# Southwest Pacific Isotope, Chemistry and Alkenone Data and Surface and Intermediate Water Temperature Reconstructions over the last 3.5 Ma #----------------------------------------------------------------------- # World Data Center for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program #----------------------------------------------------------------------- # NOTE: Please cite original publication, online resource and date accessed when using this data. # If there is no publication information, please cite Investigator, title, online resource and date accessed. # # Description/Documentation lines begin with # # Data lines have no # # # Online_Resource: https://www.ncdc.noaa.gov/paleo/study/20225 # Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/paleocean/by_contributor/mcclymont2016/mcclymont2016-dsdp593.txt # # Archive: Paleoceanography # # Parameter_Keywords: biomarkers, trace metals in carbonates, oxygen isotopes, reconstruction #--------------------------------------- # Contribution_Date # Date: 2016-07-05 #--------------------------------------- # Title # Study_Name: Southwest Pacific Isotope, Chemistry and Alkenone Data and Surface and Intermediate Water Temperature Reconstructions over the last 3.5 Ma #--------------------------------------- # Investigators # Investigators: McClymont, Erin; Elmore, Aurora; Kender, Sev; Leng, Melanie; Greaves, Mervyn; Elderfield, Henry #--------------------------------------- # Description and Notes # Description: Alkenone sea-surface temperature (SST) and benthic foraminifera Mg/Ca ratios are presented from DSDP Site 593 across the late Pliocene and Pleistocene (0-3.5 Ma). The data record changes in the position of the subtropical front in the Tasman Sea, and Antarctic Intermediate Water temperatures. The results indicate long-term patterns of subtropical front displacement and changes to surface ocean conditions in the Subantarctic zone, linked to global transitions towards the larger and longer-duration glacial-interglacial cycles of the mid and late Pleistocene. # Provided Keywords: Pliocene, Pleistocene, SST, AAIW, South Pacific, DSDP, alkenone, Mg/Ca #--------------------------------------- # Publication # Authors: McClymont, E.L., Elmore, A.C., Kender, S., Leng, M.J., Greaves, M. and Elderfield, H. # Published_Date_or_Year: 2016 # Published_Title: Pliocene-Pleistocene evolution of sea surface and intermediate water temperatures from the Southwest Pacific # Journal_Name: Paleoceanography # Volume: 31 # Edition: # Issue: # Pages: # Report Number: # DOI: 10.1002/2016PA002954 # Online_Resource: # Full_Citation: # Abstract: Over the last 5 million years, the global climate system has evolved toward a colder mean state, marked by large amplitude oscillations in continental ice volume. Equatorward expansion of polar waters and strengthening temperature gradients have been detected. However, the response of the mid- and high-latitudes of the southern hemisphere is not well documented, despite the potential importance for climate feedbacks including sea ice distribution and low-high latitude heat transport. Here, we reconstruct the Pliocene-Pleistocene history of both sea surface and Antarctic Intermediate Water (AAIW) temperatures on orbital timescales from DSDP Site 593 in the Tasman Sea, Southwest Pacific. We confirm overall Pliocene-Pleistocene cooling trends in both the surface ocean and AAIW, although the patterns are complex. The Pliocene is warmer than modern, but our data suggest an equatorward displacement of the subtropical front relative to present, and a poleward displacement of the subantarctic front of the Antarctic Circumpolar Current (ACC). Two main intervals of cooling, from c.3 Ma and c.1.5 Ma, are coeval with cooling and ice-sheet expansion noted elsewhere, and suggest that equatorward expansion of polar water masses also characterised the Southwest Pacific through the Pliocene-Pleistocene. However, the observed trends in SST and AAIW temperature are not identical despite an underlying link to the ACC, and intervals of unusual surface ocean warmth (c.2 Ma) and large amplitude variability in AAIW temperatures (from c.1 Ma) highlight complex interactions between equatorward displacements of fronts associated with the ACC and/or varying poleward heat transport from the subtropics. #--------------------------------------- # Publication # Authors: Elmore, A.C., E.L. McClymont, H. Elderfield, S. Kender, M.R. Cook, M.J. Leng, M. Greaves, and S. Misra # Published_Date_or_Year: 2015 # Published_Title: Antarctic Intermediate Water properties since 400 ka recorded in infaunal (Uvigerina peregrina) and epifaunal (Planulina wuellerstorfi) benthic foraminifera # Journal_Name: Earth and Planetary Science Letters # Volume: 428 # Edition: # Issue: # Pages: 193-203 # Report Number: # DOI: 10.1016/j.epsl.2015.07.013 # Online_Resource: # Full_Citation: # Abstract: #--------------------------------------- # Publication # Authors: Kender, S., E.L. McClymont, A.C. Elmore, D. Emanuele, M.J. Leng, and H. Elderfield # Published_Date_or_Year: 2016 # Published_Title: Mid-Pleistocene foraminiferal mass extinction coupled with phytoplankton evolution # Journal_Name: Nature Communications # Volume: 7 # Edition: # Issue: # Pages: # Report Number: # DOI: 10.1038/ncomms11970 # Online_Resource: # Full_Citation: # Abstract: Understanding the interaction between climate and biotic evolution is crucial for deciphering the sensitivity of life. An enigmatic mass