# NOAA Paleoclimatology Program - Paleocean Site Data # jpc76-f-tab.txt # Complete Data # File Created: 24-Apr-2006 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Julie E. Friddell # Core/Site: JPC76 # Latitude: 34.16.16N ( 34.27111) # Longitude: 120.04.22W ( -120.0728) # Water Depth(m): 575 # # Publications: # Friddell, J.E., R.C. Thunell, T.P. Guilderson, and M. Kashgarian. 2003. Increased # northeast Pacific climatic variability during the warm middle Holocene. Geophysical # Research Letters 30(11):1560. #------------------ # # Description & Notes: # Santa Barbara Basin Holocene Stable Oxygen Isotope Data # Depths below 486 cm have a corrected depth due to the presence of a foraminifera-poor # sandy layer, interpreted as a turbidite, between 486 and 521 cm. # # Notes on Chronology: # Radiocarbon ages are converted to calendar age using CALIB 4.3 [Stuiver and Reimer, # Radiocarbon 35, 215-230, 1993; updated URL- http://depts.washington.edu/qil/calib/calib.html]. # Following Ingram and Southon [Radiocarbon 38, 573-582, 1996], we have used a # surface water reservoir age of 710 years for the Santa Barbara Basin. Due to # the presence of a large radiocarbon plateau near 8.9 14C ka [Hughen et al., Nature # 391, 65-68, 1998], linear interpolation of calibrated calendar ages between 615 # and 1065 cm has been performed to avoid unrealistic sedimentation rates and age # inversions in the sediment column. Chronology depths are uncorrected depths. # Corrections only apply to depths below 486cm. # # JPC76 C14 Dates # # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # # Depth yrBP Error+ Error- Delta 13C Material Lab Num. Notes # 0 1660 50 50 -.43 plank 44924 # 10 2860 60 60 -.65 plank 49494 .20mgC # 30 3730 50 50 -.25 plank 49496 .33mgC # 50 4280 50 50 -.31 plank 35456 # 100 4980 40 40 -.35 plank 44925 # 150 5540 50 50 0 plank 44926 # 200 6270 50 50 -.13 plank 44927 # 229 6530 40 40 -.45 plank 52362 # 249 6780 50 50 -.37 plank 44928 # 300 7120 50 50 -.37 plank 44929 # 350 7560 70 70 -.23 plank 44930 # 400 8030 70 70 -.29 plank 44931 # 450 8420 50 50 -.51 plank 44932 # 485 8470 50 50 -.37 plank 46241 .08mgC # 550 8680 40 40 -.23 plank 44933 # 600 9150 50 50 -.46 plank 45646 # 650 9450 50 50 -.36 plank 44934 # 700 9660 50 50 -.42 plank 44935 # 750 9800 50 50 -.23 plank 45647 # 800 9750 60 60 -.42 plank 45648 # 850 9710 50 50 .03 plank 45649 # 900 9710 40 40 -.46 plank 45650 # 920 9760 50 50 -.5 plank 54604 # 950 9970 50 50 -.57 plank 46242 # 999 9920 80 80 -.35 plank 35457 .14mgC # 1020 10040 50 50 -.27 plank 54605 # 1050 10180 50 50 -.29 plank 46243 # 1100 10390 50 50 -.58 plank 46244 # # CHRONOLOGY CONTROL POINTS # # calyrBP calendar years B.P. (B.P. = 1950) # # Depth calyrBP error+ error- # 0 910 120 170 # 10 2250 100 230 # 30 3310 130 180 # 50 3960 180 160 # 100 4860 180 70 # 150 5590 130 130 # 200 6380 120 120 # 229 6660 130 150 # 249 6950 200 170 # 300 7320 110 100 # 350 7690 170 120 # 400 8170 180 190 # 450 8570 280 170 # 485 8620 270 170 # 550 8890 380 130 # 600 9250 560 220 # 650 9810 460 550 # 700 10000 300 370 # 850 10130 440 420 # 900 10130 440 410 # 800 10210 370 490 # 920 10260 310 540 # 750 10270 310 450 # 999 10300 810 420 # 950 10310 810 200 # 1020 10330 800 130 # 1050 10620 530 310 # 1100 10970 630 490 # # Variables: # depth Depth (cm) # calyrBP calendar years B.P. (B.P. = 1950) # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # corrdptcm Corrected depth (cm) # d18Og.bull delta O18 PDB (Globigerina bulloides) # d18On.pachy delta O18 PDB (Neogloboquadrina pachyderma) # # CORE: JPC76 depth calyrBP yrBP corrdptcm d18Og.bull d18On.pachy notes 0 907 1660 0 -0.339 0.402 1 1041 1780 1 0.049 0.802 2 1175 1900 2 -0.36 0.787 3 1309 2020 3 0.003 0.627 4 1443 2140 4 0.109 0.586 5 1577 2260 5 0.125 0.602 6 1710 2380 6 -0.231 0.45 7 1844 2500 7 -0.041 0.314 8 1978 2620 8 -0.505 0.681 9 2112 2740 9 -0.087 0.597 10 2246 2860 10 0.145 0.504 11 2299 2904 11 0.202 0.609 12 2353 2947 12 -0.269 0.421 13 2406 2991 13 -0.316 0.384 14 2459 3034 14 -0.051 0.444 15 2512 3078 15 0.228 0.501 16 2566 3121 16 -0.242 0.189 17 2619 3165 17 -0.383 0.472 18 2672 3208 18 -0.287 0.296 19 2725 3252 19 -0.222 0.373 20 2779 3295 20 -0.136 0.199 21 2832 3339 21 -0.648 0.105 22 2885 3382 22 -0.289 -0.109 23 2938 3426 23 -1.029 0.257 24 2992 3469 24 -0.062 0.328 25 3045 3513 25 0.051 0.388 26 3098 3556 26 -0.156 0.398 27 3151 3600 27 0 0.416 28 3205 3643 28 -0.194 0.385 29 3258 3687 29 -0.113 0.411 30 3311 