# Galapagos Fossil and Modern Coral Geochemical and Density Data #----------------------------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program #----------------------------------------------------------------------- # Template Version 3.0 # Encoding: UTF-8 # 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/33733 # Description: NOAA Landing Page # Online_Resource: https://www1.ncdc.noaa.gov/pub/data/paleo/coral/east_pacific/reed2021/reed2021wfl05mon.txt # Description: NOAA location of the template # # Data_Type: Corals and Sclerosponges # # Dataset_DOI: # # Parameter_Keywords: trace metals, physical properties, chemistry #--------------------------------------- # Contribution_Date # Date: 2021-07-06 #--------------------------------------- # File_Last_Modified_Date # Date: 2021-07-06 #--------------------------------------- # Title # Study_Name: Galapagos Fossil and Modern Coral Geochemical and Density Data #--------------------------------------- # Investigators # Investigators: Reed, E.V.; Thompson, D.M.; Cole, J.E.; Lough, J.M.; Cantin, N.E.; Cheung, A.H.; Tudhope, A.; Vetter, L.; Jimenez, G.; Edwards, R.L. #--------------------------------------- # Description_Notes_and_Keywords # Description: Coral trace metal (Sr/Ca, Mg/Ca, and Ba/Ca) and skeletal density data from living and fossil samples collected near Wolf Island, Galapagos. #--------------------------------------- # Publication # Authors: E. V. Reed, D. M. Thompson, J. E. Cole, J. M. Lough, N. E. Cantin, A. H. Cheung, Alexander Tudhope, Lael Vetter, Gloria Jimenez, and R. Lawrence Edwards # Published_Date_or_Year: 2021 # Published_Title: Impacts of coral growth on geochemistry: Lessons from the Galapagos Islands # Journal_Name: Paleoceanography and Paleoclimatology # Volume: 36 # Edition: # Issue: 4 # Pages: e2020PA004051 # Report_Number: # DOI: https://doi.org/10.1029/2020PA004051 # Online_Resource: # Full_Citation: # Abstract: Coral geochemical climate reconstructions can extend our knowledge of global climate variability and trends over timescales longer than those of instrumental data. However, such reconstructions can be biased by coral growth and skeletal architecture, such as growth troughs, off-axis corallite orientation, and changing growth direction. This study quantifies the impact of skeletal architecture and growth on geochemistry using measurements of coral skeletal density, extension rate, and calcification rate, and uses these metrics to improve paleoclimate reconstructions. We present paired geochemistry-density records at Wolf Island, Galápagos, from three Porites lobata corals: two new paired density and geochemistry records from one fossil coral, and new density data from two previously published modern geochemistry records. We categorize each sampling transect used in this record by the quality of its orientation with respect to skeletal architecture. We observe relationships between geochemistry and density that are not detected using extension or calcification rate alone. These density-geochemistry relationships likely reflect both the response of coral growth to environmental conditions and the non-climatic impact of skeletal architecture on geochemistry in sub-optimal sampling transects. Correlations