extinction occurred in the deep oceans during the Mid Pleistocene, with a loss of over 100 species (20%) of sea floor calcareous foraminifera. An evolutionarily conservative group, benthic foraminifera often comprise >50% of eukaryote biomass on the deep-ocean floor. Here we test extinction hypotheses (temperature, corrosiveness and productivity) in the Tasman Sea, using geochemistry and micropalaeontology, and find evidence from several globally distributed sites that the extinction was caused by a change in phytoplankton food source. Coccolithophore evolution may have enhanced the seasonal ‘bloom’ nature of primary productivity and fundamentally shifted it towards a more intra-annually variable state at ~0.8?Ma. Our results highlight intra-annual variability as a potential new consideration for Mid Pleistocene global biogeochemical climate models, and imply that deep-sea biota may be sensitive to future changes in productivity. #--------------------------------------- # Funding_Agency # Funding_Agency_Name: Natural Environment Research Council (NERC) # Grant: NE/I027703/1, IP-1339-1112, NE/I024372/1 #--------------------------------------- # Funding_Agency # Funding_Agency_Name: Leverhulme Trust # Grant: #--------------------------------------- # Funding_Agency # Funding_Agency_Name: European Research Council (ERC) # Grant: 2010-NEWLOG ADG-267931 #--------------------------------------- # Site Information # Site_Name: DSDP 593 # Location: Tasman Sea # Country: # Northernmost_Latitude: -40.507833 # Southernmost_Latitude: -40.507833 # Easternmost_Longitude: 167.6745 # Westernmost_Longitude: 167.6745 # Elevation: -1050 #--------------------------------------- # Data_Collection # Collection_Name: DSDP593 McClymont16 # First_Year: 3495500 # Last_Year: 0 # Time_Unit: cal yr BP # Core_Length: 64.00 m # Notes: The age model derived from benthic d18O measurements tuned to the LR04 stack #--------------------------------------- # Chronology_Information # Chronology: # Stratigraphic tie-points and references # depth_mbsf # age_Ma # material_analysed # tie_point # reference # # depth_mbsf age_Ma material_analysed tie_point reference # 0.31 0.0159 not stated calibrated radiocarbon measurement (14C AMS) Dudley & Nelson [1989] # 0.81 0.088 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 1.8 0.123 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 2.31 0.138 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 3.18 0.186 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 3.86 0.237 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 4.89 0.252 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 5.28 0.295 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 5.6 0.332 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 5.8 0.341 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 7.61 0.37 Planulina wuellerstorfi d18O LR04 Elmore et al. [2015] # 8.07 0.421 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 9.81 0.491 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 10.31 0.513 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 10.51 0.53 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 11.01 0.584 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 11.12 0.6 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 12 0.65 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 12.26 0.695 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 12.81 0.706 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 14.9 0.718 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 15.1 0.735 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 15.67 0.766 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 15.88 0.79 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 16.8 0.809 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 17.17 0.831 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 17.7 0.858 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 18.1 0.874 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 18.35 0.907 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 18.56 0.92 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 19.59 0.954 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 21.2 0.987 Planulina wuellerstorfi d18O LR04 Kender et al. [2016] # 21.5 1 tephra Potaka tephra Shane [1994] # 23.5 1.07 Paleomagnetic reversal Base of Jaramillo Cooke et al. [2010] # 23.5 1.07 Planulina wuellerstorfi d18O LR04 (MIS 31) Kender et al. [2016] # 33.33 1.778 Paleomagnetic reversal Top of Olduvai Cooke et al. [2010] # 35.5 1.948 Planulina wuellerstorfi d18O LR04 (MIS 74) This study # 41.9 2.438 Planulina wuellerstorfi d18O LR04 (MIS 96) This study # 48.3 2.664 Planulina wuellerstorfi d18O LR04 (MIS G2) This study # 56.4 3.14 Planulina wuellerstorfi d18O LR04 (MIS KM2) This study # 60.5 3.295 Planulina wuellerstorfi d18O LR04 (MIS M2) This study # #--------------------------------------- # Variables # Data variables follow that are preceded by "##" in columns one and two. # Variables list, one per line, shortname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data) ## depth_mbsf depth,,,m,,,mbsf,, ## age_Ma age,,,Ma,,,,, ## UK37 Alkenone unsaturation index,Alkenones,,,,Paleoceanography,original UK'37 values used to quantify sea surface temperatures,microwave-assisted solvent extraction; analysis by gas chromatography mass spectrometry,N ## UK37-SST Sea surface temperature,Alkenones,,degrees Celsius,,Paleoceanography,calculated using Mueller et al. (1998) UK'37 