3730 30 -0.06 0.178 31 3343 3758 31 -0.196 0.196 32 3376 3785 32 -0.251 0.234 33 3408 3813 33 -0.364 0.125 34 3441 3840 34 0.044 0.244 35 3473 3868 35 -0.015 0.48 36 3506 3895 36 -0.094 0.681 37 3538 3923 37 -0.061 0.372 38 3571 3950 38 -0.256 0.393 39 3603 3978 39 -0.008 0.511 40 3636 4005 40 -0.364 0.504 41 3668 4033 41 -0.288 0.528 42 3700 4060 42 -0.38 0.593 43 3733 4088 43 0.048 0.606 44 3765 4115 44 -0.478 0.566 45 3798 4143 45 -0.464 0.568 46 3830 4170 46 -0.639 0.648 47 3863 4198 47 0.002 0.632 48 3895 4225 48 -0.242 0.749 49 3928 4253 49 -0.239 0.653 50 3960 4280 50 -0.361 0.789 51 3978 4294 51 -0.342 0.675 52 3996 4308 52 -0.098 0.72 53 4014 4322 53 -0.258 0.45 54 4032 4336 54 -0.111 0.778 55 4050 4350 55 -0.295 0.709 56 4068 4364 56 0.155 -999 57 4086 4378 57 -999 0.693 58 4104 4392 58 -999 0.646 59 4121 4406 59 -999 0.736 61 4157 4434 61 0.001 0.592 62 4175 4448 62 0.044 0.767 63 4193 4462 63 -0.521 0.655 64 4211 4476 64 -0.526 0.635 65 4229 4490 65 -0.744 0.558 66 4247 4504 66 -0.225 0.532 67 4265 4518 67 -0.27 0.439 68 4283 4532 68 -0.303 0.428 69 4301 4546 69 -0.199 0.742 70 4319 4560 70 -0.668 0.486 71 4337 4574 71 -0.533 0.742 72 4355 4588 72 -0.527 0.635 73 4373 4602 73 -0.13 0.738 74 4391 4616 74 -0.055 0.584 75 4409 4630 75 -0.373 0.726 76 4426 4644 76 -0.076 0.672 77 4444 4658 77 -0.304 0.756 78 4462 4672 78 -0.377 0.728 79 4480 4686 79 -0.041 0.72 80 4498 4700 80 0.054 0.699 81 4516 4714 81 -0.471 0.686 82 4534 4728 82 -0.196 0.711 83 4552 4742 83 -0.463 0.674 84 4570 4756 84 0.149 0.79 85 4588 4770 85 0.485 0.801 86 4606 4784 86 -0.082 0.857 87 4624 4798 87 0.212 0.966 88 4642 4812 88 0.039 0.942 89 4660 4826 89 -0.182 0.862 90 4678 4840 90 -0.116 0.588 91 4696 4854 91 0 0.818 92 4713 4868 92 0.229 0.639 93 4731 4882 93 0.08 0.896 94 4749 4896 94 -0.06 0.987 95 4767 4910 95 0.267 0.658 96 4785 4924 96 0.294 0.751 97 4803 4938 97 -0.033 0.448 98 4821 4952 98 -0.268 0.589 99 4839 4966 99 -0.335 0.768 100 4857 4980 100 0.296 0.77 101 4872 4991 101 -0.014 0.7 102 4886 5002 102 -0.278 0.65 103 4901 5014 103 -0.169 0.726 104 4915 5025 104 -0.429 0.729 105 4930 5036 105 -0.286 0.711 106 4944 5047 106 -0.386 0.561 107 4959 5058 107 0.051 0.72 108 4974 5070 108 -0.096 0.742 109 4988 5081 109 -0.187 0.877 110 5003 5092 110 -999 0.616 111 5017 5103 111 0.159 0.948 112 5032 5114 112 -0.069 0.758 113 5047 5126 113 -0.204 0.678 114 5061 5137 114 -0.475 0.614 115 5076 5148 115 -0.098 0.712 116 5090 5159 116 -0.101 0.894 117 5105 5170 117 -0.013 0.789 118 5119 5182 118 -0.278 0.707 119 5134 5193 119 0.255 0.762 120 5149 5204 120 -0.067 0.767 121 5163 5215 121 -0.511 0.854 122 5178 5226 122 -999 0.654 130 5294 5316 130 0.384 0.773 131 5309 5327 131 0.13 0.771 132 5324 5338 132 -0.113 0.72 133 5338 5350 133 0.132 0.57 134 5353 5361 134 -0.217 0.726 135 5367 5372 135 -0.252 0.683 136 5382 5383 136 -0.292 0.607 137 5396 5394 137 -0.055 0.864 138 5411 5406 138 0.101 0.802 139 5426 5417 139 0.233 0.682 140 5440 5428 140 -0.178 0.646 141 5455 5439 141 -0.076 0.53 142 5469 5450 142 -0.57 0.529 143 5484 5462 143 0.248 0.63 144 5499 5473 144 0.022 0.584 145 5513 5484 145 0.119 0.748 146 5528 5495 146 0.11 0.511 147 5542 5506 147 -0.395 0.576 148 5557 5518 148 -0.191 0.646 149 5571 5529 149 -0.287 0.554 150 5586 5540 150 -0.138 0.497 151 5602 5555 151 -0.191 0.685 152 5618 5569 152 -0.381 0.625 153 5634 5584 153 0.172 0.386 154 5649 5598 154 -0.141 0.811 155 5665 5613 155 -0.326 0.341 156 5681 5628 156 -0.218 0.36 157 5697 5642 157 -0.479 0.493 158 5713 5657 158 -0.272 0.444 159 5729 5671 159 -0.225 0.635 160 5744 5686 160 -0.363 0.587 161 5760 5701 161 -0.629 0.505 162 5776 5715 162 -0.328 0.618 163 5792 5730 163 -0.073 0.471 164 5808 5744 164 -0.499 0.512 165 5824 5759 165 -0.444 0.685 166 5839 5774 166 0.151 0.599 167 5855 5788 167 -0.309 0.741 168 5871 5803 168 -0.17 0.44 169 5887 5817 169 -0.249 0.446 170 5903 5832 170 -0.333 0.541 171 5919 5847 171 -0.247 0.344 172 5934 5861 172 -0.532 0.668 173 5950 5876 173 0.245 0.531 174 5966 5890 174 -0.262 0.366 175 5982 5905 175 -0.135 0.558 176 5998 5920 176 -0.044 0.607 177 6014 5934 177 -0.013 0.406 178 6030 5949 178 -0.078 0.297 179 6045 5963 179 -0.113 0.503 180 6061 5978 180 -0.114 0.566 181 6077 5993 181 -0.035 0.356 182 6093 6007 182 -0.218 0.464 183 6109 6022 183 -0.433 0.469 184 6125 6036 184 -0.472 0.333 185 6140 6051 185 -0.139 0.516 186 6156 6066 186 0.409 0.746 187 6172 6080 187 -0.145 0.707 188 6188 6095 188 -0.139 0.607 189 6204 6109 