of density with Sr/Ca, Ba/Ca, and Mg/Ca are consistent with the Rayleigh fractionation model of trace element incorporation into coral skeletons. Removing transects with sub-optimal skeletal architecture increases mean reconstructed SST closer to instrumental mean SST, and lowers errors of reconstruction by up to 20%. These results demonstrate the usefulness of coral density data for assessing skeletal architecture and growth when generating coral paleoclimate records. #--------------------------------------- # Publication # Authors: Gloria Jimenez, Julia E. Cole, Diane M. Thompson, and Alexander W. Tudhope # Published_Date_or_Year: 2018 # Published_Title: Northern Galapagos Corals Reveal Twentieth Century Warming in the Eastern Tropical Pacific # Journal_Name: Geophysical Research Letters # Volume: 45 # Edition: # Issue: # Pages: 1981-1988 # Report_Number: # DOI: 10.1002/2017GL075323 # Online_Resource: # Full_Citation: # Abstract: Models and observations disagree regarding sea surface temperature (SST) trends in the eastern tropical Pacific. We present a new Sr/Ca-SST record that spans 1940–2010 from two Wolf Island corals (northern Gala´pagos). Trend analysis of the Wolf record shows significant warming on multiple timescales, which is also present in several other records and gridded instrumental products. Together, these data sets suggest that most of the eastern tropical Pacific has warmed over the twentieth century. In contrast, recent decades have been characterized by warming during boreal spring and summer (especially north of the equator), and subtropical cooling during boreal fall and winter (especially south of the equator). These SST trends are consistent with the effects of radiative forcing, mitigated by cooling due to wind forcing during boreal winter, as well as intensified upwelling and a strengthened Equatorial Undercurrent. #--------------------------------------- # Funding_Agency # Funding_Agency_Name: US National Science Foundation # Grant: 1401326/1829613, 0957881 #--------------------------------------- # Funding_Agency # Funding_Agency_Name: UK NERC # Grant: NE/H009957 #--------------------------------------- # Site_Information # Site_Name: Wolf Island # Location: Galapagos Islands # Northernmost_Latitude: 1.386 # Southernmost_Latitude: 1.386 # Easternmost_Longitude: -91.815 # Westernmost_Longitude: -91.815 # Elevation: -13 #--------------------------------------- # Data_Collection # Collection_Name: Reed2021WLF05mon # First_Year: 1761 # Last_Year: 1776 # Time_Unit: AD # Core_Length: # Notes: Trace metal (Sr/Ca, Mg/Ca, and partial Ba/Ca) and coral skeletal density data are given after interpolating to monthly resolution, and, as in the publication, data are NOT averaged between overlapping transects to produce a single continuous time series. Analytical precisions for trace metals (+/- 1 standard deviation): Sr/Ca=0.031 mmol/mol; Mg/Ca=0.189 mmol/mol; Ba/Ca=0.188 umol/mol. Trace element data were corrected to an internal coral standard, and the inter-laboratory standard JCp-1 was measured for comparison. WLF04 and WLF05 are cored from the same subfossil coral colony and U/Th dated; WLF10 and WLF03 were collected from different live coral colonies. Both monthly