# West Pacific Warm Pool B/Ca, Mg/Ca Data and SST Reconstructions since the Pliocene #----------------------------------------------------------------------- # 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/31032 # Description: NOAA Landing Page # Online_Resource: https://www.ncei.noaa.gov/pub/data/paleo/contributions_by_author/white2020-pp/white2020-806-bca.txt # Description: NOAA location of the template # # # Data_Type: Paleoceanography # # Dataset_DOI: # # Parameter_Keywords: geochemistry, trace metals in carbonates #--------------------------------------- # Contribution_Date # Date: 2020-08-31 #--------------------------------------- # File_Last_Modified_Date # Date: 2020-08-31 #--------------------------------------- # Title # Study_Name: West Pacific Warm Pool B/Ca, Mg/Ca Data and SST Reconstructions since the Pliocene #--------------------------------------- # Investigators # Investigators: White, Sarah M.; Ravelo, A. Christina #--------------------------------------- # Description_Notes_and_Keywords # Description: # Provided Keywords: SST, foraminifera, Mg/Ca, dissolution #--------------------------------------- # Publication # Authors: White, Sarah M. and Ravelo, A. Christina # Published_Date_or_Year: 2020 # Published_Title: The benthic B/Ca record at Site 806: new constraints on the temperature of the West Pacific Warm Pool and the "El Padre" state in the Pliocene # Journal_Name: Paleoceanography and paleoclimatology # Volume: # Edition: # Issue: # Pages: # Report_Number: # DOI: # Online_Resource: # Full_Citation: # Abstract: #--------------------------------------- # Funding_Agency # Funding_Agency_Name: NSF # Grant: OCE-1658553 #--------------------------------------- # Site_Information # Site_Name: ODP 806 # Location: Western Pacific Ocean # Northernmost_Latitude: 0 # Southernmost_Latitude: 0 # Easternmost_Longitude: 160 # Westernmost_Longitude: 160 # Elevation: -2520 #--------------------------------------- # Data_Collection # Collection_Name: ODP806 B/Ca White2020 # First_Year: 5441000 # Last_Year: 0 # Time_Unit: cal yr BP # Core_Length: # Notes: #--------------------------------------- # Chronology_Information # Chronology: # Age model 0-4 Ma from McClymont et al 2020, age model >4 Ma based on biostratigraphic tie points # Event Species Sample Age (Ma) Reference # LO Ceratolithus acutus 806B 16H-7 40 cm 5.04 Mayer et al. 1993 # LO Triquetrorhabdulus rugosus 806B 17H-4 26 cm 5.279 Takayama 1993 # LO Discoaster quinqueramus 806B 18H-3 100 cm 5.59 Mayer et al. 1993 # Ages of events taken from Raffi et al 2006 instead of original sources. LO = last