189 -0.364 0.641 190 6220 6124 190 -0.104 0.599 191 6235 6139 191 -0.244 0.667 192 6251 6153 192 -0.055 0.588 193 6267 6168 193 0.284 0.707 194 6283 6182 194 -0.17 0.724 195 6299 6197 195 -0.21 0.669 196 6315 6212 196 -0.001 0.671 197 6330 6226 197 0.189 0.872 198 6346 6241 198 0.363 0.563 199 6362 6255 199 -0.349 0.604 200 6378 6270 200 -0.463 0.409 201 6388 6279 201 -0.178 0.376 202 6397 6288 202 0.08 0.617 203 6407 6297 203 0.324 0.721 204 6416 6306 204 -0.146 0.566 205 6426 6315 205 -0.217 0.74 206 6436 6324 206 -0.348 0.619 207 6445 6333 207 0.013 0.632 208 6455 6342 208 0.133 1.095 209 6465 6351 209 -0.383 0.778 210 6474 6360 210 -0.236 0.664 211 6484 6369 211 -0.125 0.533 212 6493 6378 212 -0.008 0.777 213 6503 6387 213 -0.236 0.667 214 6513 6396 214 -0.174 0.601 215 6522 6404 215 -0.721 0.509 216 6532 6413 216 -0.336 0.447 217 6542 6422 217 -0.183 0.56 218 6551 6431 218 -0.213 0.574 219 6561 6440 219 -0.311 0.563 220 6570 6449 220 0.035 0.721 221 6580 6458 221 -0.342 0.754 222 6590 6467 222 -0.202 0.487 223 6599 6476 223 0.065 0.361 224 6609 6485 224 -0.202 0.528 226 6628 6503 226 -0.041 0.682 227 6638 6512 227 -0.212 0.538 228 6647 6521 228 -0.053 0.585 229 6657 6530 229 -0.103 0.622 230 6672 6543 230 -0.256 0.678 231 6686 6555 231 0.249 0.783 232 6701 6568 232 0.138 0.706 233 6716 6580 233 -0.173 0.513 234 6730 6593 234 -0.35 0.573 235 6745 6605 235 -0.053 0.635 236 6760 6618 236 -0.119 0.713 237 6774 6630 237 -0.103 0.378 238 6789 6643 238 -0.828 0.495 239 6804 6655 239 0.189 0.618 240 6818 6668 240 -0.296 0.48 241 6833 6680 241 -0.307 0.479 242 6847 6693 242 -0.198 0.707 243 6862 6705 243 -0.149 0.334 244 6877 6718 244 -0.18 0.416 245 6891 6730 245 -0.216 0.55 246 6906 6743 246 -0.34 0.066 247 6921 6755 247 -0.407 0.335 248 6935 6768 248 0.015 0.199 249 6950 6780 249 0.053 0.455 250 6957 6787 250 -0.402 0.229 251 6965 6793 251 -0.152 0.497 252 6972 6800 252 -0.263 0.297 253 6979 6807 253 -0.407 0.186 254 6986 6813 254 -0.267 0.044 255 6994 6820 255 -0.503 0.459 256 7001 6827 256 -0.576 0.443 257 7008 6833 257 -0.359 0.014 258 7015 6840 258 -0.012 0.263 259 7023 6847 259 0.002 0.452 260 7030 6853 260 -0.698 0.471 261 7037 6860 261 -0.357 0.389 265 7066 6887 265 -0.241 0.511 272 7117 6933 272 -0.215 0.15 273 7125 6940 273 -0.204 0.34 274 7132 6947 274 -0.478 0.268 275 7139 6953 275 -0.473 0.295 276 7146 6960 276 -0.447 0.49 277 7154 6967 277 -0.431 0.26 278 7161 6973 278 -0.311 0.589 279 7168 6980 279 -0.572 0.291 280 7176 6987 280 -0.147 0.429 281 7183 6993 281 -0.329 0.567 282 7190 7000 282 -0.022 0.584 283 7197 7007 283 0.087 0.571 284 7205 7013 284 -0.067 0.464 285 7212 7020 285 -0.189 0.429 286 7219 7027 286 -0.316 -0.14 287 7226 7033 287 -0.353 0.3 288 7234 7040 288 0.117 0.296 289 7241 7047 289 -0.161 0.209 290 7248 7053 290 -0.536 0.196 291 7256 7060 291 -0.215 0.374 292 7263 7067 292 0.069 0.439 293 7270 7073 293 -0.197 0.386 294 7277 7080 294 -0.219 0.285 295 7285 7087 295 -0.13 0.187 296 7292 7093 296 -0.161 0.201 297 7299 7100 297 -0.351 0.342 298 7306 7107 298 -0.01 0.321 299 7314 7113 299 -0.196 0.399 300 7321 7120 300 -0.113 0.441 301 7328 7129 301 -0.11 0.479 302 7336 7138 302 -0.577 0.45 303 7343 7146 303 0.084 0.174 304 7350 7155 304 0.188 0.353 305 7358 7164 305 -0.277 0.422 306 7365 7173 306 -0.549 0.141 307 7372 7182 307 -0.254 0.248 313 7416 7234 313 -0.421 0.335 314 7423 7243 314 -0.43 0.116 315 7431 7252 315 -0.642 0.589 316 7438 7261 316 -0.164 0.509 317 7445 7270 317 -0.196 0.488 318 7452 7278 318 0.015 0.535 319 7460 7287 319 -0.211 0.393 320 7467 7296 320 0.166 0.362 321 7474 7305 321 0.058 0.152 322 7482 7314 322 0.224 0.413 323 7489 7322 323 -0.167 0.441 324 7496 7331 324 0.038 0.293 326 7511 7349 326 0.216 0.165 327 7518 7358 327 -0.112 0.583 328 7525 7366 328 0.236 0.378 329 7533 7375 329 0.15 0.397 330 7540 7384 330 0.072 0.555 331 7547 7393 331 -0.132 0.346 332 7555 7402 332 -0.049 0.681 333 7562 7410 333 -0.09 0.919 334 7569 7419 334 -0.206 0.765 335 7577 7428 335 0.269 1.081 336 7584 7437 336 -0.045 0.808 337 7591 7446 337 -0.163 0.748 338 7598 7454 338 -0.032 0.641 339 7606 7463 339 0.156 0.81 340 7613 7472 340 0.105 0.699 341 7620 7481 341 -0.496 0.702 342 7628 7490 342 -0.203 0.542 343 7635 7498 343 -0.352 0.567 344 7642 7507 344 0.259 0.502 345 7650 7516 345 0.151 0.844 346 7657 7525 346 -0.302 0.625 347 7664 7534 347 -0.111 0.587 348 7671 7542 348 -0.25 0.545 349 7679 7551 349 -0.132 0.725 350 7686 7560 350 -0.269 0.591 351 7696 7569 351 -0.183 