data (trace elements, density) and annual data (trace elements, density, extension, and calcification) are given, where “annual” is defined as the time between successive March tie points, determined from Sr/Ca minima (inferred SST maxima). WLF03 and WLF10 Sr/Ca were previously published in Jimenez et al. (2018), and the data here differ slightly from the prior publication: these data are presented in monthly resolution (as opposed to bimonthly resolution), are corrected to updated known values of the internal coral standard, and are not averaged between overlapping transects. Additionally, colony growth data (density, extension, and calcification) are new in this study. #--------------------------------------- # Species # Species_Name: Porites lobata # Common_Name: lobe coral # Tree_Species_Code: #--------------------------------------- # Chronology_Information # Chronology: #--------------------------------------- # 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) # ## Date age,,,year Common Era,,corals and sclerosponges,interpolated,,N, ## Depth depth,,,centimeter,,corals and sclerosponges,interpolated,,N,depth below the top (youngest portion) of each sampling transect (NOT the core top); sampling paths were originally milled at 1mm continuous resolution; data is presented here after interpolating to monthly resolution ## Sr/Ca strontium/calcium,Porites lobata,,millimole per mole,monthly,corals and sclerosponges,interpolated,inductively-coupled plasma atomic emission spectroscopy,N, ## Mg/Ca magnesium/calcium,Porites lobata,,millimole per mole,monthly,corals and sclerosponges,interpolated,inductively-coupled plasma atomic emission spectroscopy,N, ## Density_Gamma density,Porites lobata,,gram per cubic centimeter,monthly,corals and sclerosponges,interpolated,gamma ray densitometry,N, ## Density_Xray density,Porites lobata,,gram per cubic centimeter,monthly,corals and sclerosponges,interpolated,X-ray densitometry,N, ## Quality notes,,,,,corals and sclerosponges,,,N,quality of the sampling path assessed based on density banding and corallite orientation; 1= optimal to 4 = marginal ## Transect sample identification,,,,,corals and sclerosponges,,,C,Transect name based on section of core and transect number on that section; e.g. "AT1" = core section A and transect 1 # #------------------------ # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: # Date Depth Sr/Ca Mg/Ca Density_Gamma Density_Xray Quality Transect 1776.958333 7.75 9.138896111 4.587240724 1.566518161 1.643958986 3 AT1 1776.875 7.9 9.134780992 4.59217943 1.520440642 1.62487793 3 AT1 1776.791666 8.05 9.14548603 4.581438183 1.487175668 1.565316985 3 AT1 1776.708333 8.2 9.156845976 4.593374235 1.508227547 1.594830365 3 AT1 1776.625 8.35 9.264617254 4.487259036 1.5399289 1.621459085 3 AT1 1776.541666 8.5 9.291819811 4.518608987 1.548672704 1.632112043 3 AT1 1776.458333 8.65 9.186628533 4.620713121 1.53190035 1.615929818 3 AT1 1776.375 8.8 9.063072323 4.718736072 1.46721833 1.600736356 3 AT1 1776.291666 8.95 9.014113495 4.73953695 1.5304757 1.586840467 3 AT1 1776.208333 9.1 8.92073214 4.781739122 1.5057837 1.593182709 3 AT1 1776.125 9.267 9.040035622 4.639514186 1.501529767 1.601394702 3 AT1 1776.041666 9.433 9.116595119 