occurrence. NaN NaN NaN NaN # #--------------------------------------- # 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) ## sample_name Sample identification,,,unspecified unit,,paleoceanography; climate reconstructions,,,C,ODP Site-Hole-Core-Type-Subsection-top(cm) ## age Age,,,million years ago,,paleoceanography; climate reconstructions,,,N, ## B/Ca boron/calcium,Cibicidoides wuellerstorfi,,micromole per mole,,paleoceanography,,inductively-coupled plasma mass spectrometry,N, ## Delta[CO32-] carbonate ion,sea water; boron/calcium; Cibicidoides wuellerstorfi,,micromole per kilogram,,paleoceanography; climate reconstructions,,,N,delta carbonation ion concentration calculated from B/Ca using Yu et al 2013 calibration ## frostiness notes,,,,,paleoceanography,,,N,description of C. wuellerstorfi specimens; see text for details ## morphology notes,,,,,paleoceanography,,,N,description of C. wuellerstorfi specimens; see text for details #------------------------ # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: sample_name age B/Ca Delta[CO32-] frostiness morphology 806-C-1-H-1-1 0 177.9 1.2 2.5 2.5 806-C-1-H-1-1 0 195.9 16.9 4 4.5 806-C-1-H-1-1 0 201.6 21.9 4.5 2.5 806-C-1-H-1-1 0 187.9 9.9 6 4 806-C-1-H-1-101 0.071 211.6 30.7 2 2 806-C-1-H-1-101 0.071 202.8 23.0 4 4.5 806-C-1-H-1-101 0.071 203.6 23.7 5 2 806-C-1-H-1-101 0.071 200.7 21.1 6 5 806-C-1-H-2-51 0.111 225.8 43.1 1.5 2.5 806-C-1-H-2-51 0.111 165.3 -9.9 5 2 806-C-1-H-2-51 0.111 196.6 17.5 6 5 806-C-1-H-2-51 0.111 166.9 -8.5 7 5.5 806-C-1-H-3-1 0.174 175.0 -1.4 2 2 806-C-1-H-3-1 0.174 190.1 11.8 2 2 806-C-1-H-3-1 0.174 200.9 21.3 3 4.5 806-C-1-H-3-1 0.174 179.6 2.6 5 4.5 806-C-1-H-3-101 0.217 195.6 16.6 1.5 2 806-C-1-H-3-101 0.217 184.4 6.9 4 4.5 806-C-1-H-3-101 0.217 175.9 -0.6 6 2.5 806-C-1-H-3-101 0.217 168.9 -6.7 6 4 806-C-1-H-4-51 0.247 193.9 15.2 1.5 2 806-C-1-H-4-51 0.247 185.5 7.8 4 2 806-C-2-H-1-7 0.282 198.5 19.2 3 2 806-C-2-H-1-7 0.287 169.4 -6.3 3 4.5 806-C-2-H-1-7 0.287 191.4 13.0 6 5 806-C-2-H-1-101 0.334 188.3 10.3 2 2 806-C-2-H-1-101 0.334 171.3 -4.6 5 2 806-C-2-H-1-101 0.334 184.3 6.8 6 4.5 806-C-2-H-1-101 0.334 188.3 10.2 7 6 806-C-2-H-2-51 0.389 186.9 9.0 2 2 806-C-2-H-2-51 0.389 178.1 1.3 3.5 2 806-C-2-H-2-51 0.389 165.1 -10.1 5.5 4.5 806-C-2-H-3-5 0.441 194.1 15.4 2 2 806-C-2-H-3-5 0.441 178.6 1.8 4.5 2.5 806-C-2-H-3-5 0.441 180.7 3.6 4.5 5 806-C-2-H-3-5 0.441 176.4 -0.2 6 4.5 806-C-2-H-3-5 0.441 172.0 -4.0 6 2 806-C-2-H-3-5 0.441 172.4 -3.7 6 4.5 806-C-2-H-3-101 0.479 158.5 -15.9 806-C-2-H-3-101 0.479 164.8 -10.4 806-C-2-H-4-51 0.522 189.1 11.0 2.5 2 806-C-2-H-4-51 0.522 182.4 