0.68 352 7705 7579 352 -0.173 0.626 353 7715 7588 353 -0.128 0.721 354 7724 7598 354 0.103 0.782 355 7734 7607 355 -0.208 0.754 356 7744 7616 356 0.046 0.765 357 7753 7626 357 0.258 0.879 358 7763 7635 358 -0.056 0.701 359 7773 7645 359 0.112 0.725 360 7782 7654 360 0.028 0.634 361 7792 7663 361 -0.126 0.636 362 7801 7673 362 0.185 0.746 363 7811 7682 363 -0.059 1.041 364 7821 7692 364 0.265 0.714 365 7830 7701 365 0.164 0.727 366 7840 7710 366 0.052 0.617 367 7850 7720 367 0.085 0.632 368 7859 7729 368 0.148 0.727 369 7869 7739 369 0.497 0.879 370 7878 7748 370 0.246 1.115 371 7888 7757 371 -0.135 0.594 372 7898 7767 372 0.067 0.637 373 7907 7776 373 0.244 0.644 374 7917 7786 374 0.232 0.447 375 7927 7795 375 0.174 0.736 376 7936 7804 376 0.16 0.77 377 7946 7814 377 0.097 0.707 378 7955 7823 378 -0.006 0.576 379 7965 7833 379 0.149 0.612 380 7975 7842 380 -0.027 0.899 381 7984 7851 381 0.238 0.782 382 7994 7861 382 0.221 0.865 383 8003 7870 383 0.08 0.797 384 8013 7880 384 0.04 0.778 385 8023 7889 385 0.256 0.957 386 8032 7898 386 0.113 0.827 387 8042 7908 387 0.012 0.588 388 8052 7917 388 0.184 0.642 389 8061 7927 389 0.251 0.871 390 8071 7936 390 0.256 0.999 391 8080 7945 391 0.452 0.787 392 8090 7955 392 0.241 0.705 393 8100 7964 393 0.204 0.726 394 8109 7974 394 0.22 0.826 395 8119 7983 395 -0.167 0.836 396 8129 7992 396 -0.101 0.748 397 8138 8002 397 0.081 0.712 398 8148 8011 398 -0.108 0.643 399 8157 8021 399 0.135 0.735 400 8167 8030 400 -0.263 0.561 401 8175 8038 401 0.244 0.631 402 8183 8046 402 0.121 0.844 403 8191 8053 403 0.096 0.753 404 8199 8061 404 -0.048 0.713 405 8208 8069 405 0.009 0.762 406 8216 8077 406 0.096 0.662 407 8224 8085 407 0.053 0.606 408 8232 8092 408 0.393 0.796 409 8240 8100 409 0.442 0.79 410 8248 8108 410 0.213 1.003 411 8256 8116 411 0.496 0.993 412 8264 8124 412 0.023 0.823 413 8273 8131 413 0.289 0.93 414 8281 8139 414 0.485 0.732 415 8289 8147 415 0.357 0.871 416 8297 8155 416 0.137 0.715 417 8305 8163 417 0.013 0.739 418 8313 8170 418 0.317 0.878 419 8321 8178 419 0.287 0.774 420 8329 8186 420 0.423 1.184 421 8338 8194 421 0.273 1.064 422 8346 8202 422 0.502 0.955 423 8354 8209 423 0.393 0.896 424 8362 8217 424 0.289 0.796 426 8378 8233 426 -0.016 0.657 427 8386 8241 427 0.279 0.857 428 8394 8248 428 0.225 0.774 429 8402 8256 429 0.304 0.812 430 8411 8264 430 0.044 1.044 431 8419 8272 431 0.168 0.729 432 8427 8280 432 0.321 0.658 433 8435 8287 433 0.219 0.686 434 8443 8295 434 0.212 1.07 435 8451 8303 435 -0.022 0.826 436 8459 8311 436 0.09 0.826 437 8467 8319 437 0.334 0.916 438 8476 8326 438 0.27 0.764 439 8484 8334 439 0.168 0.91 440 8492 8342 440 -0.03 0.772 441 8500 8350 441 0.303 0.907 442 8508 8358 442 0.119 0.814 443 8516 8365 443 0.055 0.848 444 8524 8373 444 0.342 0.812 445 8532 8381 445 0.183 0.922 446 8541 8389 446 0.76 0.988 447 8549 8397 447 0.194 0.846 448 8557 8404 448 -0.166 0.994 449 8565 8412 449 -0.022 0.681 450 8573 8420 450 -0.333 0.618 451 8574 8421 451 0.353 0.615 452 8575 8423 452 0.335 0.634 453 8577 8424 453 0.137 0.767 454 8578 8426 454 0.207 0.993 455 8579 8427 455 -0.049 0.857 456 8580 8429 456 -0.177 0.682 457 8581 8430 457 -0.102 0.799 458 8583 8431 458 0.249 0.854 459 8584 8433 459 0.244 0.883 460 8585 8434 460 -0.081 0.952 461 8586 8436 461 0.197 0.66 462 8587 8437 462 0.303 0.623 463 8589 8439 463 0.124 1.09 464 8590 8440 464 0.038 0.858 465 8591 8441 465 0.215 1.019 466 8592 8443 466 0.255 0.874 467 8593 8444 467 -0.048 0.746 468 8595 8446 468 0.438 1.007 469 8596 8447 469 0.402 0.913 470 8597 8449 470 0.034 0.823 471 8598 8450 471 0.002 0.728 472 8599 8451 472 0.425 0.816 473 8601 8453 473 0.541 0.812 474 8602 8454 474 0.224 0.851 475 8603 8456 475 0.354 0.901 476 8604 8457 476 0.379 0.964 477 8605 8459 477 0.257 0.996 478 8607 8460 478 0.617 1.101 479 8608 8461 479 0.031 0.784 480 8609 8463 480 0.241 0.903 481 8610 8464 481 0.367 1.044 482 8611 8466 482 0.098 0.829 483 8613 8467 483 0.393 1.139 484 8614 8469 484 0.221 0.808 485 8615 8470 485 0.215 0.99 486 8624 8477 486 -999 0.995 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 487 -999 -999 486 0.346 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 487 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 488 -999 -999 486 0.016 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 488 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 515 -999 -999 486 0.401 0.936 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 515 