4.588921877 1.520778825 1.576843473 3 AT1 1775.958333 9.6 9.224542569 4.498379715 1.51017925 1.600640386 3 AT1 1775.875 9.767 9.196409609 4.527575142 1.499295063 1.617112996 3 AT1 1775.791666 9.933 9.162041384 4.575562707 1.511286972 1.622282808 3 AT1 1775.708333 10.1 9.161216125 4.573592828 1.509692352 1.62108405 3 AT1 1775.625 10.267 9.139978623 4.636063364 1.516528857 1.587741053 3 AT1 1775.541666 10.433 9.162398029 4.603074482 1.507792188 1.623083391 3 AT1 1775.458333 10.6 9.168233717 4.558090019 1.503650871 1.607874817 3 AT1 1775.375 10.767 9.108330939 4.707003083 1.499451364 1.55504916 3 AT1 1775.291666 10.933 9.042760732 4.787738132 1.489450543 1.550707525 3 AT1 1775.208333 11.1 9.02731923 4.812629952 1.548867671 3 AT1 1775.208333 0 9.134624387 4.243993923 1.611239946 4 AT2 1775.125 0.208 9.161917334 4.297909649 1.602944615 4 AT2 1775.041666 0.417 9.161641673 4.273017622 1.459573189 1.578164317 4 AT2 1774.958333 0.625 9.173962052 4.267943746 1.417914517 1.564420823 4 AT2 1774.875 0.833 9.214337053 4.243511148 1.433158819 1.492386034 4 AT2 1774.791666 1.042 9.207113185 4.158490313 1.46378188 1.455102972 4 AT2 1774.708333 1.25 9.210614868 4.138101685 1.430347707 1.495081059 4 AT2 1774.625 1.458 9.214654802 4.142162158 1.449983912 1.473030696 4 AT2 1774.541666 1.667 9.234792178 4.236718611 1.472516795 1.551659246 4 AT2 1774.458333 1.875 9.301392902 4.107800002 1.458185032 1.471185143 4 AT2 1774.375 2.083 9.337577235 4.088522579 1.410172728 1.44864565 4 AT2 1774.291666 2.292 9.236450963 4.281799802 1.3703155 1.422453869 4 AT2 1774.208333 2.5 9.207069843 4.233152848 1.414319139 1.429779929 4 AT2 1774.125 2.642 9.261641598 4.24152002 1.421885823 1.445867731 4 AT2 1774.041666 2.783 9.280544168 4.152490877 1.386940278 1.428990362 4 AT2 1773.958333 2.925 9.265841278 4.098844718 1.374654388 1.396347338 4 AT2 1773.875 3.067 9.295890375 4.141368216 1.370300824 1.415651875 4 AT2 1773.791666 3.208 9.334221543 3.957910601 1.351469795 1.417322715 4 AT2 1773.708333 3.35 9.369395635 3.952877326 1.346322212 1.411897585 4 AT2 1773.625 3.492 9.368810923 4.037137306 1.363505575 1.398510943 4 AT2 1773.541666 3.633 9.276692294 4.138573272 1.383695818 1.437058274 4 AT2 1773.458333 3.775 9.219876634 4.25282467 1.400699071 1.45334176 4 AT2 1773.375 3.917 9.222888221 4.212621421 1.401082265 1.457928211 4 AT2 1773.291666 4.058 9.133681715 4.371472007 1.414831144 1.456608911 4 AT2 1773.208333 4.2 9.105710143 4.588709447 1.403487101 1.456975348 4 AT2 1773.125 4.383 9.212888527 4.13199916 1.428155976 1.457639563 4 AT2 1773.041666 4.567 9.246568966 4.140901268 1.386727578 1.50210301 4 AT2 1772.958333 4.75 9.208967749 4.13303664 1.42619035 1.475062534 4 AT2 1772.875 4.933 9.225650697 4.159839619 1.415938735 1.48546778 4 AT2 1772.791666 5.117 9.241409755 4.043185565 1.407515861 1.451198975 4 AT2 1772.708333 5.3 9.257958051 4.034215784 1.408979561 1.469279957 4 AT2 1772.625 5.483 9.263396417 4.178727804 1.407892668 1.436002844 4 AT2 1772.541666 5.667 9.273189342 4.284694651 1.399742166 1.466192609 4 AT2 1772.458333 5.85 9.211095013 4.319404788 1.403243417 1.439279299 4 AT2 1772.375 6.033 9.117709943 4.602404773 1.411796519 1.428274607 4 AT2 1772.291666 6.217 9.076813564 4.652894988 1.386764906 1.394328946 4 AT2 1772.208333 6.4 