# NOAA Paleoclimatology Program - Paleocean Site Data # dd2-tab.txt # Complete Data # File Created: 28-Dec-2005 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Shangbin Xiao # Core/Site: DD2 # Latitude: 29.34.55N ( 29.58194) # Longitude: 122.37.55E ( 122.6319) # Water Depth(m): 44 # # Publications: # Xiao, S., A. Li, F. Jiang, T. Li, P. Huang, and Z. Xu. 2005. Recent 2000-year # geological records of mud in the inner shelf of the East China Sea and their # climatic implications. Chinese Sciences Bulletin 50(5), 466-471. # Xiao, S. and A. Li. 2005. A study on environmental grain-size population in inner # shelf of the East China Sea. Acta sedimentologica sinica. 34(1): 27-34. #------------------ # # Description & Notes: # East China Sea High-Resolution Grain Size Data. # Core study indicates that there are at least 9 abrupt grain-size increases in # the past 2000 years, with each corresponding very well with the low-temperature # events in Chinese history, which might result from the periodical strengthening # of the East Asian # # Variables: # depth Depth (cm) # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # gsbulk Mean grain size, bulk sample # gsfine Mean grain size, fine (<45µm) # # CORE: DD2 depth yrBP gsbulk gsfine 1 -43.22 7.55 7.22 3 -29.67 8.24 7.85 5 -16.12 8.21 7.92 7 -2.57 8.66 8.15 9 10.98 9.04 8.39 11 24.53 7.54 7.22 13 38.08 7.93 7.48 15 51.63 8.64 7.93 17 65.18 8.94 8.36 19 78.73 7.65 7.35 21 92.29 8.69 8.16 23 105.84 9.49 8.86 25 119.39 9.18 8.59 27 132.94 8.93 8.44 29 146.49 9.01 8.53 31 160.04 8.59 8.25 33 173.59 8.27 7.88 35 187.14 8.64 8.12 37 200.69 7.82 7.52 39 214.24 7.52 7.29 41 227.8 8.62 8.2 43 241.35 8.62 8.28 45 254.9 8.55 8.11 47 268.45 10.33 9.3 49 282 10.17 9.34 51 304.3 9.67 8.99 53 326.6 8.23 7.86 55 348.9 9.35 8.8 57 371.2 9.59 8.99 59 393.5 9.27 8.65 61 415.8 9.72 8.99 63 438.1 9.72 8.94 65 460.4 9.23 8.48 67 482.7 9.54 8.72 69 505 8.6 8.32 71 527.3 8.03 7.81 73 549.6 8.05 7.74 75 571.9 7.65 7.43 77 594.2 7.88 7.64 79 616.5 7.77 7.48 81 638.8 8.24 7.94 83 661.1 8.3 7.95 85 683.4 10.17 9.49 87 705.7 9.48 8.9 89 728 8.57 8.22 91 750.3 9.57 9.1 93 772.6 8.39 8.05 95 794.9 8.49 8.14 97 817.2 8.54 8.2 99 839.5 8.15 7.84 101 861.8 8.73 8.32 103 884.1 10.44 9.8 105 906.4 8.54 8.29 107 928.7 11.63 10.34 109 951 11.28 10.49 111 963.26 9.61 9.07 113 975.51 7.76 7.48 115 987.77 7.37 7.18 117 1000.02 7.7 7.39 119 1012.28 7.19 6.89 121 1024.53 7.62 7.42 123 1036.79 7.23 7.02 125 1049.04 6.58 6.43 127 1061.3 7.27 7.07 129 1073.55 8.25 7.88 131 1085.81 8.49 8.08 133 1098.06 8.36 7.94 135 1110.32 7.87 7.51 137 1122.57 8.05 7.82 139 1134.83 7.39 7.21 141 1147.09 6.31 6.2 143 1159.34 6.96 6.81 145 1171.6 7.78 7.51 147 1183.85 6.73 6.62 149 1196.11 7.1 6.97 151 1208.36 6.97 6.86 153 1220.62 7.82 7.6 155 1232.87 7.51 7.27 157 1245.13 7.37 7.18 159 1257.38 7.06 6.86 161 1269.64 8.08 7.86 163 1281.89 8.32 8 165 1294.15 7.96 7.72 167 1306.4 7.87 7.7 169 1318.66 7.7 7.44 171 1330.91 8.67 8.33 173 1343.17 8.47 8.24 175 1355.43 8.29 8 177 1367.68 9.36 8.97 179 1379.94 8.28 8.05 181 1392.19 8.29 8.03 183 1404.45 8.77 8.51 185 1416.7 8.12 7.85 187 1428.96 8.19 7.76 189 1441.21 7.88 7.63 191 1453.47 8.56 8.22 193 1465.72 8.13 7.81 195 1477.98 8.8 8.45 197 1490.23 9.01 8.64 199 1502.49 9.13 8.69 201 1514.74 9.81 9.18 203 1527 13.34 8.12 205 1539.26 13.34 8.83 207 1551.51 10.68 9.06 209 1563.77 10.68 8.98 211 1576.02 10.08 9.05 213 1588.28 10.05 9.02 215 1600.53 10.81 9.63 217 1612.79 12.62 8.58