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 516 -999 -999 486 0.266 0.822 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 516 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 517 -999 -999 486 0.177 1.063 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 517 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 518 -999 -999 486 -0.102 1.062 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 518 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 519 -999 -999 486 -0.013 0.808 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 519 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 520 -999 -999 486 0.289 0.979 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 520 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 521 -999 -999 486 0.078 0.769 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 521 8477 8477 -999 -999 -999 Data at 486 cm corrected depth are in the section of the core assumed to be a turbidite layer (486-521 cm uncorrected depths). These ten samples are considered to have been deposited simultaneously and their values were averaged for time series analyses. 522 8633 8484 487 -0.099 0.855 523 8643 8491 488 0.361 0.852 524 8652 8498 489 0.242 0.898 525 8661 8505 490 0.361 0.977 526 8670 8512 491 0.115 0.755 527 8679 8519 492 0.373 0.716 528 8688 8526 493 0.47 0.84 529 8698 8533 494 0.312 0.854 530 8707 8540 495 0.458 0.748 531 8716 8547 496 0.21 0.85 532 8725 8554 497 -0.17 0.851 534 8743 8568 499 -0.143 0.759 535 8753 8575 500 0.154 0.851 536 8762 8582 501 0.297 1.078 537 8771 8589 502 0.363 0.696 538 8780 8596 503 0.413 0.866 539 8789 8603 504 0.213 0.937 540 8798 8610 505 0.588 1.13 541 8808 8617 506 -0.352 0.81 542 8817 8624 507 0.124 0.697 543 8826 8631 508 0.318 0.84 544 8835 8638 509 -0.059 0.898 545 8844 8645 510 0.085 0.806 546 8853 8652 511 0.146 0.658 547 8863 8659 512 -0.151 0.979 548 8872 8666 513 0.003 0.711 549 8881 8673 514 0.167 0.912 550 8890 8680 515 0.531 0.67 551 8897 8689 516 0.176 0.85 552 8904 8699 517 0.037 0.96 553 8912 8708 518 0.068 0.972 554 8919 8718 519 0.09 0.912 555 8926 8727 520 0.118 0.941 556 8933 8736 521 -0.028 0.756 557 8941 8746 522 0.101 0.803 558 8948 8755 523 0.37 1.072 559 8955 8765 524 0.117 1.073 560 8962 8774 525 -0.258 1.1 561 8970 8783 526 0.127 0.804 562 8977 8793 527 0.194 1.005 563 8984 8802 528 0.119 0.6 564 8991 8812 529 -0.033 0.594 565 8999 8821 530 -0.123 0.941 566 9006 8830 531 0.009 0.795 567 9013 8840 532 0.386 0.916 568 9020 8849 533 0.337 0.884 569 9028 8859 534 0.156 0.882 570 9035 8868 535 0.041 0.865 571 9042 8877 536 0.032 0.869 572 9049 8887 537 0.081 1.205 573 9057 8896 538 -0.197 0.842 574 9064 8906 539 0.308 0.834 575 9071 8915 540 0.444 0.719 576 9078 8924 541 0.404 0.808 577 9085 8934 542 0.158 0.879 578 9093 8943 543 0.635 0.997 579 9100 8953 544 0.181 0.893 580 9107 8962 545 0.262 0.855 581 9114 8971 546 0.282 0.971 582 9122 8981 547 0.017 0.993 583 9129 8990 548 0.046 1.049 584 9136 9000 549 0.387 1.139 585 9143 9009 550 0.205 1.056 586 9151 9018 551 0.312 1.185 587 9158 9028 552 0.269 0.993 588 9165 9037 553 0.53 1.227 589 9172 9047 554 0.312 1.013 590 9180 9056 555 0.493 1.083 591 9187 9065 556 0.599 0.958 592 9194 9075 557 0.467 1.14 593 9201 9084 558 0.24 1.031 594 9209 9094 559 -0.003 1.076 595 9216 9103 560 0.286 1.11 596 9223 9112 561 0.314 1.096 597 9230 9122 562 0.477 0.984 598 9238 9131 563 0.623 1.007 599 9245 9141 564 0.376 0.964 600 9252 9150 565 0.192 1.005 601 9263 9156 566 0.14 1.116 602 9274 9162 567 0.06 0.911 603 9286 9168 568 0.017 0.788 604 9297 9174 569 0.087 1.029 605 9308 9180 570 0.402 1.137 606 9319 9186 571 0.112 1.059 607 9330 9192 572 0.335 1.247 608 9342 9198 573 0.322 1.178 609 9353 9204 574 0.381 1.168 610 9364 9210 575 -0.054 0.996 611 9375 9216 576 0.511 1.055 612 9386 9222 577 0.446 1.264 613 9398 9228 578 0.459 1.029 614 9409 9234 579 0.279 1.173 615 9420 9240 580 0.196 0.785 616 9431 9246 581 0.449 1.138 617 9442 9252 582 0.393 1.145 618 9454 9258 583 0.254 1.336 619 9465 9264 584 0.29 1.235 620 9476 9270 585 0.247 1.087 621 9487 9276 586 0.366 1.062 623 9510 9288 588 0.601 -999 624 9521 9294 589 0.357 0.863 626 9543 9306 591 0.358 -999 627 9554 9312 592 0.487 1.028 628 9566 9318 593 0.408 1.123 629 9577 9324 594 0.454 1.074 630 9588 9330 595 0.181 1.12 631 9599 9336 596 0.531 0.962 632 9610 9342 597 0.523 1.325 633 9622 9348 598 0.502 1.176 634 9633 9354 599 0.423 1.121 635 9644 9360 600 0.416 1.082 636 9655 9366 601 0.513 0.991 637 9666 9372 602 