calibration,microwave-assisted solvent extraction; analysis by gas chromatography mass spectrometry; calibrated to SST using Mueller et al. (1998) alkenone calibration, UK'37 = 0.033T + 0.044),N ## Mg/Ca-u.pereg Mg/Ca,Uvigerina peregrina,,,,Paleoceanography,original Mg/Ca values used to calculate intermediate water temperatures,,N ## Mg/Ca-u.pereg-IWT Intermediate water temperature,Uvigerina peregrina,,degrees Celsius,,Paleoceanography,calculated using Elderfield et al. (2010) Mg/Ca calibration,analysis by inductively coupled plasma optical emission spectroscopy; calibrated to temperature using Elderfield et al. (2010): Mg/Ca = 1.0 + 0.1*T,N ## Alkenone-ug Alkenone concentration,Alkenones,,µg g-1 dry weight,,Paleoceanography,,microwave-assisted solvent extraction; analysis by gas chromatography mass spectrometry,N ## d18Op.wuell d18O,Planulina wuellerstorfi,,per mil VPDB,,Paleoceanography,analysis by dual inlet mass spectrometer,,N ## d13Cp.wuell d13C,Planulina wuellerstorfi,,per mil VPDB,,Paleoceanography,analysis by dual inlet mass spectrometer,,N #------------------------ # Data # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing Value: -999 depth_mbsf age_Ma UK'37 UK37-SST Mg/Ca-u.pereg Mg/Ca-u.pereg-IWT Alkenone-ug d18Op.wuell d13Cp.wuell 0.07 0 0.637004 17.96983 1.321655 3.21655419 0.006515 3.011308 0.91383 0.12 0.003975 -999 -999 1.286901 2.86901482 0 2.487747 1.038585 0.17 0.00795 -999 -999 1.307377 3.0737739 0 2.913744 1.146551 0.24 0.011925 -999 -999 1.366253 3.66252701 -999 -999 -999 0.31 0.0159 0.583333 16.34343 1.241545 2.41545364 0.019577 3.398201 1.006991 0.34 0.016343 -999 -999 1.159438 1.59437514 -999 3.429751 0.96593 0.38 0.016786 0.4879 13.45152 1.096988 0.96987691 0.045073 3.233106 0.913313 0.42 0.017229 -999 -999 1.140558 1.40557803 -999 3.646427 1.037006 0.47 0.017671 0.485053 13.36525 1.161614 1.61613542 0.046711 3.350086 0.63806 0.5 0.018114 -999 -999 1.233318 2.33317518 -999 -999 -999 0.53 0.018557 0.48318 13.30849 1.221445 2.21445282 0.048728 3.862359 0.891133 0.57 0.019 0.400173 10.79314 1.200048 2.00048463 0.086553 3.810756 0.810788 0.59 0.023 -999 -999 1.170041 1.7004123 -999 3.536512 1.25729 0.62 0.027 0.389961 10.48366 1.328216 3.28215873 0.009773 3.181634 1.11977 0.65 0.031 -999 -999 1.269799 2.69798872 -999 3.540225 1.066246 0.68 0.035 0.522857 14.51083 1.187785 1.87785159 0.040155 3.470963 0.856394 0.71 0.039 -999 -999 1.2151 2.15100495 -999 3.720161 0.99852 0.74 0.043 0.515 14.29 1.27488 2.74879716 0.0753 3.372747 1.051548 0.77 0.047 -999 -999 1.2968 2.96800191 -999 3.574587 0.907622 0.81 0.051 0.532361 14.79883 1.275697 2.75696606 0.058212 3.550904 0.959713 0.83 0.055 -999 -999 1.223775 2.23774502 -999 3.410342 1.060625 0.86 0.059 0.529719 14.71876 1.299025 2.99024955 0.071751 -999 -999 0.9 0.063 -999 -999 1.166041 1.66041187 -999 3.509894 0.959409 0.94 0.067 0.342258 9.038107 1.134717 1.34717107 0.016822 3.235196 0.864572 0.98 0.071 -999 -999 1.375125 3.75124588 -999 3.366746 0.979036 1.03 0.075 -999 -999 1.227021 2.27020592 -999 2.918793 1.09136 1.13 0.079 0.553721 15.4461 1.253198 2.53198098 0.043617 3.192496 0.770423 1.18 0.083 -999 -999 1.292383 2.92382771 -999 3.222455 1.085615 1.24 0.085 -999 -999 1.355027 3.55027403 -999 3.206796 0.753029 1.29 0.087 0.566235 15.8253 1.409931 4.09930791 0.039006 3.482575 1.025985 1.34 0.089 -999 -999 1.227022 2.27022231 -999 3.603669 0.680897 1.4 0.091 0.526497 14.62113 1.253889 2.5388888 0.039417 3.193748 0.942358 1.55 0.093 0.559742 15.62855 1.285949 2.8594865 0.035814 2.264211 1.155241 1.61 0.095 -999 -999 1.445962 4.4596214 -999 2.858643 1.020039 1.67 0.103 0.639812 18.05492 1.36329 3.63289667 0.015821 2.643779 1.094344 1.78 0.106 -999 -999 1.271298 2.71298324 -999 2.743241 1.010934 1.89 0.114 -999 -999 1.40821 4.08210411 -999 2.943892 1.050332 1.98 0.12 -999 -999 1.309069 3.09069274 -999 2.479838 0.990477 2.07 0.123 0.570763 15.96253 1.540552 5.40552307 -999 2.340044 0.861732 2.14 0.125 0.668878 18.93569 1.431362 4.31361581 0.023423 2.381098 0.806324 2.22 0.13 -999 -999 1.337273 3.37273116 -999 2.908841 0.844237 2.31 0.133167 -999 -999 1.21204 2.12039754 -999 3.80837 0.579219 2.38 0.135 0.560595 15.6544 1.200835 2.008353 0.052875 3.783005 0.967823 2.51 0.143166 0.496271 13.70519 1.219759 2.19758768 0.074241 3.501739 0.361732 2.64 0.151332 0.675986 19.1511 1.339812 3.39812494 0.125952 3.348919 0.730479 2.79 0.159498 0.555044 15.48618 1.2503 2.5029983 0.224115 3.503966 0.927258 2.85 0.167664 -999 -999 1.302394 3.02394143 -999 3.41003 0.868038 2.91 0.174 0.495929 13.69482 1.179383 1.79382899 0.015559 2.954278 0.856067 3.03 0.178846 0.430749 11.71968 1.29346 2.9345966 0.021529 3.374227 0.391256 3.1 0.183692 0.431 11.72 1.18075 1.80749957 0.152344 3.570671 0.790632 3.18 0.188538 0.491 13.55 1.371865 3.71865089 0.115004 3.321815 0.57037 3.24 0.193385 0.484 13.33 1.224693 2.24693359 0.132338 3.077707 0.709555 3.27 0.198231 -999 -999 1.251629 2.51629354 -999 3.506684 0.933137 3.31 0.203077 0.516788 14.32692 1.285315 2.85315315 0.262978 3.43859 0.833374 3.41 0.207923 0.481 13.24 1.132198 1.32198275 0.0284 3.493852 0.805363 3.46 0.212769 0.537 14.93 1.12688 1.26879875 0.150897 3.244889 0.612719 3.51 0.217615 -999 -999 1.267472 2.67471947 -999 -999 -999 3.57 0.222462 0.416899 11.29997 1.279552 2.79551675 -999 3.538873 0.649214 3.64 0.2276 0.621 17.49 1.226646 2.26646046 -999 3.219026 0.730939 3.72 0.2322 0.495252 13.67431 1.182401 1.82401062 -999 3.477123 0.672328 3.81 0.239 0.505402 13.98189 1.198747 1.98747227 