# NOAA Paleoclimatology Program - Paleocean Site Data # odp1098b-fwc.txt # Complete Data # File Created: 08-Aug-2008 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Amelia E. Shevenell # Core/Site: ODP1098B # Latitude: 64.51.43S ( -64.86194) # Longitude: 64.12.00W ( -64.2) # Water Depth(m): 1011 # # Publications: # Shevenell, A.E., A. Ingalls, and E. Domack. 2007. Orbital and atmospheric forcing # of western Antarctic Peninsula climate in the Holocene: The TEX86 paleotemperature # record of Palmer Deep, in Antarctica: A Keystone in a Changing World - Online # Proceedings of the 10th ISAES X, edited by A. K. Cooper and C. R. Raymond et # al., USGS Open-File Report 2007-1047, Extended Abstract 131, 4 p. #------------------ # # Description & Notes: # Palmer Deep, Antarctica Holocene TEX86 Sea Surface Temperature Data # Age from Domack '01 # # Variables: # depth Depth (cm) # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # corrdptcm Corrected depth (cm) # sst-tex86 Sea surface temperature from Tetra-ether index # tex86 Tetra-ether index # # CORE: ODP1098B depth yrBP corrdptcm sst-tex86 tex86 notes 11 79.5 17 0.205 0.283 1 H 1 11 12 21 134.3 27 0.371 0.286 1 H 1 21 22 31 188.8 37 0.212 0.283 1 H 1 31 32 41 242.9 47 0.362 0.285 1 H 1 41 42 61 350.1 67 1.875 0.308 1 H 1 61 62 71 403.2 77 2.391 0.316 1 H 1 71 72 81 456 87 2.722 0.321 1 H 1 81 82 91 508.5 97 4.594 0.349 1 H 1 91 92 111 612.4 117 4.635 0.35 1 H 1 111 112 121 663.9 127 2.304 0.315 1 H 1 121 122 131 715.1 137 -0.452 0.273 1 H 1 131 132 150 811.4 156 3.485 0.332 1 H 1 150 151 161 866.7 167 4.819 0.352 1 H 2 11 12 171 916.6 177 2.094 0.311 1 H 2 21 22 181 966.2 187 3.527 0.333 1 H 2 31 32 191 1015.6 197 3.238 0.329 1 H 2 41 42 211 1113.3 217 4.843 0.353 1 H 2 61 62 221 1161.7 227 3.688 0.335 1 H 2 71 72 231 1209.8 237 3.421 0.331 1 H 2 81 82 241 1257.6 247 5.064 0.356 1 H 2 91 92 261 1352.4 267 4.171 0.343 1 H 2 111 112 271 1399.4 277 5.152 0.357 1 H 2 121 122 281 1446.1 287 3.08 0.326 1 H 2 131 132 300 1534 306 0.594 0.289 1 H 2 150 151 311 1584.4 317 3.78 0.337 1 H 3 11 12 321 1630 327 4.616 0.349 1 H 3 21 22 331 1675.3 337 1.127 0.297 1 H 3 31 32 361 1809.6 367 0.028 0.28 1 H 3 61 62 371 1853.8 377 0.954 0.294 1 H 3 71 72 381 1897.8 387 0.096 0.281 1 H 3 81 82 391 1941.5 397 1.026 0.295 1 H 3 91 92 411 2028.2 417 1.079 0.296 1 H 3 111 112 431 2113.8 437 0.449 0.287 1 H 3 131 132 441 2156.3 447 1.177 0.298 1 H 3 141 142 456 2219.5 462 0.878 0.293 1 H 4 6 7 476 2303 482 2.841 0.323 1 H 4 26 27 506 2426.4 512 1.893 0.308 1 H 4 56 57 526 2507.5 532 0.152 0.282 1 H 4 76 77 546 2587.8 552 2.144 0.312 1 H 4 96 97 556 2627.5 562 -0.42 0.274 1 H 4 106 107 589 2757.3 595 0.474 0.287 1 H CC 6 7 626 3199.3 712 3.877 0.338 2 H 1 26 27 646 3272.3 732 1.732 0.306 2 H 1 46 47 676 3380.3 762 -0.463 0.273 2 H 1 76 77 696 3451.5 782 1.595 0.304 2 H 1 96 97 716 3522 802 3.483 0.332 2 H 1 116 117 736 3591.9 822 2.574 0.319 2 H 1 136 137 801 3814.6 887 1.436 0.302 2 H 2 51 52 831 3915.3 917 2.336 0.315 2 H 2 81 82 861 4014.7 947 1.247 0.299 2 H 2 111 112 891 4113 977 2.49 0.317 