0.555 1.26 638 9678 9378 603 0.462 1.399 639 9689 9384 604 0.358 1.193 640 9700 9390 605 0.375 1.004 641 9711 9396 606 0.409 1.293 642 9722 9402 607 0.352 1.035 643 9734 9408 608 0.371 0.974 644 9745 9414 609 0.212 0.971 645 9756 9420 610 0.26 1.079 646 9767 9426 611 0.324 1.247 647 9778 9432 612 0.117 1.286 648 9790 9438 613 0.209 0.958 649 9801 9444 614 0.203 1.145 650 9812 9450 615 0.636 0.897 651 9815 9454 616 0.403 1.27 652 9817 9458 617 0.802 1.113 653 9820 9463 618 0.674 1.159 654 9822 9467 619 0.833 1.311 655 9825 9471 620 0.642 1.086 656 9827 9475 621 0.509 1.323 657 9830 9479 622 0.172 1.08 658 9832 9484 623 0.194 0.982 659 9835 9488 624 0.043 1.008 660 9838 9492 625 0.685 1.014 661 9840 9496 626 0.405 1.058 662 9843 9500 627 0.17 1.012 663 9845 9505 628 0.48 1.191 664 9848 9509 629 0.576 1.089 665 9850 9513 630 0.481 0.904 666 9853 9517 631 0.224 0.934 667 9856 9521 632 0.034 0.9 669 9861 9530 634 0.47 -999 671 9866 9538 636 0.121 -999 674 9873 9551 639 -0.039 -999 675 9876 9555 640 0.374 0.92 676 9879 9559 641 0.257 1.125 677 9881 9563 642 0.464 1.139 678 9884 9568 643 0.217 1.109 679 9886 9572 644 0.307 1.147 680 9889 9576 645 0.319 1.064 681 9891 9580 646 0.13 1.171 682 9894 9584 647 0.047 1.252 683 9896 9589 648 0.596 1.227 684 9899 9593 649 0.246 1.018 685 9902 9597 650 0.23 1.048 686 9904 9601 651 0.291 1.057 687 9907 9605 652 0.546 1.294 688 9909 9610 653 0.348 1.185 689 9912 9614 654 0.454 0.978 690 9914 9618 655 0.422 1.129 691 9917 9622 656 0.705 1.159 692 9920 9626 657 0.215 1.087 693 9922 9631 658 0.348 1.065 694 9925 9635 659 0.545 1.111 695 9927 9639 660 0.21 1.094 696 9930 9643 661 0.55 1.185 697 9932 9647 662 0.428 1.201 698 9935 9652 663 0.576 1.073 699 9937 9656 664 0.577 1.097 700 9940 9660 665 0.199 0.805 701 9943 9663 666 0.299 1.049 702 9945 9666 667 0.197 1.045 703 9948 9668 668 0.066 1.186 704 9950 9671 669 0.44 1.042 705 9953 9674 670 0.184 1.048 706 9955 9677 671 0.649 1.137 707 9958 9680 672 0.565 1.234 708 9961 9682 673 0.576 1.13 709 9963 9685 674 0.591 1.081 710 9966 9688 675 0.452 1.06 711 9968 9691 676 -0.212 0.866 712 9971 9694 677 0.385 0.936 713 9974 9696 678 -0.097 1.093 714 9976 9699 679 0.083 0.935 715 9979 9702 680 0.346 1.186 716 9981 9705 681 0.091 0.848 717 9984 9708 682 0.459 0.912 718 9986 9710 683 0.118 0.954 719 9989 9713 684 0.085 0.831 720 9992 9716 685 0.205 0.965 721 9994 9719 686 0.14 0.804 722 9997 9722 687 0.035 1.128 723 9999 9724 688 0.041 1.138 724 10002 9727 689 0.288 0.969 726 10007 9733 691 0.327 1.176 727 10010 9736 692 0.28 1.229 728 10012 9738 693 0.489 1.09 729 10015 9741 694 0.494 1.085 730 10017 9744 695 0.31 1.069 731 10020 9747 696 0.201 1.198 732 10023 9750 697 0.222 1.024 733 10025 9752 698 -0.004 1.107 734 10028 9755 699 0.27 1.203 735 10030 9758 700 0.113 1.202 736 10033 9761 701 0.519 1.172 737 10035 9764 702 0.587 1.189 738 10038 9766 703 0.327 1.067 739 10041 9769 704 0.232 1.162 740 10043 9772 705 0.713 1.096 741 10046 9775 706 0.303 1.036 742 10048 9778 707 0.498 0.824 743 10051 9780 708 0.019 1.142 744 10054 9783 709 -0.017 0.977 745 10056 9786 710 0.472 0.924 746 10059 9789 711 0.188 0.965 747 10061 9792 712 0.306 1.11 748 10064 9794 713 0.351 1.032 749 10066 9797 714 0.132 0.988 750 10069 9800 715 0.416 1.195 751 10072 9799 716 0.464 0.943 752 10074 9798 717 0.46 1.26 753 10077 9797 718 0.387 1.065 754 10079 9796 719 0.527 0.985 755 10082 9795 720 0.48 1.086 756 10084 9794 721 0.386 1.094 757 10087 9793 722 0.067 1.12 758 10089 9792 723 0.301 1.02 759 10092 9791 724 0.276 0.828 760 10095 9790 725 0.208 1.225 761 10097 9789 726 0.67 1.255 762 10100 9788 727 0.719 1.104 763 10102 9787 728 0.479 1.119 764 10105 9786 729 0.354 1.364 765 10107 9785 730 0.236 0.948 766 10110 9784 731 0.194 1.028 767 10113 9783 732 0.245 0.948 768 10115 9782 733 0.234 1.194 769 10118 9781 734 0.222 0.892 770 10120 9780 735 0.296 1.19 771 10123 9779 736 0.182 1.074 772 10125 9778 737 0.431 1.091 773 10128 9777 738 0.206 0.954 774 10130 9776 739 0.379 0.942 775 10133 9775 740 -0.142 1.042 776 10136 9774 741 0.55 1.022 777 10138 9773 742 0.584 1.41 778 10141 9772 743 0.554 1.076 779 10143 9771 744 0.588 1.168 780 10146 9770 745 0.467 0.864 781 10148 9769 746 0.278 1.065 782 10151 9768 747 0.321 1.096 783 10153 9767 748 0.018 1.071 784 10156 9766 749 0.306 0.975 785 10159 9765 750 0.085 0.879 786 10161 9764 751 0.087 0.851 787 10164 9763 752 0.409 1.179 788 10166 9762 753 0.192 1.109 789 10169 9761 754 0.026 1.084 790 10171 9760 