5.1 5 2.5 806-C-2-H-5-1 0.571 168.8 -6.9 806-C-2-H-5-1 0.571 158.9 -15.6 806-C-2-H-5-101 0.602 184.1 6.6 806-C-2-H-5-101 0.602 180.0 3.0 806-C-2-H-6-51 0.654 172.8 -3.4 806-C-2-H-7-75 0.716 195.9 16.9 806-C-2-H-7-75 0.716 200.1 20.6 806-C-3-H-1-51 0.728 194.3 15.5 806-C-3-H-2-7 0.831 190.0 11.8 806-C-3-H-2-7 0.831 194.9 16.1 806-C-3-H-2-101 0.869 182.2 4.9 806-C-3-H-2-101 0.869 184.5 7.0 806-C-3-H-3-51 0.913 196.9 17.8 806-C-3-H-3-51 0.913 183.0 5.6 806-C-3-H-4-5 0.955 193.6 14.9 806-C-3-H-4-101 0.984 179.4 2.4 806-C-3-H-4-101 0.984 185.0 7.3 806-C-3-H-5-51 1.019 200.0 20.6 806-C-3-H-6-1 1.065 180.0 3.0 806-C-3-H-6-101 1.115 195.1 16.2 806-C-3-H-7-51 1.173 172.6 -3.5 806-C-3-H-7-51 1.173 188.1 10.0 806-C-4-H-1-3 1.174 190.6 12.3 806-C-4-H-1-101 1.247 193.2 14.6 806-C-4-H-1-101 1.247 180.0 3.0 806-C-4-H-2-51 1.323 199.8 20.3 806-C-4-H-2-51 1.323 194.6 15.8 806-C-4-H-3-1 1.365 208.7 28.2 806-C-4-H-3-1 1.365 176.3 -0.3 806-C-4-H-3-101 1.420 188.2 10.2 806-C-4-H-3-101 1.420 187.2 9.3 806-C-4-H-4-51 1.458 196.9 17.8 806-C-4-H-5-3 1.496 199.1 19.7 806-C-4-H-5-3 1.496 197.9 18.7 806-C-4-H-5-101 1.538 190.8 12.4 806-C-4-H-5-101 1.538 196.8 17.7 806-C-4-H-6-51 1.586 192.9 14.3 806-C-4-H-6-51 1.586 182.7 5.4 806-C-4-H-7-3 1.632 188.1 10.1 806-C-4-H-7-3 1.632 182.2 4.9 806-C-4-H-7-77 1.646 204.5 24.5 806-C-4-H-7-77 1.646 194.3 15.5 806-C-5-H-1-51 1.653 200.7 21.2 806-C-5-H-1-51 1.705 198.4 19.1 806-C-5-H-2-2 1.735 198.6 19.3 806-C-5-H-2-2 1.735 198.1 18.9 806-C-5-H-2-101 1.789 183.4 5.9 806-C-5-H-3-51 1.842 196.1 17.1 806-C-5-H-4-5 1.882 196.2 17.2 806-C-5-H-4-5 1.882 198.0 18.8 806-C-5-H-4-101 1.912 196.7 17.6 806-C-5-H-4-101 1.912 189.0 10.9 806-C-5-H-5-53 1.947 192.1 13.6 806-C-5-H-6-1 1.990 217.3 35.7 806-C-5-H-6-1 1.990 210.6 29.8 806-C-5-H-6-101 2.025 183.2 5.8 806-C-5-H-6-101 2.025 180.2 3.1 806-C-6-H-1-1 2.048 198.4 19.1 806-C-6-H-1-101 2.117 194.1 15.4 806-C-6-H-1-101 2.117 201.6 22.0 806-C-6-H-2-51 2.162 204.0 24.0 806-C-6-H-3-2 2.187 199.6 20.1 806-C-6-H-3-101 2.223 183.0 5.6 806-C-6-H-3-101 2.223 192.8 14.2 806-C-6-H-4-53 2.258 190.4 12.1 806-C-6-H-4-53 2.258 210.7 29.9 806-C-6-H-5-3 2.291 177.4 0.7 806-C-6-H-5-101 2.374 196.5 17.4 806-C-6-H-6-51 2.404 188.9 10.7 806-C-6-H-6-51 2.404 186.4 8.6 806-C-6-H-7-1 2.426 210.1 29.4 806-C-6-H-7-30 2.431 193.1 14.5 806-C-6-H-7-30 2.431 213.0 31.9 806-C-7-H-1-51 2.444 193.3 14.6 806-C-7-H-2-2 2.495 181.1 4.0 806-C-7-H-2-2 2.495 175.3 -1.2 806-C-7-H-3-111 2.618 197.3 18.2 806-C-7-H-3-111 2.618 204.0 24.1 806-C-7-H-4-91 2.676 197.1 18.0 806-C-7-H-4-91 2.676 201.8 22.1 806-C-7-H-5-71 2.729 174.3 -2.0 806-C-7-H-5-71 2.729 184.7 