# NOAA Paleoclimatology Program - Paleocean Site Data # f890g21-tab.txt # Complete Data # File Created: 18-Jan-2005 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: James V. Gardner # Core/Site: F8-90-G21 # Latitude: 37.13.12N ( 37.22) # Longitude: 123.14.24W ( -123.24) # Water Depth(m): 1605 # # Publications: # Gardner, J.V., W.E. Dean, and P. Dartnell. 1997. Biogenic sedimentation beneath # the California Current system for the past 30 kyr and its paleoceanographic significance. # Paleoceanography 12:207-225. #------------------ # # Description & Notes: # California Current during the past 30,000 years. # Data precision- biopal: 0.2%, CaCO3: 0.1%, Corg: 0.2% # # Variables: # depth Depth (cm) # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # bulkflux Bulk mass accumulation rate (g/cm^2/kyr) # carb% Calcium Carbonate percent # carbflux Calcium carbonate mass accumulation rate (g/cm^2/kyr) # corg% Organic Carbon weight percent # corgflux Organic carbon mass accumulation rate (g/cm^2/kyr) # dbd Dry Bulk Density # opal% Opal percent # opalflux Opal mass accumulation rate (g/cm^2/kyr) # sedrate Sedimentation rate (cm/kyr) # terrigflux Terrigenous mass accumulation rate (g/cm^2/kyr) # # CORE: F8-90-G21 depth yrBP bulkflux carb% carbflux corg% corgflux dbd opal% opalflux sedrate terrigflux 0 6000 9.937 1.1 0.1093 1.8 0.1073 0.5962 2.18 0.2166 16.7 9.5037 5 6300 10.2793 1.1 0.1131 1.8 0.1141 0.5962 2.19 0.2251 17.2 9.827 10 6590 9.98 1.3 0.1297 1.9 0.1158 0.5988 2.2 0.2196 16.7 9.5149 15 6890 9.98 1.4 0.1397 2 0.1238 0.5988 2.2 0.2196 16.7 9.497 20 7190 9.98 1 0.0998 1.9 0.1198 0.5988 2.2 0.2196 16.7 9.5409 25 7490 10.3241 0.9 0.0929 1.6 0.1074 0.5988 2.12 0.2189 17.2 9.905 30 7780 9.636 0.8 0.0771 1.4 0.0887 0.5782 2.04 0.1966 16.7 9.2737 35 8080 9.6367 0.6 0.0578 1.4 0.0915 0.5782 1.94 0.187 16.7 9.3003 40 8380 9.5234 0.4 0.0381 1.1 0.0705 0.5524 1.84 0.1752 17.2 9.2396 45 8670 9.2067 0.4 0.0368 1.1 0.0681 0.5524 1.75 0.1611 16.7 8.9406 50 8970 8.819 1.1 0.097 1.1 0.0688 0.5291 1.66 0.1464 16.7 8.5068 55 9270 9.1224 2.4 0.2189 1.1 0.0721 0.5291 1.71 0.156 17.2 8.6754 60 9560 9.034 5.2 0.4698 1.2 0.0777 0.542 1.76 0.159 16.7 8.3275 65 9860 9.0333 6.3 0.5691 1.2 0.0822 0.542 1.69 0.1527 16.7 8.2294 70 10160 9.0341 6.3 0.5692 1.2 0.0786 0.524 1.62 0.1464 17.2 8.24 75 10450 13.1 5.9 0.7729 1.5 0.152 0.524 1.74 0.2279 25 11.9472 80 10650 10.2767 4.7 0.483 1.7 0.1305 0.5549 1.86 0.1911 18.5 9.472 85 10920 7.4986 3.2 0.24 1.5 0.0855 0.5549 1.63 0.1222 13.5 7.051 90 11290 6.6973 1.9 0.1272 1 0.0542 0.4956 1.4 0.0938 13.5 6.422 95 11660 6.6973 3.8 0.2545 1.2 0.0616 0.4956 1.49 0.0998 13.5 6.2814 100 12030 7.0111 4 0.2804 1.3 0.0715 0.5188 1.58 0.1108 13.5 6.5483 105 12400 7.2056 3.7 0.2666 1.2 0.0728 0.5188 1.73 0.1247 13.9 6.7415 110 12760 7.5341 3.4 0.2562 1.4 0.0889 0.5575 1.88 0.1416 13.5 7.0474 115 13130 7.5338 3.7 0.2788 1.5 0.0949 0.5575 2.01 0.1514 13.5 7.0087 120 13500 7.813 3.5 0.2735 1.4 0.0922 0.5782 2.04 0.1594 13.5 7.2879 125 13870 7.8135 3.6 0.2813 1.3 0.0883 0.5782 1.83 0.143 13.5 7.3009 130 14240 7.0808 3.7 0.262 1.2 0.0758 0.524 1.62 0.1147 13.5 6.6283 135 14610 7.0811 2.8 0.1983 1.1 0.0715 0.524 1.54 0.109 13.5 6.7022 140 14980 6.8019 2.3 0.1564 1 0.0619 0.5033 1.46 0.0993 13.5 6.4842 145 15350 6.9903 2.9 0.2027 1.1 0.0699 0.5033 1.52 0.1063 13.9 6.6114 150 15710 7.0111 2.8 0.1963 1 0.0701 0.5188 1.58 0.1108 13.5 6.6339 155 16080 7.0108 4.5 0.3155 1.1 0.0743 0.5188 1.52 0.1066 13.5 6.5144 160 16450 6.7951 3.6 0.2446 0.9 0.0612 0.5033 1.46 0.0992 13.5 6.3901