755 0.269 1.145 791 10174 9759 756 0.524 1.119 792 10177 9758 757 0.269 1.181 793 10179 9757 758 0.372 1.283 794 10182 9756 759 0.325 1.275 795 10184 9755 760 0.21 1.092 796 10187 9754 761 0.156 1.077 797 10189 9753 762 0.296 1.136 798 10192 9752 763 0.286 1.072 799 10194 9751 764 0.592 1 800 10197 9750 765 0.226 1 801 10200 9749 766 0.372 1.286 802 10202 9748 767 -0.068 0.969 803 10205 9748 768 0.263 0.874 804 10207 9747 769 0.394 0.935 805 10210 9746 770 0.018 0.911 806 10212 9745 771 0.288 1.084 807 10215 9744 772 0.405 0.997 808 10218 9744 773 0.455 0.993 809 10220 9743 774 0.425 1.037 810 10223 9742 775 0.275 0.886 811 10225 9741 776 0.124 1.103 812 10228 9740 777 -0.03 0.963 813 10231 9740 778 0.49 0.864 814 10233 9739 779 0.523 0.816 815 10236 9738 780 -0.03 1.014 816 10238 9737 781 0.359 0.944 817 10241 9736 782 0.274 1.073 818 10243 9736 783 0.262 1.292 819 10246 9735 784 0.496 1.166 820 10249 9734 785 0.237 1.028 821 10251 9733 786 -0.053 1.182 822 10254 9732 787 0.352 0.898 823 10256 9732 788 0.113 0.979 824 10259 9731 789 0.332 1.007 826 10264 9729 791 0.4 1.108 827 10267 9728 792 0.292 1.092 828 10269 9728 793 -0.02 1.23 829 10272 9727 794 0.436 0.895 830 10274 9726 795 0.153 0.897 831 10277 9725 796 0.278 1.097 832 10280 9724 797 0.23 1.035 833 10282 9724 798 0.527 1.136 834 10285 9723 799 0.242 0.305 835 10287 9722 800 0.106 1.03 836 10290 9721 801 0.184 1.199 837 10292 9720 802 0.159 1.109 838 10295 9720 803 0.164 0.956 839 10298 9719 804 0.201 1.074 840 10300 9718 805 0.138 0.977 841 10303 9717 806 0.383 1.077 842 10305 9716 807 0.306 0.871 843 10308 9716 808 0.187 1.148 844 10311 9715 809 0.338 1.047 845 10313 9714 810 0.309 0.949 846 10316 9713 811 0.289 0.771 847 10318 9712 812 0.07 0.843 848 10321 9712 813 0.432 0.971 849 10323 9711 814 0.059 0.78 850 10326 9710 815 0.185 0.49 851 10329 9710 816 0.252 0.903 852 10331 9710 817 0.425 0.942 853 10334 9710 818 0.148 0.895 854 10336 9710 819 0.331 1.177 855 10339 9710 820 0.224 1.043 856 10341 9710 821 0.417 0.991 857 10344 9710 822 0.261 0.887 858 10346 9710 823 -0.059 0.915 859 10349 9710 824 0.114 0.975 860 10352 9710 825 0.376 0.817 861 10354 9710 826 0.609 1.119 862 10357 9710 827 0.026 0.813 863 10359 9710 828 0.51 0.848 864 10362 9710 829 -0.098 1.043 865 10364 9710 830 -0.04 1.096 866 10367 9710 831 0.143 1.066 867 10370 9710 832 -0.22 1.176 868 10372 9710 833 0.39 1.076 869 10375 9710 834 0.243 0.974 870 10377 9710 835 0.038 0.969 871 10380 9710 836 -0.034 1.098 872 10382 9710 837 -0.082 1.006 873 10385 9710 838 -0.276 1.038 874 10387 9710 839 0.001 1.1 875 10390 9710 840 0.201 0.867 876 10393 9710 841 0.324 0.891 877 10395 9710 842 0.213 0.807 878 10398 9710 843 -0.12 1.017 879 10400 9710 844 0.363 0.925 880 10403 9710 845 0.31 1.067 881 10405 9710 846 0.16 0.784 882 10408 9710 847 0.238 1.103 883 10410 9710 848 0.423 0.93 884 10413 9710 849 0.216 0.946 885 10416 9710 850 0.165 1.12 886 10418 9710 851 0.214 1.01 887 10421 9710 852 0.302 1.018 888 10423 9710 853 -0.411 0.926 889 10426 9710 854 0.231 1.095 890 10428 9710 855 0.48 1.012 891 10431 9710 856 0.132 0.76 892 10434 9710 857 -0.032 0.875 893 10436 9710 858 -0.181 0.923 894 10439 9710 859 -0.041 0.714 895 10441 9710 860 -0.042 0.921 896 10444 9710 861 0.01 0.626 897 10446 9710 862 0.096 1.039 898 10449 9710 863 0.349 0.711 899 10451 9710 864 -0.052 0.711 900 10454 9710 865 0.159 0.878 901 10457 9713 866 0.414 0.79 902 10459 9715 867 0.355 0.73 903 10462 9718 868 0.402 0.833 904 10464 9720 869 0.351 1.068 905 10467 9723 870 0.018 1.039 906 10470 9725 871 0.082 1.026 907 10472 9728 872 0.508 0.995 908 10475 9730 873 0.382 1.041 909 10477 9733 874 -0.059 0.9 910 10480 9735 875 0.276 1.202 911 10483 9738 876 0.156 0.862 912 10485 9740 877 0.283 0.914 913 10488 9743 878 0.222 0.935 914 10490 9745 879 0.101 1.092 915 10493 9748 880 0.452 1.155 916 10496 9750 881 0.228 0.933 917 10498 9753 882 0.355 0.882 918 10501 9755 883 0.34 0.93 919 10503 9758 884 0.394 0.866 920 10506 9760 885 0.467 1.15 921 10509 9767 886 0.388 1.079 922 10511 9774 887 0.442 1.17 923 10514 9781 888 0.236 1.316 924 10516 9788 889 0.165 1.054 926 10521 9802 891 0.21 0.871 927 10524 9809 892 0.217 -999 934 10542 9858 899 0.075 0.998 935 10545 9865 900 0.103 0.841 936 10547 9872 901 0.571 0.845 937 10550 9879 902 0.204 0.97 938 10552 9886 903 0.195 0.751 939 10555 9893 904 0.059 0.783 940 10557 9900 905 0.222 1.13 941 10560 9907 906 -0.04 0.847 942 10562 9914 907 -0.095 0.654 943 10565 9921 908 