9.010415547 4.768007555 1.392846035 1.390428684 4 AT2 1773.208333 1 9.239320618 4.195061654 1.489828946 1.525223353 4 BT1 1773.125 1.158 9.287335602 4.198122756 1.461525106 1.501069078 4 BT1 1773.041666 1.317 9.335092053 4.092867361 1.458850496 1.478608837 4 BT1 1772.958333 1.475 9.332472783 4.112637516 1.442543778 1.477074728 4 BT1 1772.875 1.633 9.327390539 4.100467952 1.467338989 1.470953368 4 BT1 1772.791666 1.792 9.382944925 3.904744607 1.442160524 1.479283089 4 BT1 1772.708333 1.95 9.363241601 4.010018574 1.455215109 1.499388255 4 BT1 1772.625 2.108 9.392361616 3.94944864 1.457778679 1.44643589 4 BT1 1772.541666 2.267 9.393215021 4.017040787 1.428726387 1.472453438 4 BT1 1772.458333 2.425 9.331018328 4.239052548 1.431697128 1.432988093 4 BT1 1772.375 2.583 9.238761994 4.458390863 1.392859284 1.421986898 4 BT1 1772.291666 2.742 9.209644861 4.52169201 1.405433529 1.459675593 4 BT1 1772.208333 2.9 9.123462424 4.592900896 1.401699751 1.471090507 4 BT1 1772.125 3.042 9.173789175 4.393329283 1.425005601 1.479974993 4 BT1 1772.041666 3.183 9.194093012 4.249755278 1.418698813 1.471433528 4 BT1 1771.958333 3.325 9.214345417 4.13520133 1.408073081 1.460145327 4 BT1 1771.875 3.467 9.294869809 4.024124486 1.379913047 1.467687284 4 BT1 1771.791666 3.608 9.30245344 3.985155178 1.381233208 1.453694653 4 BT1 1771.708333 3.75 9.297881781 4.030039958 1.412122746 1.453756067 4 BT1 1771.625 3.892 9.301948098 3.94416621 1.375498473 1.439242216 4 BT1 1771.541666 4.033 9.297679589 4.032846296 1.365946751 1.434838656 4 BT1 1771.458333 4.175 9.229446104 4.134516608 1.346433475 1.463656796 4 BT1 1771.375 4.317 9.197555036 4.311251261 1.338627122 1.443662105 4 BT1 1771.291666 4.458 9.184577022 4.358950454 1.355405535 1.413082113 4 BT1 1771.208333 4.6 9.163905627 4.41384748 1.3354426 1.364093215 4 BT1 1771.125 4.733 9.18659534 4.290945183 1.326003277 1.375548825 4 BT1 1771.041666 4.867 9.230707898 4.245539596 1.301933672 1.367480418 4 BT1 1770.958333 5 9.281854327 4.057734749 1.302908302 1.353892688 4 BT1 1770.875 5.133 9.297716746 4.076250673 1.296854632 1.338901542 4 BT1 1770.791666 5.267 9.305478018 4.043787902 1.269756356 1.274024058 4 BT1 1770.708333 5.4 9.321291092 3.97974219 1.153634608 1.168646518 4 BT1 1770.625 5.533 9.312115769 3.991360782 0.995980606 1.126336533 4 BT1 1770.541666 5.667 9.295948899 4.130135795 0.990009427 1.144054837 4 BT1 1770.458333 5.8 9.24930907 4.271321449 0.995210339 1.170017655 4 BT1 1770.375 5.933 9.220836023 4.24944186 1.064895815 1.209122782 4 BT1 1770.291666 6.067 9.151723371 4.310984023 4 BT1 1770.208333 6.2 9.121317522 4.335202232 4 BT1 1770.125 6.325 9.182441362 4.318650441 4 BT1 1770.041666 6.45 9.208215011 4.242359058 4 BT1 1769.958333 6.575 9.219550641 4.2335299 4 BT1 1769.875 6.7 9.241504976 4.068652175 4 BT1 1769.791666 6.825 9.249414654 4.22203592 4 BT1 1769.708333 6.95 9.255944345 4.133899622 4 BT1 1769.625 7.075 9.249379955 4.184435416 4 BT1 1769.541666 7.2 9.240900172 4.225831746 4 BT1 1769.458333 7.325 9.227038931 4.289660928 4 BT1 1769.375 7.45 9.196638753 4.446228728 4 BT1 1769.291666 7.575 9.108317332 4.515350075 4 BT1 1769.208333 7.7 9.077404256 4.62312066 4 BT1 1769.125 7.808 9.103517596 4.471276938 4 BT1 1769.041666 7.917 9.168581338 4.340577592 4 BT1 1768.958333 