0.040171 2.381978 0.82966 3.88 0.2421 0.483106 13.30624 1.303247 3.03246674 0.066302 2.849964 0.706106 4.04 0.2453 0.59439 16.67848 1.328626 3.28625525 -999 -999 -999 4.28 0.2476 -999 -999 1.338239 3.38238679 -999 3.376034 0.982712 4.67 0.249 -999 -999 1.432863 4.32862983 -999 3.29791 1.008657 4.8 0.25 -999 -999 1.537356 5.37355778 -999 -999 -999 4.86 0.251 0.595908 16.72448 1.311646 3.11645654 -999 3.731093 0.964019 4.92 0.25925 -999 -999 1.392583 3.925833 -999 3.651334 0.696619 4.98 0.2675 0.379195 10.15741 1.350217 3.50217198 -999 -999 -999 5.07 0.27575 -999 -999 1.206409 2.06408804 -999 3.813894 0.888444 5.1 0.284 -999 9.621962 1.26797 2.679698 -999 2.90012 1.233774 5.2 0.289125 -999 8.908474 1.368786 3.68786402 -999 3.029145 1.096151 5.25 0.29425 0.544566 10.43779 1.199541 1.99541428 -999 3.211906 1.107881 5.28 0.299375 -999 -999 1.269194 2.69193637 -999 3.084071 1.03367 5.33 0.3045 -999 -999 1.227461 2.27461259 -999 3.370384 0.851551 5.38 0.309625 -999 -999 1.163355 1.63355388 -999 3.187251 1.210091 5.44 0.31475 0.479917 13.2096 1.445304 4.45303731 -999 2.92761 1.284927 5.5 0.319875 0.451687 12.35414 1.31714 3.17140065 -999 3.358264 0.851191 5.55 0.325 0.379909 10.17907 1.208561 2.08560649 -999 2.94816 1.276485 5.6 0.329647 -999 -999 1.265574 2.65573668 -999 -999 -999 5.7 0.334294 0.558975 15.6053 1.291004 2.91003808 -999 2.988903 0.962242 5.8 0.338941 0.414235 11.21925 1.305602 3.05602289 0.091061 3.765242 0.873774 5.91 0.343588 0.40055 10.80456 1.454791 4.54791014 -999 3.596162 0.804653 6.01 0.348235 0.421197 11.4302 1.287824 2.8782366 0.340916 -999 -999 6.11 0.352882 0.440627 12.01901 1.330822 3.30822059 -999 3.668241 0.955026 6.26 0.357529 -999 -999 1.232813 2.32813013 -999 3.878451 0.884585 6.41 0.362176 0.466583 12.80555 1.2307 2.3070037 -999 3.701523 0.8548 6.71 0.366824 0.494913 13.66403 1.300456 3.00455913 -999 3.233708 0.598013 6.77 0.371471 -999 -999 1.380759 3.80758601 -999 3.234521 0.986271 7.01 0.376118 -999 -999 1.402033 4.02032503 -999 3.009817 1.086035 7.11 0.380765 0.444344 12.13165 1.29859 2.98590162 -999 2.999515 1.191403 7.28 0.385412 -999 -999 1.315722 3.15721887 -999 2.822041 1.214393 7.45 0.390059 -999 -999 1.491309 4.91308654 -999 2.817275 1.221427 7.61 0.394706 0.62248 17.53 1.413111 4.13110679 0.116033 -999 -999 7.75 0.399353 -999 -999 1.388964 3.88964069 -999 2.297715 1.350169 7.86 0.41 -999 -999 1.364924 3.64924063 -999 2.231565 1.24691 7.97 0.418 0.362204 9.642557 1.473865 4.73865251 0.052296 2.728886 1.179772 8.07 0.42 -999 -999 1.425633 4.25632965 -999 3.058484 1.032479 8.21 0.422 -999 -999 -999 -999 0 3.507627 1.058132 8.42 0.4371 0.4 10.79 -999 -999 -999 4.162854 0.73855 8.63 0.44478 -999 -999 -999 -999 -999 4.216254 0.862563 8.84 0.45247 0.266971 6.75669 1.457648 4.57648312 -999 3.870125 0.886087 9.05 0.46016 0.43178 11.7509 1.257677 2.57677222 -999 3.715842 0.900391 9.26 0.4686 -999 -999 1.378847 3.78847059 -999 3.690016 0.728473 9.81 0.4913 0.307259 7.977538 1.303229 3.03229163 -999 2.589533 1.274854 10.11 0.50494 0.460035 12.60713 1.247156 2.47155671 0.041403 2.851482 1.234378 10.16 0.50721 0.476629 13.10997 1.254295 2.5429491 0.050757 3.59068 0.996875 10.21 0.50949 0.408803 11.05464 1.218915 2.18914664 -999 3.777669 0.864412 10.24 0.51085 0.443233 12.09796 1.305197 3.05196807 -999 3.545008 0.948258 10.27 0.51221 0.520737 14.44657 1.262645 2.62644668 -999 3.452764 0.820574 10.31 0.51403 0.484573 13.35069 1.185703 1.85703429 -999 3.646377 0.852092 10.34 0.5154 -999 -999 1.184449 1.84448597 -999 3.34809 0.830142 10.37 0.51825 0.482283 13.2813 1.453406 4.53406431 -999 3.248554 1.173161 10.41 0.52232 -999 -999 1.276692 2.76692375 -999 -999 -999 10.43 0.52435 0.569355 15.91983 1.301141 3.0114081 -999 3.484387 1.246579 10.47 0.52842 -999 -999 1.350877 3.50877 -999 -999 -999 10.51 0.53248 0.334546 8.804434 1.233327 2.33326761 -999 2.751522 1.374382 10.56 0.53756 0.469274 12.88708 1.164089 1.64089366 0.033911 -999 -999 10.61 0.54265 0.261503 6.590998 1.283056 2.83056328 -999 3.758408 1.07629 10.73 0.55484 0.401236 10.82533 1.388991 3.88991333 -999 3.529626 0.855564 10.88 0.57009 0.410335 11.10107 1.266746 2.66745971 -999 2.963311 1.287345 11.01 0.58266 -999 -999 1.435398 4.35398013 -999 3.486382 0.901469 11.11 0.58961 0.703305 19.97894 1.412056 4.12056187 -999 2.205878 1.485564 11.21 0.59656 0.611402 17.19399 1.448262 4.48261541 -999 -999 -999 11.42 0.61116 -999 -999 1.453475 4.53474776 -999 1.926291 1.118968 11.52 0.61812 0.564063 15.75949 1.369155 3.69154581 -999 2.674409 1.583418 11.61 0.62438 0.513187 14.21779 1.390789 3.90788814 -999 3.068911 1.344278 11.8 0.64398 0.153885 3.329852 1.3835 3.83499659 0.012783 -999 -999 12.01 0.66678 0.5 13.81 1.392273 3.92272516 0.104603 3.351442 1.21541 12.26 0.69392 0.381611 10.23065 1.497262 4.97262066 -999 2.630918 1.376112 12.47 0.69971 -999 -999 1.446389 4.46388585 -999 2.748875 0.914118 12.61 0.70257 0.321531 8.410035 1.32448 3.244796 0.034838 -999 -999 12.81 0.70588 0.311451 8.104572 1.32801 3.28010398 -999 3.050024 0.686225 13 0.7085 0.361287 9.614746 1.352653 3.52653173 -999 -999 -999 13.21 0.7087 -999 -999 1.249927 2.49927412 -999 3.091071 0.896129 13.42 0.7091 -999 -999 1.282452 2.82452483 -999 -999 -999 13.63 0.711 0.603208 16.94571 1.319852 3.1985171 -999 3.053219 0.887607 13.79 0.71207 0.459226 12.58261 1.432585 4.32585099 -999 -999 -999 14.74 0.715 0.445 12.16 1.419308 4.19308118 -999 3.564103 0.962736 14.8 0.717 0.503 13.89 1.506987 5.06986775 -999 3.370478 0.746238 14.9 0.71913 0.461 12.65 1.340942 3.409424 -999 