0.547 0.892 944 10568 9928 909 0.021 1.061 945 10570 9935 910 0.25 1.02 946 10573 9942 911 0.517 1.023 947 10575 9949 912 0.096 0.978 948 10578 9956 913 0.237 0.816 949 10580 9963 914 -0.097 0.942 950 10583 9970 915 0.012 1.058 951 10586 9969 916 0.168 1.102 952 10588 9968 917 0.125 1.054 953 10591 9967 918 0.084 0.804 954 10593 9966 919 0.198 0.938 955 10596 9965 920 0.191 0.875 956 10598 9964 921 0.041 0.611 957 10601 9963 922 0.172 0.881 958 10604 9962 923 0.202 0.89 959 10606 9961 924 0.478 0.859 960 10609 9960 925 0.195 1.137 961 10611 9959 926 0.228 1.015 962 10614 9958 927 0.218 0.9 963 10616 9957 928 0.275 0.935 964 10619 9956 929 0.354 0.815 965 10622 9955 930 0.273 0.966 966 10624 9954 931 0.14 -999 967 10627 9953 932 0.022 0.773 968 10629 9952 933 0.525 1.112 969 10632 9951 934 0.239 0.726 970 10634 9950 935 0.149 0.894 971 10637 9949 936 0.631 0.925 972 10640 9948 937 0.385 1.121 973 10642 9947 938 0.308 0.715 974 10645 9946 939 0.317 0.831 975 10647 9944 940 0.039 0.956 976 10650 9943 941 0.244 1.288 977 10652 9942 942 0.284 1.175 978 10655 9941 943 0.365 1.064 979 10658 9940 944 0.7 1.182 980 10660 9939 945 -999 0.992 981 10663 9938 946 0.559 -999 999 10709 9920 964 0.079 0.982 1000 10712 9926 965 -0.05 0.963 1001 10714 9931 966 0.48 0.743 1002 10717 9937 967 0.538 1.229 1003 10719 9943 968 0.491 0.86 1004 10722 9949 969 0.537 1.156 1005 10724 9954 970 0.025 1.007 1006 10727 9960 971 0.628 1.041 1007 10729 9966 972 0.501 0.941 1008 10732 9971 973 0.552 1.128 1009 10734 9977 974 0.557 0.848 1010 10737 9983 975 -0.128 0.911 1011 10739 9989 976 0.165 0.906 1012 10742 9994 977 0.208 1.212 1015 10749 10011 980 0.189 0.826 1016 10752 10017 981 0.372 1.033 1017 10754 10023 982 0.378 1.017 1018 10757 10029 983 0.429 0.848 1019 10759 10034 984 0.583 1.016 1020 10762 10040 985 0.486 1.312 1021 10765 10045 986 0.59 1.083 1022 10767 10049 987 0.546 0.973 1023 10770 10054 988 0.647 1.081 1024 10772 10059 989 0.862 1.274 1025 10775 10063 990 0.301 1.303 1026 10778 10068 991 0.668 0.966 1027 10780 10073 992 0.482 1.407 1028 10783 10077 993 0.664 1.307 1029 10785 10082 994 0.509 1.154 1030 10788 10087 995 0.538 1.082 1031 10791 10091 996 0.476 1.026 1032 10793 10096 997 0.318 1.274 1033 10796 10101 998 0.072 0.911 1034 10798 10105 999 0.393 1 1035 10801 10110 1000 0.617 1.307 1036 10804 10115 1001 0.52 0.933 1037 10806 10119 1002 0.292 1.044 1038 10809 10124 1003 0.372 1.079 1039 10811 10129 1004 0.476 0.897 1040 10814 10133 1005 0.405 1.119 1041 10817 10138 1006 0.536 1.278 1042 10819 10143 1007 0.46 0.954 1043 10822 10147 1008 0.34 1.097 1044 10824 10152 1009 0.211 1.045 1045 10827 10157 1010 0.314 1.061 1046 10830 10161 1011 0.411 1.045 1047 10832 10166 1012 0.648 0.883 1048 10835 10171 1013 0.466 0.885 1049 10837 10175 1014 0.714 1.055 1050 10840 10180 1015 0.434 1.215 1051 10843 10184 1016 0.46 0.779 1052 10845 10188 1017 0.61 1.159 1053 10848 10193 1018 0.811 1 1054 10850 10197 1019 0.823 0.877 1055 10853 10201 1020 0.218 1.142 1056 10855 10205 1021 0.425 1.072 1057 10858 10209 1022 0.395 1.023 1058 10860 10214 1023 0.666 1.019 1059 10863 10218 1024 0.414 1.121 1060 10866 10222 1025 0.508 0.995 1061 10868 10226 1026 0.974 0.961 1062 10871 10230 1027 0.434 0.923 1063 10873 10235 1028 0.507 1.255 1064 10876 10239 1029 0.465 1.014 1065 10878 10243 1030 0.073 1.102 1066 10881 10247 1031 0.73 1.047 1067 10884 10251 1032 0.686 1.145 1068 10886 10256 1033 0.414 0.897 1069 10889 10260 1034 0.442 1.005 1070 10891 10264 1035 0.365 1.508 1071 10894 10268 1036 0.612 1.247 1072 10896 10272 1037 0.588 0.94 1073 10899 10277 1038 0.845 0.833 1074 10901 10281 1039 0.276 0.835 1075 10904 10285 1040 0.318 1.021 1076 10907 10289 1041 0.912 1.048 1077 10909 10293 1042 0.565 1.016 1078 10912 10298 1043 0.546 0.927 1079 10914 10302 1044 0.663 1.227 1080 10917 10306 1045 0.939 1.4 1081 10919 10310 1046 0.778 1.266 1082 10922 10314 1047 0.737 1.024 1083 10924 10319 1048 0.722 1.062 1084 10927 10323 1049 0.602 1.037 1085 10930 10327 1050 0.552 1.277 1086 10932 10331 1051 0.361 1.168 1087 10935 10335 1052 0.793 1.018 1088 10937 10340 1053 0.531 1.279 1089 10940 10344 1054 0.456 1.134 1090 10942 10348 1055 0.333 1.227 1091 10945 10352 1056 0.081 1.283 1092 10948 10356 1057 0.561 1.208 1094 10953 10365 1059 0.521 1.293 1095 10955 10369 1060 0.654 1.541 1096 10958 10373 1061 0.324 1.263 1097 10960 10377 1062 0.687 1.561 1098 10963 10382 1063 0.458 1.387 1099 10965 10386 1064 0.385 1.582 1100 10968 -999 1065 0.526 1.581