2 H 2 141 142 916 4194.1 1002 2.807 0.322 2 H 3 16 17 936 4258.4 1022 3.147 0.327 2 H 3 36 37 956 4322.2 1042 2.705 0.321 2 H 3 56 57 976 4385.6 1062 1.496 0.302 2 H 3 76 77 996 4448.7 1082 6.35 0.375 2 H 3 96 97 2 H 3 96 97 1016 4511.3 1102 1.261 0.299 2 H 3 116 117 1031 4558 1117 1.005 0.295 2 H 3 131 132 1056 4635.3 1142 2.289 0.314 2 H 4 6 7 1096 4758 1182 1.955 0.309 2 H 4 46 47 1156 4939.8 1242 0.795 0.292 2 H 4 106 107 1176 4999.9 1262 1.25 0.299 2 H 4 126 127 1196 5059.7 1282 1.777 0.304 2 H 4 146 147 2 H 4 146 147 1221 5134.2 1307 0.055 0.281 2 H 5 21 22 1251 5223.2 1337 1.433 0.301 2 H 5 51 52 1281 5311.8 1367 2.094 0.311 2 H 5 81 82 1341 5488.2 1427 1.656 0.305 2 H 5 141 142 1366 5561.4 1452 5.106 0.357 2 H 6 16 17 1396 5649.1 1482 3.509 0.333 2 H 6 46 47 1406 5678.4 1492 3.479 0.332 2 H 6 56 57 1436 5766 1522 1.492 0.302 2 H 6 86 87 1486 5912.2 1572 1.689 0.305 2 H 6 136 137 1511 5985.3 1597 0.995 0.295 2 H 7 11 12 1596 6430.9 1748 2.841 0.323 3 H 1 46 47 1606 6460.7 1758 3.94 0.339 3 H 1 56 57 1761 6931.6 1913 3.163 0.327 3 H 2 61 62 1856 7230.3 2008 1.756 0.306 3 H 3 6 7 1916 7424.1 2068 2.568 0.319 3 H 3 66 67 1926 7456.8 2078 1.405 0.301 3 H 3 76 77 2011 7740.2 2163 2.074 0.311 3 H 4 11 12 2031 7808.4 2183 -0.15 0.278 3 H 4 31 32 2111 8087.4 2263 3.605 0.334 3 H 4 111 112 2126 8140.8 2278 3.742 0.336 3 H 4 126 127 2171 8303.6 2323 2.812 0.322 3 H 5 21 22 2206 8432.8 2358 2.335 0.315 3 H 5 56 57 2231 8526.5 2383 6.782 0.382 3 H 5 81 82 2261 8640.6 2413 4.63 0.349 3 H 5 111 112 2276 8698.3 2428 0.222 0.283 3 H 5 126 127 2311 8834.8 2463 1.595 0.304 3 H 6 11 12 2731 9013.8 2949 4.631 0.349 4 H 2 81 82 2806 9136.6 3024 6.01 0.37 4 H 3 6 7 2881 9259.3 3099 5.842 0.368 4 H 3 81 82 2926 9333 3144 0.326 0.285 4 H 3 126 127 2971 9406.6 3189 2.084 0.311 4 H 4 21 22 2991 9439.3 3209 7.896 0.398 4 H 4 41 42 3021 9488.4 3239 2.599 0.312 4 H 4 71 72 4 H 4 71 72 3051 9537.5 3269 4.345 0.345 4 H 4 101 102 3121 9652.1 3339 3.871 0.338 4 H 5 21 22 3141 9684.8 3359 6.716 0.381 4 H 5 41 42 3161 9717.6 3379 2.83 0.322 4 H 5 61 62 3191 9766.7 3409 4.696 0.35 4 H 5 91 92 3221 10212.9 3439 4.555 0.348 4 H 5 121 122 3266 10296.6 3484 5.881 0.368 4 H 6 16 17 3296 10352.5 3514 2.8 0.322 4 H 6 46 47 3356 10464.1 3574 2.762 0.321 4 H 6 106 107 3381 10510.6 3599 2.326 0.315 4 H 7 21 22 3401 10547.8 3619 3.549 0.333 4 H 7 41 42 3521 10689.2 3695 2.78 0.322 5 H 1 71 72 3561 10763.6 3735 7.918 0.399 5 H 1 111 112 3581 10800.9 3755 10.24 0.434 5 H 1 131 132 3661 10949.8 3835 3.379 0.331 5 H 2 61 62 3706 11033.5 3880 4.812 0.352 5 H 2 106 107 3781 11173.1 3955 7.942 0.399 5 H 3 31 32 3851 11303.3 4025 6.141 0.372 5 H 3 101 102 3881 11359.1 4055 3.121 0.327 5 H 3 131 132 3891 11377.8 4065 4.998 0.355 5 H 3 141 142 3936 11461.5 4110 4.87 0.353 5 H 4 36 37 3991 11563.8 4165 4.32 0.345 5 H 4 91 92 4016 11610.4 4190 6.84 0.383 5 H 4 116 117 4036 11647.6 4210 9.299 0.419 5 H 4 136 137 4061 11694.1 4235 8.679 0.41 5 H 5 11 12 4081 11731.3 4255 3.398 0.331 5 H 5 31 32 4091 11749.9 4265 3.546 0.333 5 H 5 41 42 4101 11768.5 4275 9.95 0.429 5 H 5 51 52