3.737685 0.480197 14.95 0.72307 0.471 12.93 1.364907 3.64906598 -999 3.563507 0.721348 15.01 0.72779 0.49 13.52 1.505485 5.05485127 -999 3.642695 0.458775 15.1 0.73486 0.501 13.84 1.496902 4.96901642 -999 3.327335 0.435734 15.13 0.73722 -999 -999 1.322075 3.22075113 -999 -999 -999 15.16 0.73873 0.512 14.19 1.349855 3.49854525 -999 3.420918 0.72703 15.19 0.74024 -999 -999 1.241542 2.41542272 -999 3.459416 0.737178 15.22 0.74174 0.480668 13.23237 1.375961 3.75961155 -999 3.554559 0.658039 15.28 0.74476 -999 -999 1.33445 3.34449988 -999 3.476899 0.65461 15.33 0.74727 -999 -999 1.334624 3.34623738 -999 2.775291 0.904933 15.39 0.75029 0.492 13.56 1.317471 3.17471154 -999 2.788747 1.022318 15.45 0.75367 0.484985 13.36319 1.352048 3.52047822 -999 3.307309 1.150993 15.51 0.75765 0.44 11.99 1.347215 3.47215313 -999 3.169719 1.320917 15.57 0.76162 0.458 12.56 1.222768 2.22767666 -999 3.096207 0.856852 15.68 0.764 0.448 12.25 1.355794 3.55794491 -999 3.116063 1.127725 15.78 0.772 0.571 15.97 1.368287 3.68286728 -999 2.579066 0.932019 15.83 0.776 -999 -999 1.533409 5.33409331 -999 2.574598 1.024265 15.88 0.78 -999 -999 1.585325 5.85325038 -999 2.434083 0.860363 15.93 0.784 -999 -999 1.623363 6.23363446 -999 2.873937 0.789875 15.98 0.788 -999 -999 1.454759 4.54758982 0.01363 2.731185 1.027154 16.01 0.79 -999 -999 1.363096 3.63096216 -999 3.453198 0.845281 16.04 0.7915 0.59 16.55 1.733025 7.33024709 -999 2.912482 0.931343 16.09 0.793 -999 -999 1.489879 4.89878897 -999 3.254793 1.061691 16.1 0.795 0.527 14.64 1.584046 5.84046352 -999 3.621927 0.826139 16.24 0.797 0.509 14.08 1.796257 7.96256634 0 -999 -999 16.3 0.799 0.504 13.94 1.565452 5.65451896 -999 3.619429 0.748406 16.35 0.801 -999 -999 1.440577 4.4057703 -999 3.693848 0.817833 16.4 0.803 -999 -999 1.357479 3.57478714 -999 3.444664 0.713436 16.5 0.805 0.476703 13.1122 1.398161 3.98160781 0.101813 3.589638 0.515565 16.6 0.807 0.293163 7.550389 1.454309 4.54309079 0.003892 -999 -999 16.7 0.809 -999 -999 1.347655 3.47654811 -999 3.501636 0.839332 16.8 0.813 -999 -999 1.555971 5.55971294 -999 3.564967 0.759278 16.9 0.81489 0.377586 10.10868 1.423897 4.23897087 0.351379 -999 -999 17 0.818 0.503226 13.91594 -999 -999 0.067264 3.140886 0.529264 17.09 0.821 0.545 15.2 1.20681 2.06810026 0.018559 3.080782 1.163264 17.13 0.824 -999 -999 1.333947 3.33947181 -999 3.116973 0.94988 17.17 0.826 -999 -999 1.48518 4.85179612 -999 3.373631 0.859788 17.26 0.83585 0.64 18.05 1.379636 3.79636142 0.003608 2.890317 0.914123 17.38 0.84218 0.631 17.78 1.305493 3.05492763 -999 3.016909 0.929561 17.44 0.84535 -999 -999 1.2744 2.74400332 -999 3.020484 0.869952 17.5 0.84851 0.532 14.8 1.498991 4.98990779 0.008054 3.386289 0.788801 17.59 0.85264 -999 -999 1.253542 2.53541984 -999 3.115133 1.016879 17.68 0.85675 0.465887 12.78445 1.684001 6.84001251 -999 2.653897 0.906109 17.8 0.86223 0.612 17.22 1.631894 6.31893804 0.007109 3.447195 1.09701 17.85 0.86416 -999 -999 1.388401 3.884011 -999 3.12432 0.858369 17.9 0.8661 0.598394 16.79981 1.426216 4.26216054 0.0066 3.604181 0.375871 17.98 0.86919 -999 -999 1.31096 3.10959995 -999 3.565111 0.692486 18.06 0.87228 0.441 12.02 1.412505 4.12505402 -999 3.628032 0.832222 18.12 0.87657 0.505 13.97 1.459016 4.59015594 -999 3.562553 0.55308 18.15 0.88026 -999 -999 1.346491 3.46491209 -999 3.643233 0.719432 18.17 0.88272 0.386221 10.37032 1.462235 4.62234658 -999 3.30514 0.880996 18.22 0.88887 0.425633 11.56463 1.384851 3.84850756 0.026753 3.445056 0.694681 18.3 0.89871 0.456308 12.49419 1.333558 3.33558032 -999 3.475499 0.620093 18.35 0.90486 0.504363 13.95039 1.312612 3.12612074 -999 3.019918 0.785348 18.4 0.91055 0.53 14.73 1.683662 6.83661983 -999 -999 -999 18.46 0.91377 0.384071 10.30518 1.400308 4.00307573 -999 3.118033 0.478081 18.51 0.91646 -999 -999 1.358176 3.58176337 -999 3.278115 0.594453 18.56 0.91914 0.465 12.75 1.295991 2.95991129 0.012043 3.415787 0.679766 18.61 0.92182 -999 -999 1.358172 3.58171563 -999 3.298392 0.55388 18.67 0.92504 0.435 11.86 1.463219 4.63219274 0.014019 3.200031 0.371585 18.78 0.92923 0.365916 9.755017 1.493761 4.93760676 0.023108 3.193677 0.597072 18.88 0.93268 0.485789 13.38754 1.274704 2.74703793 0.246691 -999 -999 18.97 0.9358 -999 -999 1.188109 1.88108972 -999 -999 -999 19.06 0.93857 0.4804 13.22423 1.188506 1.88505901 -999 -999 -999 19.18 0.94216 -999 -999 1.258162 2.58162364 -999 3.267578 0.851094 19.31 0.94602 0.457674 12.53558 1.475532 4.755317 0.123831 -999 -999 19.4 0.94858 -999 -999 1.311047 3.11046762 -999 2.816052 0.921771 19.5 0.95144 0.616 17.33 1.276759 2.7675877 -999 2.932953 0.883956 19.59 0.95397 -999 -999 1.374104 3.74103635 -999 2.80246 0.909969 19.68 0.95623 -999 -999 1.385356 3.85356458 -999 3.2365 1.015738 19.76 0.95824 -999 -999 1.711249 7.11248954 -999 3.07407 0.800108 19.9 0.96163 0.667067 18.88081 1.720166 7.20166332 -999 3.047218 0.960659 20.01 0.96377 -999 -999 1.56698 5.66979597 -999 3.311496 0.904939 20.11 0.96572 0.56583 15.81304 1.34907 3.49069814 0.033497 3.178871 0.910305 20.2 0.96738 0.534 14.86 1.314361 3.14361469 -999 3.024815 0.838167 20.3 0.96895 -999 -999 1.304907 3.04907056 -999 3.273751 0.863502 20.4 0.97052 0.6115 17.19696 1.396609 3.9660874 0.009686 2.91268 0.731047 20.48 0.97177 0.662 18.73 1.562303 5.62303444 0.008037 3.275067 1.111897 20.6 0.97359 -999 -999 1.524384 5.24384221 -999 3.08108 1.119701 20.9 0.97896 0.602736 16.93139 1.390053 3.9005313 0.013003 2.995059 1.207589 21.1 0.98385 0.513082 14.2146 1.301449 3.01448878 0.013438 3.364856 0.54354 21.2 0.98773 