7.1 806-C-7-H-7-31 2.807 186.7 8.9 806-C-7-H-7-31 2.807 200.2 20.7 806-C-8-H-1-141 2.863 178.6 1.8 806-C-8-H-1-141 2.882 196.9 17.9 806-C-8-H-2-121 2.927 185.5 7.8 806-C-8-H-2-121 2.927 176.5 0.0 806-C-8-H-3-101 2.965 169.4 -6.3 806-C-8-H-4-86 3.006 190.1 11.8 806-C-8-H-5-65 3.050 183.4 6.0 806-C-8-H-5-65 3.050 171.4 -4.6 806-C-8-H-6-43 3.090 190.2 11.9 806-C-8-H-7-21 3.129 159.6 -14.9 806-C-8-H-7-21 3.129 192.5 13.9 806-C-9-H-1-1 3.138 188.7 10.6 806-C-9-H-1-1 3.159 193.8 15.1 806-C-9-H-1-129 3.197 172.0 -4.0 806-C-9-H-4-81 3.314 170.6 -5.2 806-C-9-H-4-81 3.314 187.4 9.5 806-C-9-H-5-81 3.349 193.5 14.8 806-C-9-H-5-81 3.349 191.8 13.3 806-C-9-H-6-85 3.379 177.1 0.4 806-C-9-H-6-85 3.379 202.5 22.7 806-C-10-H-1-91 3.429 184.7 7.1 806-C-10-H-1-91 3.439 210.1 29.4 806-C-10-H-3-91 3.517 178.2 1.4 806-C-10-H-3-91 3.517 180.7 3.6 806-C-10-H-4-91 3.549 180.2 3.2 806-C-10-H-4-91 3.549 198.1 18.9 806-C-10-H-5-91 3.605 176.4 -0.2 806-C-10-H-5-91 3.605 198.9 19.6 806-C-10-H-6-91 3.655 214.5 33.2 806-C-10-H-7-81 3.703 174.1 -2.2 806-C-11-H-1-91 3.722 228.1 45.2 806-C-11-H-2-91 3.793 178.6 1.7 806-C-11-H-2-91 3.793 173.7 -2.6 806-C-11-H-3-91 3.853 201.3 21.7 806-C-11-H-4-91 3.904 160.8 -13.9 806-C-11-H-4-91 3.904 175.9 -0.6 806-C-11-H-5-91 3.951 173.5 -2.7 806-C-11-H-5-91 3.951 155.9 -18.2 806-C-11-H-6-91 3.986 152.8 -20.9 806-C-11-H-7-81 4.013 155.2 -18.8 806-C-12-H-1-91 4.032 185.7 8.0 806-C-12-H-1-91 4.056 181.0 3.9 806-C-12-H-2-91 4.079 185.1 7.5 806-C-12-H-2-141 4.089 163.3 -11.7 806-C-12-H-2-141 4.089 185.4 7.7 806-C-12-H-4-41 4.128 185.9 8.2 806-C-12-H-4-41 4.128 189.0 10.9 806-C-12-H-5-91 4.168 202.6 22.8 806-C-12-H-5-91 4.168 203.3 23.4 806-C-12-H-6-141 4.207 194.7 15.9 806-C-13-H-1-41 4.227 186.2 8.4 806-C-13-H-3-141 4.320 185.2 7.5 806-C-13-H-5-41 4.359 172.6 -3.5 806-C-13-H-6-91 4.399 185.8 8.1 806-C-13-H-7-67 4.424 179.7 2.7 806-C-14-H-2-41 4.458 185.7 8.0 806-C-14-H-4-141 4.551 182.4 5.1 806-C-14-H-6-41 4.591 199.9 20.4 806-C-14-H-6-41 4.591 204.4 24.4 806-C-14-H-7-54 4.623 194.2 15.4 806-C-15-H-2-90 4.669 183.5 6.0 806-C-15-H-3-135 4.718 197.7 18.5 806-C-15-H-5-45 4.760 194.2 15.5 806-C-15-H-6-90 4.798 201.1 21.5 806-C-16-H-1-90 4.838 196.6 17.6 806-C-16-H-4-45 4.928 244.1 59.2 806-C-16-H-5-90 4.967 168.6 -7.1 806-C-17-H-1-75 5.033 173.9 -2.4 806-C-17-H-3-75 5.181 175.7 -0.8 806-C-17-H-4-75 5.247 163.5 -11.5 806-C-17-H-4-75 5.247 171.5 -4.5 806-C-17-H-5-75 5.305 193.7 15.0 806-C-17-H-5-75 5.305 203.7 23.8 806-C-17-H-6-75 5.355 217.6 36.0 806-C-17-H-6-75 5.355 188.2 10.2 806-C-17-H-7-75 5.404 225.0 42.4 806-C-17-H-7-75 5.404 183.7 6.2 806-C-18-H-1-75 5.421 174.5 -1.9