.407 33.633 9.3 9.3 42.6 3362 -0.64 -999 1.56 -999 33.069 6.63 6.63 45 3578 -0.27 -999 1.48 -999 33.103 7.01 7.01 49.9 4020 -0.64 -999 0.52 -999 33.588 11.89 11.89 59.6 4893 -0.46 -999 1.83 -999 32.965 5.38 5.38 66.9 5551 -1.06 -999 1.194 -999 33.232 8.4 8.4 71.8 5992 -0.38 -1.08 2.12 3.15 32.661 3.69 3.69 76.7 6433 -0.77 -999 0.67 -999 33.504 11.09 11.09 79.1 6650 -0.738 -1.05 1.802 3.28 33.056 5.67 5.67 81.5 6866 -1.092 -999 1.338 -999 33.164 7.69 7.69 84 7091 -0.68 -999 1.68 -999 33.022 6.07 6.07 86.4 7307 -0.64 -1.06 1.66 3.23 32.998 6.1 6.1 88.8 7523 -1.013 -999 2.253 -999 32.829 3.52 3.52 91.3 7748 -0.64 -999 1.96 -999 32.916 4.79 4.79 93.7 7965 -0.19 -999 2.45 -999 32.777 2.69 2.69 96.1 8181 -0.63 -999 2.01 -999 32.779 4.57 4.445 98.6 8406 -0.52 -999 2.18 -999 32.604 3.83 3.58 101 8622 -0.48 -999 1.81 -999 32.608 5.47 5.095 105.8 9241 -0.73 -999 1.83 -999 32.48 5.38 4.88 108.3 9563 -0.45 -0.97 2.09 3.39 32.598 4.87 4.245 113.1 10181 -0.544 -999 2.149 -999 32.875 5.43 4.68 115.5 10491 -0.47 -999 2.03 -999 33.01 6.39 5.515 118 10813 -0.31 -999 2.43 -999 32.935 4.97 3.97 120.4 11122 -0.19 -1.05 2.65 3.84 32.931 4.38 3.255 122.8 11431 -0.567 -999 2.94 -999 32.831 3.36 2.11 127.6 12050 -0.78 -1.03 2.61 4 33.068 5.27 3.895 130.1 12282 -0.7 -999 2.17 -999 33.296 7.39 6.015 132.5 12506 -0.39 -999 2.99 -999 32.982 3.7 2.325 134.9 12729 -0.48 -1.08 2.59 4.04 33.051 5.55 4.05 137.3 12952 -0.577 -999 2.831 -999 32.961 4.48 2.98 139.8 13084 -0.47 -999 2.8 -999 32.872 4.66 3.035 142.2 13408 -0.759 -1.14 2.683 4.15 33.021 5.62 3.87 144.6 13631 -0.562 -999 2.493 -999 33.212 6.71 4.96 147 13854 -0.58 -999 2.89 -999 33.007 5.06 3.185 149.5 14086 -0.5 -1.13 3.01 4.28 33.071 4.74 2.865 151.9 14310 -0.729 -999 2.95 -999 33.139 5.33 3.33 154.3 14533 -0.63 -999 2.88 -999 33.36 6.02 4.02 156.7 14756 -0.6 -1.22 2.56 4.51 33.581 7.91 5.785 159.2 14988 -0.628 -999 2.91 -999 33.536 6.49 4.365 161.6 15211 -0.63 -999 3.14 -999 33.496 5.79 3.54 164 15435 -0.88 -1.1 3.44 4.71 33.526 4.74 2.49 166.4 15658 -1.257 -999 2.884 -999 33.664 7.08 4.83 168.9 15890 -1.017 -999 2.994 -999 33.683 6.94 4.565 173.7 16337 -1.014 -1.12 3.392 4.76 33.535 5.17 2.795 176.1 16560 -0.639 -999 3.329 -999 33.57 5.47 3.095 178.6 16792 -0.72 -1.08 3.03 4.78 33.63 6.94 4.44 181 17015 -0.67 -999 3.12 -999 33.645 6.63 4.13 183.4 17238 -1.027 -1.1 3.254 4.82 33.619 6.08 3.58 189.2 17778 -0.85 -1.1 3.17 4.78 33.561 6.28 3.78 191.6 18001 -0.99 -999 2.95 -999 33.68 7.34 4.84 194.1 18233 -1.18 -999 2.795 -999 33.715 8 5.5 196.5 18457 -1.099 -1.15 2.899 4.78 33.698 7.57 5.07 198.9 18680 -0.81 -999 2.78 -999 33.817 8.02 5.645 201.4 18912 -0.72 -1.1 3.18 4.72 33.538 5.96 3.585 203.8 19135 -1.052 -999 2.822 -999 33.822 7.87 5.495 206.2 19359 -1.209 -999 3.337 -999 33.57 5.44 3.065 208.7 19591 -1.075 -1.15 2.673 4.79 33.921 8.64 6.265 211.1 19814 -1.02 -999 2.82 -999 33.723 7.68 5.305 213.5 20037 -0.649 -999 3.267 -999 33.363 5.3 2.925 216 20270 -1.18 -1.12 2.64 4.6 33.518 7.96 5.585 218.4 20493 -1.139 -999 3.036 -999 33.231 5.9 3.525 223.2 20939 -1.074 -1.16 3.238 4.66 33.37 5.42 3.045 228.1 21395 -0.911 -999 3.14 -999 33.662 6.35 3.975 230.5 21618 -999 -1.09 -999 4.67 -999 -999 -999 233 21850 -1.189 -999 3.478 -999 33.742 5.25 2.875 237.8 22297 -1.033 -1.03 3.361 4.79 33.745 5.45 3.2 240.3 22529 -1.377 -999 3.033 -999 33.833 6.85 4.6 245.1 22976 -999 -1 -999 4.63 -999 -999 -999 250 23431 -0.869 -999 3.139 -999 34.022 6.82 4.57 257.3 24110 -999 -0.92 -999 4.38 -999 -999 -999 259.7 24400 -0.951 -999 2.651 -999 33.662 8.71 6.5