0.58189 16.29971 1.363151 3.63150586 0.013488 3.403896 1.000163 21.34 0.99317 0.539847 15.02567 1.476119 4.76119298 0.012091 3.300497 1.114822 21.39 0.9952 0.458013 12.54585 1.419941 4.19940565 -999 3.004115 0.981223 21.6 1.0034 0.639772 18.0537 1.296384 2.96383504 -999 3.001461 0.981232 21.64 1.005 -999 -999 1.515869 5.1586941 -999 2.86062 0.82229 21.7 1.0071 -999 -999 1.559301 5.59300686 -999 3.081642 1.166572 21.74 1.0085 -999 -999 1.352208 3.52207953 -999 3.094219 0.783546 21.8 1.0106 -999 -999 1.284974 2.84973965 -999 3.109626 1.130411 21.84 1.012 0.588576 16.5023 1.284938 2.84937863 -999 2.880147 1.219201 21.88 1.0134 0.642258 18.12903 1.397416 3.97415958 -999 2.763868 1.192275 21.92 1.0148 -999 -999 1.314831 3.14830914 -999 2.726739 1.247506 21.97 1.0165 0.52589 14.60271 1.367764 3.67764459 -999 2.657506 1.134807 22.01 1.0179 -999 -999 1.393464 3.93464361 -999 2.836596 1.020371 22.08 1.0204 0.591991 16.60578 1.418892 4.1889155 -999 -999 -999 22.16 1.0232 -999 -999 1.505129 5.05129437 -999 2.687372 1.123462 22.3 1.0281 0.639 18.04 1.382335 3.82335498 0.010307 2.691188 0.945797 22.5 1.0351 -999 -999 1.637256 6.37256486 -999 3.350746 0.830945 22.6 1.0386 -999 -999 1.41122 4.1121963 0 3.392337 0.422802 22.66 1.0407 0.510427 14.13414 1.544517 5.44517118 -999 3.265539 0.578005 22.8 1.0455 0.527173 14.6416 1.272814 2.72813855 -999 3.333097 0.79994 22.86 1.0476 -999 -999 1.271672 2.716716 -999 2.861356 1.035157 22.92 1.0497 -999 -999 1.337995 3.37995366 -999 3.237334 0.925751 22.98 1.0518 -999 -999 1.42069 4.20689596 -999 3.261858 0.717435 23.04 1.0539 0.43093 11.72515 1.239576 2.39575578 -999 3.148109 0.865881 23.1 1.056 0.538419 14.9824 1.23965 2.39649672 0.012217 2.922307 0.97437 23.16 1.0581 0.648613 18.32162 1.354599 3.54599205 0.016867 3.083078 0.688418 23.2 1.0595 0.470576 12.92655 1.40975 4.09750127 0.071468 -999 -999 23.3 1.063 0.462669 12.68695 1.435078 4.35077677 -999 2.778254 1.11193 23.5 1.07 -999 -999 1.569525 5.69524739 0.006192 2.208026 0.936454 24.41 1.1007 -999 -999 1.509873 5.0987298 0 2.626336 1.163052 24.7 1.1102 0.5616 15.68484 1.514901 5.14901389 0.024114 2.686148 0.995521 24.87 1.1157 0.364458 9.710843 1.588354 5.88353691 0.01111 3.080852 0.892773 25 1.12 0.499212 13.7943 1.523229 5.23228681 0.021677 3.147788 0.718333 25.11 1.1238 0.481454 13.25618 1.292705 2.92705378 0.037699 -999 -999 25.22 1.1287 0.515397 14.28475 1.417344 4.17343999 0.092155 3.422233 0.652634 25.32 1.1378 -999 -999 1.47477 4.74770471 -999 2.971087 1.247215 25.4 1.146 0.474627 13.0493 1.418737 4.18737268 0.042358 3.16217 0.973213 25.5 1.1572 0.520615 14.44288 1.374706 3.74706364 0.018245 3.189686 1.292041 25.59 1.1674 0.431754 11.75013 1.548644 5.48643521 0.024826 -999 -999 25.7 1.1797 0.489384 13.49649 1.522358 5.22357839 0.012865 3.118389 1.030533 25.78 1.1881 0.532851 14.81366 1.627726 6.27725966 0.010623 2.932173 1.04267 25.9 1.1997 0.41618 11.27819 1.508503 5.08503321 0.010713 3.541388 1.126433 26.01 1.2094 0.558962 15.6049 1.563889 5.63889407 0.020636 3.342924 0.621078 26.11 1.2171 0.453993 12.42402 1.317638 3.17638224 0.049924 3.362208 0.68644 26.32 1.232 0.49337 13.61727 1.591776 5.9177606 0.05429 3.115815 1.042257 26.51 1.2493 0.416637 11.29203 1.542017 5.42016569 0.014677 3.039065 1.166477 26.72 1.2777 0.608477 17.10538 1.455089 4.55088883 0.007319 -999 -999 26.81 1.2896 0.39567 10.65666 1.453203 4.53202856 0.022725 3.122343 1.07242 27 1.313 0.487021 13.42487 1.39613 3.96130116 0.017403 2.882989 0.978427 27.2 1.3337 0.437428 11.92206 1.702263 7.02262678 0.016449 2.876416 0.753885 27.51 1.3515 -999 -999 1.292532 2.92532409 -999 3.077579 0.882135 27.87 1.3602 0.503393 13.92101 1.785205 7.85204915 0.01231 3.061359 1.180906 28.11 1.3768 -999 -999 1.47985 4.79850365 0.003788 3.147848 0.761815 28.41 1.4244 -999 -999 1.420423 4.20422917 -999 2.844232 0.819451 28.58 1.4525 0.450843 12.32858 1.470465 4.70464678 0.014875 2.686722 1.006534 28.66 1.4635 0.493779 13.62968 1.388409 3.88409272 0.023184 3.055802 0.993255 28.91 1.4779 0.52908 14.69939 1.525587 5.25587316 0.042847 2.736049 1.148226 29.06 1.4825 0.519066 14.39593 1.364861 3.64860607 0.019124 -999 -999 29.21 1.4884 0.596763 16.75039 1.377656 3.77655768 0.017521 3.066776 1.027853 29.3 1.4933 0.565132 15.79189 1.616712 6.16711787 0.038087 3.092872 0.854537 29.37 1.4985 0.462842 12.69218 1.373044 3.73044333 0.022675 3.290486 0.638279 29.51 1.5112 -999 -999 1.487678 4.87677774 0 2.970088 0.990528 29.61 1.5207 0.547711 15.26396 -999 -999 0.015717 -999 -999 29.71 1.5297 0.471154 12.94406 1.595172 5.95172075 0.010574 3.115917 1.063518 29.89 1.5346 0.490864 13.54135 1.528253 5.28252514 0.010561 3.298392 1.125167 30.22 1.5446 0.377437 10.10415 -999 -999 0.01212 -999 -999 30.41 1.5593 0.547732 15.26462 1.489835 4.89834858 0.016031 3.122187 0.778923 30.61 1.575 0.438832 11.96462 1.374811 3.74810596 0.03739 3.157141 0.924356 31.01 1.6073 -999 -999 1.416681 4.16680944 -999 -999 -999 31.11 1.6156 0.590174 16.55074 1.562049 5.62049074 0.012 2.841485 1.021039 31.31 1.6326 0.578861 16.2079 1.442431 4.42431468 0.021254 -999 -999 31.41 1.6412 0.498615 13.77623 1.511222 5.11221584 0.016705 -999 -999 31.51 1.6499 -999 -999 1.594572 5.94572012 0 2.737266 1.604675 31.69 1.6657 0.481225 13.24925 1.454628 4.54627598 0.013404 3.030632 1.09378 31.77 1.6728 0.591264 16.58376 1.485926 4.8592646 0.011851 2.97565 1.145479 31.91 1.6853 0.507455 14.04409 -999 -999 0.017589 -999 -999 32.01 1.6941 -999 -999 1.483473 4.83473411 -999 3.023696 1.031333 32.11 1.7029 0.509802 14.11521 