8.025 9.238294428 4.217979972 4 BT1 1768.875 8.133 9.238976374 4.263945119 4 BT1 1768.791666 8.242 9.238954089 4.306593373 4 BT1 1768.708333 8.35 9.258226042 4.317594668 1.308781151 1.462903621 4 BT1 1768.625 8.458 9.271800877 4.394929629 1.336909762 1.48417518 4 BT1 1768.541666 8.567 9.194838545 4.63420596 1.36180375 1.49332631 4 BT1 1768.458333 8.675 9.04463632 4.884872648 1.339673175 1.441089003 4 BT1 1768.375 8.783 8.969247662 4.99656967 1.3145748 1.401997832 4 BT1 1768.291666 8.892 8.938155686 5.011031859 1.352816888 1.446305661 4 BT1 1768.208333 9 8.904930797 4.954989947 1.388540442 1.483352756 4 BT1 1768.125 9.117 8.939759452 4.90985197 1.452479842 1.502099604 4 BT1 1768.041666 9.233 8.986546862 4.741014802 1.494633973 1.574744898 4 BT1 1767.958333 9.35 9.052139092 4.583318638 1.550047316 1.607206627 4 BT1 1767.875 9.467 9.102417151 4.516883645 1.600686725 1.656031591 4 BT1 1767.791666 9.583 9.147096592 4.437369562 1.611212278 1.709697825 4 BT1 1767.708333 9.7 9.174609007 4.335485566 1.629097409 1.697610633 4 BT1 1767.625 9.817 9.204503776 4.305879207 1.602215847 1.711813492 4 BT1 1767.541666 9.933 9.234757737 4.269735464 1.605848545 1.657353095 4 BT1 1767.458333 10.05 9.298954056 4.246079805 1.56111976 1.611631599 4 BT1 1767.375 10.167 9.298270509 4.351497784 1.511525377 1.586518078 4 BT1 1767.291666 10.283 9.053938469 4.931985414 1.501789976 1.573617279 4 BT1 1767.208333 10.4 8.864067354 5.122840626 1.505572465 1.619053036 4 BT1 1767.125 10.508 8.958362112 4.815646478 1.50327442 1.600894468 4 BT1 1767.041666 10.617 9.028099822 4.760952819 1.489651302 1.598748258 4 BT1 1766.958333 10.725 9.026149177 4.724083506 1.505361776 1.567625736 4 BT1 1766.875 10.833 9.050272152 4.691563254 1.468955138 1.556805794 4 BT1 1766.791666 10.942 9.089282362 4.654847867 1.43056549 1.561387849 4 BT1 1766.708333 11.05 9.13053154 4.611136215 1.436890793 1.545800733 4 BT1 1766.625 11.158 9.169637103 4.518558028 1.439408447 1.537203991 4 BT1 1766.541666 11.267 9.216784869 4.46897348 1.49472474 1.558079021 4 BT1 1766.458333 11.375 9.257317848 4.523766035 1.473373779 1.58716299 4 BT1 1766.375 11.483 9.155026963 4.755180729 1.438014299 1.539759265 4 BT1 1766.291666 11.592 9.091887108 4.66627099 1.455576027 1.533697025 4 BT1 1766.208333 11.7 9.04975816 4.593386356 1.441069924 1.549897003 4 BT1 1766.125 11.775 9.084874026 4.596820905 1.420723973 1.553989921 4 BT1 1766.041666 11.85 9.102516858 4.589220264 1.464916784 1.551168526 4 BT1 1765.958333 11.925 9.11872745 4.559747624 1.474756947 1.571704055 4 BT1 1765.875 12 9.149546593 4.497566173 1.469880502 1.588884469 4 BT1 1765.791666 12.075 9.117569539 4.529476299 1.47534247 1.582147679 4 BT1 1765.708333 12.15 9.116584144 4.537597243 1.455868778 1.551351183 4 BT1 1765.625 12.225 9.140117319 4.533754676 1.427516329 1.521269416 4 BT1 1765.541666 12.3 9.181695977 4.52977427 1.432907836 1.521827518 4 BT1 1765.458333 12.375 9.114098246 4.59258678 1.446432173 1.541889787 4 BT1 1765.375 12.45 9.085230279 4.707116777 1.451321104 1.566207134 4 BT1 1765.291666 12.525 9.057841276 4.792022319 1.474729742 1.583264681 4 BT1 1765.208333 12.6 8.99468044 4.765961465 1.458345865 1.589017605 4 BT1 1765.125 12.742 9.066405976 4.694196678 1.452872552 1.579606181 4 BT1 1765.041666 