1.359246 3.59245665 0.046274 3.034433 0.835685 32.21 1.7113 0.679439 -999 1.471195 4.71194684 0 -999 -999 32.29 1.7177 0.553163 15.42919 1.49557 4.95570269 0.014403 2.954285 0.595115 32.47 1.7296 -999 -999 1.344801 3.44800551 -999 2.842584 0.87561 32.59 1.735 0.415271 11.25065 -999 -999 0.007649 -999 -999 32.71 1.7393 -999 -999 1.379006 3.79006049 -999 2.850548 0.924481 32.81 1.7431 0.552461 15.40791 1.406504 4.06504318 0.02622 2.821252 0.985043 32.9 1.7475 0.500215 13.82471 -999 -999 0.021924 -999 -999 33.01 1.7543 -999 -999 1.492013 4.9201253 0 -999 -999 34.01 1.801 0.694549 19.71361 1.512934 5.12933827 0.026784 -999 -999 34.13 1.8131 0.654051 18.48638 1.461359 4.61358833 0.033273 2.794693 0.671153 34.21 1.8247 0.644702 18.20309 1.464153 4.64152962 0.03503 2.953521 0.853864 34.31 1.8458 -999 -999 1.386807 3.86806861 0 2.869236 0.909238 34.41 1.8624 0.563147 15.73172 1.442566 4.42566124 0.010517 2.774973 0.804348 34.47 1.8701 0.604333 16.97979 1.345407 3.45407319 0.020663 2.927137 0.93666 34.61 1.8812 0.664416 18.8005 1.500302 5.00301525 0.018644 2.812994 0.695268 34.71 1.8879 -999 -999 -999 -999 -999 -999 -999 34.9 1.9034 0.61471 17.29425 1.463257 4.63257092 0.082429 2.909841 0.836339 35.01 1.9144 0.660582 18.6843 1.26475 2.6474991 0.034471 2.875174 0.853491 35.11 1.9248 0.679495 19.25741 1.498716 4.98715733 0.029429 2.558691 0.972691 35.3 1.9362 -999 -999 1.419316 4.19316339 0 2.745409 0.855022 35.38 1.9409 0.71053 20.19788 1.347458 3.47457899 0.03111 2.835723 0.558494 35.5 1.948 0.659353 18.64708 1.286873 2.86872799 0.026532 3.082293 0.634893 35.6 1.9539 0.588914 16.51255 -999 -999 0.019741 2.818045 1.079718 35.7 1.9599 0.673716 19.08232 -999 -999 0.028314 2.695362 1.156801 35.8 1.9661 0.637066 17.97169 -999 -999 0.019551 2.490987 1.31513 36 1.9791 0.570171 15.94458 -999 -999 0.012366 2.489548 1.071063 36.2 1.9938 0.663214 18.76405 -999 -999 0.016736 -999 -999 36.6 2.0268 -999 -999 -999 -999 -999 -999 -999 36.7 2.0359 0.689364 19.55647 1.539112 5.39112 0.018196 2.698309 0.815 36.8 2.0451 0.695255 19.73499 1.432199 4.32199495 0.030412 2.505977 0.899 37 2.0637 0.634841 17.90428 1.475461 4.75460966 0.029915 2.548733 1.044 37.1 2.073 0.617442 17.37703 1.229097 2.29096707 0.053692 2.496846 0.892 37.3 2.0912 0.613778 17.266 -999 -999 0.026656 2.48053 0.976 37.4 2.1002 0.636975 17.96895 -999 -999 0.02085 2.502587 0.963 37.5 2.1087 0.684793 19.41797 -999 -999 0.020783 2.35184 0.842 37.6 2.1168 0.547507 15.25778 -999 -999 0.034268 2.39566 0.838 37.7 2.1249 0.582008 16.30327 1.508347 5.08347483 0.015163 2.397393 0.793 37.8 2.1319 0.643575 18.16895 -999 -999 0.014812 2.389047 0.947 37.9 2.1384 0.603927 16.96747 -999 -999 0.008021 2.108516 0.805 37.98 2.1436 0.592751 16.6288 1.399057 3.99056682 0.012183 2.465377 0.847 38.1 2.1503 0.728002 20.72734 -999 -999 0.020002 2.49 0.83 38.2 2.1555 0.591563 16.59281 1.347239 3.47239037 0.01223 2.568662 0.839 38.4 2.1658 0.566781 15.84185 1.419709 4.19708681 0.048648 2.518468 0.976 38.6 2.1763 0.623092 17.54824 1.221116 2.21116351 0.019836 2.612552 0.889 38.7 2.1838 -999 -999 -999 -999 0 2.303853 0.785 38.8 2.1914 0.697382 19.79947 -999 -999 0.022911 2.536392 0.908 39 2.2093 0.70954 20.16787 1.292004 2.92004381 0.021322 2.55 0.89 39.2 2.2287 0.632513 17.83372 1.426608 4.26607966 0.030673 2.583372 0.935 39.3 2.2383 0.577593 16.16947 -999 -999 0.099632 -999 -999 39.4 2.248 0.551609 15.38209 1.497175 4.97174938 0.019508 2.55 0.8 39.6 2.266 0.644656 18.20171 1.363957 3.63957305 0.01387 2.551593 0.759 39.7 2.2748 0.644531 18.1979 1.415511 4.15511079 0.018396 2.58271 0.861 39.9 2.291 0.507384 14.04193 1.431791 4.31791121 0.020021 2.362024 0.908 40 2.2989 0.621375 17.49621 1.319179 3.19179306 0.022944 2.142788 0.462 40.2 2.3151 0.517427 14.34627 1.330485 3.30485147 0.015157 2.490898 0.878 40.5 2.3401 -999 -999 -999 -999 -999 2.39 0.95 40.7 2.3573 0.551104 15.3668 -999 -999 0.011211 2.331024 0.982 40.9 2.3749 0.517876 14.35988 1.303057 3.03056953 0.021992 2.272811 1.048 41.1 2.3927 -999 -999 -999 -999 0 2.234493 1.075 41.2 2.4009 -999 -999 1.714384 7.1438351 0 2.273991 1.243 41.4 2.4157 -999 -999 1.439035 4.39034915 0 2.244469 1.15 41.5 2.4213 -999 -999 1.557035 5.57035343 0 2.436356 0.992 41.6 2.4255 -999 -999 1.456349 4.5634886 0 2.540063 0.724 41.7 2.4296 -999 -999 1.452959 4.5295905 0 2.573171 0.807 41.9 2.438 0.517822 14.35825 1.335929 3.35929233 0.068547 2.815639 0.791 42 2.4422 0.567735 15.87075 -999 -999 0.075191 -999 -999 42.1 2.4463 0.601917 16.90658 1.62884 6.28840084 0.013833 -999 -999 42.3 2.4547 0.601054 16.88044 1.431507 4.31507467 0.034442 -999 -999 42.4 2.4588 0.468247 12.85598 -999 -999 0.006391 -999 -999 42.48 2.4622 0.440812 12.02461 1.550788 5.50788315 0.023877 2.707614 0.755 42.7 2.4713 0.642946 18.14989 1.516954 5.16953775 0.023714 2.607771 0.758 42.8 2.4754 0.654818 18.50963 1.435602 4.35602115 0.029424 -999 -999 43 2.4837 0.620068 17.45659 1.251361 2.51360932 0.024087 2.658299 0.689 43.1 2.4878 0.484195 13.33925 1.26044 2.60440463 0.129248 2.685256 0.8 43.3 2.496 0.536446 14.9226 1.249843 2.49843015 0.10725 2.505294 0.631 43.4 2.5 -999 -999 1.190762 1.90762146 0 2.212056 0.738 43.6 2.5081 0.576929 16.14937 1.290982 2.90981754 0.028386 2.221066 0.968 43.8 2.516 0.56669 15.83909 1.441883 4.41883182 0.013698 2.41569 0.855 43.9 2.52 0.443895 12.11803 -999 -999 0.010297 -999 -999 43.98 2.5231 0.656372 18.55671 1.309952 3.09952386 0.024534 2.417816 0.91 44.2 2.5317 0.54703 15.24335 1.375084 3.75083841 0.015861 2.333862 1.052 44.4 2.5394 -999 -999 1.372698 3.72697555 0 2.344856 0.778 46.2 2.606 -999 -999 1.3112 3.11199711 0 2.330266 0.955 46.3 2.6094 0.518125 14.36743 -999 -999 0.016276 -999 -999 46.5 2.6162 -999 -999 1.275609 2.75608523 0 2.407831 0.746 46.7 2.6227 0.491423 13.55828 -999 -999 0.037945 -999 -999 46.9 2.629 0.569889 15.93603 1.39691 3.96909646 0.017765 2.356591 0.875 47.1 2.6349 0.40753 11.01605 1.384612 3.84611508 0.009409 2.153468 1.055 47.58 2.6475 0.34354 9.076974 1.24657 2.4656958 0.006893 -999 -999 47.9 2.6549 0.535555 14.8956 1.316231 3.16230856 0.020801 -999 -999 48.3 2.6636 0.587952 16.48339 1.090411 0.90410522 0.028022 2.553143 0.644 48.5 2.6679 -999 -999 1.344212 3.44211862 0 2.146243 0.772 48.8 2.6745 0.567034 15.84952 1.46593 4.65929805 0.015335 2.307426 0.71 49.08 2.6813 -999 -999 1.413376 4.1337552 0 2.247519 0.995 49.4 2.6901 -999 -999 1.414564 4.14563969 0 2.40021 0.599 49.5 2.693 0.573738 16.05266 1.375518 3.75517982 0.022586 -999 -999 50.2 2.7138 -999 -999 1.427606 4.27605966 0 2.259833 0.793 50.4 2.7199 -999 -999 1.571504 5.71504143 0 2.141489 1.131 50.58 2.7254 0.439306 11.97898 -999 -999 0.011881 -999 -999 50.9 2.7354 -999 -999 1.601133 6.01133001 0 2.296618 0.777 51.3 2.7485 -999 -999 1.530077 5.3007726 0 2.1 1.113 51.7 2.7626 0.545539 15.19816 1.585847 5.85847294 0.007461 2.113688 1.222 52.08 2.7794 0.56251 15.71242 1.52848 5.28480265 0.010356 2.186563 0.973 52.4 2.8014 -999 -999 1.433158 4.331579 0 2.30499 1.012 52.6 2.82 0.576757 16.14415 1.414946 4.1494572 0.00937 1.920821 0.887 52.7 2.8299 0.497005 13.72744 1.478213 4.78213094 0.017908 1.867335 0.762 52.8 2.8397 -999 -999 -999 -999 0 2.042367 0.829 53 2.8591 0.464555 12.74408 -999 -999 0.014196 2.140235 0.899 53.2 2.8782 0.580413 16.25495 1.638706 6.38706272 0.021667 1.989549 0.884 53.58 2.9132 0.620528 17.47054 1.389931 3.89931467 0.017681 2.130806 0.653 53.8 2.9327 -999 -999 1.390125 3.90125449 -999 2.108639 0.855 54 2.95 -999 -999 1.486533 4.86533188 0 1.931607 0.811 54.2 2.9658 0.638165 18.00501 1.558605 5.58604985 0.012649 2.154745 0.731 54.3 2.9736 -999 -999 -999 -999 0 2.064694 0.595 54.6 2.9958 -999 -999 -999 -999 0 1.949196 0.963 54.8 3.0106 -999 -999 1.316844 3.16843781 0 2.099098 0.887 55 3.0257 0.559368 15.6172 -999 -999 0.014543 2.044666 0.717 55.3 3.0491 -999 -999 1.407683 4.07683155 0 2.196261 0.82 55.4 3.0571 0.681235 19.31014 1.397716 3.97715769 0.021478 1.970111 0.75 55.8 3.0903 0.616309 17.3427 1.424146 4.24146447 0.013592 1.969495 0.901 55.9 3.0989 -999 -999 1.680297 6.80296647 0 1.925323 0.871 56 3.1074 -999 -999 -999 -999 0 2.125901 0.931 56.3 3.1324 0.559502 15.62127 -999 -999 0.016041 -999 -999 56.4 3.1374 0.487614 13.44285 1.571281 5.71281278 0.012126 2.235751 0.772 56.8 3.1513 0.644313 18.19129 1.477991 4.77990779 0.01305 1.999114 0.961 57 3.1567 0.534887 14.87536 -999 -999 0.019263 -999 -999 57.18 3.1622 0.624829 17.60087 1.531015 5.31015342 0.013771 1.949034 0.859 57.3 3.1666 0.555599 15.50299 -999 -999 0.010194 -999 -999 57.5 3.1746 0.507833 14.05555 1.413805 4.13804851 0.019467 2.060128 0.792 57.6 3.1791 0.540024 15.03103 -999 -999 0.017059 -999 -999 57.7 3.1836 0.571231 15.9767 1.502738 5.02738082 0.016099 2.051498 0.679 57.9 3.1933 0.600398 16.86054 -999 -999 0.019843 -999 -999 58 3.1981 0.540841 15.05578 1.561371 5.61371283 0.014843 1.766024 0.601 58.2 3.2079 0.579659 16.23208 1.654013 6.54013096 0.036884 1.788029 0.974 58.6 3.2269 0.629633 17.74647 -999 -999 0.027564 -999 -999 58.68 3.2304 0.550646 15.3529 1.679748 6.79748158 0.028074 2.046882 0.985 58.9 3.2399 0.616153 17.33796 1.552251 5.52250918 0.034515 1.920016 0.828 59 3.2439 0.662213 18.73372 1.601559 6.01558769 0.057608 -999 -999 59.1 3.2479 0.604453 16.98341 1.54532 5.45319792 0.042441 1.832482 0.781 59.3 3.2552 0.688387 19.52689 1.308256 3.08256173 0.015316 2.053606 0.735 59.7 3.2685 0.602783 16.93281 1.559292 5.59292325 0.024329 -999 -999 60 3.2775 0.61541 17.31547 1.563138 5.63138417 0.031832 2.126469 0.811 60.1 3.2806 0.648262 18.31098 -999 -999 0.014884 -999 -999 60.18 3.2831 0.594724 16.68859 1.494855 5.949 0.020737 2.022867 0.793 60.3 3.2871 0.502335 13.88893 -999 -999 0.022756 -999 -999 60.5 3.2956 0.516172 14.30824 1.459604 4.596 0.017019 2.545235 0.744 60.65 3.3036 0.522544 14.50132 -999 -999 0.009268 -999 -999 60.8 3.3128 0.545686 15.2026 1.40967 4.0966965 0.050063 1.895008 0.752 60.9 3.3192 0.679433 19.25554 -999 -999 0.040566 -999 -999 61.1 3.3321 0.588011 16.48519 1.5497 5.497 0.032371 1.958221 0.914 61.2 3.3385 0.558755 15.59864 -999 -999 0.0605 -999 -999 61.4 3.3512 0.591499 16.59089 -999 -999 0.032268 -999 -999 61.5 3.3574 -999 -999 1.638544 6.38543977 0 1.835618 0.891 61.6 3.3635 0.550757 15.35629 -999 -999 0.03175 -999 -999 61.79 3.3749 -999 -999 1.610326 6.10325788 0 2.258141 0.804 61.87 3.3797 0.63256 17.83514 -999 -999 0.038274 -999 -999 61.99 3.3867 0.545234 15.18892 1.715769 7.15768537 0.022008 1.940817 0.829 62.09 3.3925 0.493642 13.62551 -999 -999 0.032111 -999 -999 62.17 3.3971 -999 -999 1.564047 5.64047329 0 2.108256 0.816 62.3 3.4046 0.580694 16.26344 -999 -999 0.050299 -999 -999 62.69 3.4264 -999 -999 1.499617 4.99616899 0 2.074283 0.777 63.09 3.4481 0.641929 18.11906 1.452378 4.52377891 0.018617 1.840534 0.754 63.18 3.4529 0.557697 15.56657 1.71577 7.15769918 0.050639 1.888711 0.975 63.3 3.4592 0.637867 17.99596 1.542477 5.42476881 0.03051 2.15071 0.882 63.49 3.4692 0.593955 16.6653 1.668794 6.68793765 0.009901 2.107109 0.901 63.7 3.48 -999 -999 1.632545 6.32545185 0 1.901253 1.033 64 3.4955 0.635082 17.91157 -999 -999 0.029101 -999 -999