12.883 9.023008206 4.660855104 1.481944813 1.602779278 4 BT1 1764.958333 13.025 9.070409363 4.481579417 1.503769366 1.60381036 4 BT1 1764.875 13.167 9.166377924 4.345376899 1.540434622 1.691086918 4 BT1 1764.791666 13.308 9.202043359 4.314542518 1.535533564 1.684034474 4 BT1 1764.708333 13.45 9.187659171 4.331009329 1.573536111 1.603923136 4 BT1 1764.625 13.592 9.16907679 4.366579301 1.576197599 1.598176953 4 BT1 1764.541666 13.733 9.165766275 4.437968199 1.473803965 1.608059168 4 BT1 1764.458333 13.875 9.123986755 4.55882831 1.459581871 1.376628738 4 BT1 1764.375 14.017 9.084635279 4.740137021 1.595857529 1.66693306 4 BT1 1764.291666 14.158 9.018707521 4.895743477 1.646324696 1.716350378 4 BT1 1764.208333 14.3 8.952561198 4.981818474 1.666794448 1.756643943 4 BT1 1764.125 14.433 9.042671675 4.528100463 1.635886181 1.751390767 4 BT1 1764.041666 14.567 9.120625436 4.378993779 1.622717804 1.728870821 4 BT1 1763.958333 14.7 9.181581756 4.311046845 1.597329774 1.714379251 4 BT1 1763.875 14.833 9.226701932 4.279611547 1.557879712 1.687570954 4 BT1 1763.791666 14.967 9.178576005 4.42915737 1.521271621 1.629407499 4 BT1 1763.708333 15.1 9.124846055 4.525730709 1.534136405 1.659757477 4 BT1 1763.625 15.233 9.101116162 4.53940778 1.555343755 1.713748622 4 BT1 1763.541666 15.367 9.108339849 4.525518249 4 BT1 1763.458333 15.5 9.148342629 4.490457732 4 BT1 1763.375 15.633 9.150194825 4.555430405 4 BT1 1763.291666 15.767 9.107228305 4.599756455 1.581119539 1.66973567 4 BT1 1763.208333 15.9 9.029627381 4.662577834 1.564635679 1.663736763 4 BT1 1763.125 16.058 9.055290145 4.567558313 1.531710542 1.668140003 4 BT1 1763.041666 16.217 9.137255768 4.420175975 1.512521558 1.643904448 4 BT1 1762.958333 16.375 9.19512748 4.36425332 1.475495351 1.593270888 4 BT1 1762.875 16.533 9.227507222 4.305969856 1.464984334 1.563258485 4 BT1 1762.791666 16.692 9.195041256 4.452876491 1.463315822 1.563469814 4 BT1 1762.708333 16.85 9.160595341 4.544672789 1.500417768 1.626157182 4 BT1 1762.625 17.008 9.107240817 4.654892483 1.530925307 1.637799828 4 BT1 1762.541666 17.167 9.094559229 4.716938467 1.50761831 1.62405247 4 BT1 1762.458333 17.325 9.103215267 4.655861986 1.487215379 1.644817204 4 BT1 1762.375 17.483 9.132143732 4.577609896 1.506752628 1.607758908 4 BT1 1762.291666 17.642 9.116152545 4.673517178 1.501038999 1.614366049 4 BT1 1762.208333 17.8 9.04111998 4.679969762 1.524894162 1.640391716 4 BT1 1762.125 17.875 9.079688682 4.52336342 1.514877787 1.649566922 4 BT1 1762.041666 17.95 9.104843418 4.399642362 1.498130249 1.649755226 4 BT1 1761.958333 18.025 9.129008167 4.29264372 1.503201163 1.662635916 4 BT1 1761.875 18.1 9.164606911 4.186204624 1.505040582 1.640037143 4 BT1 1761.791666 18.175 9.247467783 4.155411165 1.506641352 1.607982547 4 BT1 1761.708333 18.25 9.300106268 4.079338227 1.5047396 1.632542933 4 BT1 1761.625 18.325 9.33238788 4.044560428 1.520303005 1.670802531 4 BT1 1761.541666 18.4 9.354178135 4.13765239 1.507476262 1.641495017 4 BT1 1761.458333 18.475 9.36777008 4.187180412 1.513128839 1.628817989 4 BT1 1761.375 18.55 9.33306508 4.311883803 1.505932378 1.666270992 4 BT1 1761.291666 18.625 9.24349831 4.528986347 1.472912938 1.663863655 4 BT1 1761.208333 18.7 9.092504947 4.855711831 1.4806665 1.65947306 4 BT1