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SAMPLE INFO : Kit-1_13
Sample ID:Kit-1_13
Station ID:Kit-1
Sample Type 1:Tephra Fall
Text Description:
Tephra particles are larger in size and have a less angular shape compared to the upper ash layer.

Evidence of multiple thermokarst lake generations from an 11 800-year-old permafrost core on the northern Seward Peninsula, Alaska
Late Quaternary environmental and landscape dynamics revealed by a pingo sequence on the northern Seward Peninsula, Alaska

StationIDLatitudeLongitudeGeologistDateVisitedAge InfoVolcanoEruptionLocation DescriptionText DescriptionSample IDSample Type 1Sample Type 2Final UnitMaterialCoeffSiO2TiO2Al2O3FeOTMnOMgOCaONa2OK2OP2O5Total-majorsREF majorsMETH majorsFe2O3/Fe203T origFeO/FeOT origVolatiles csvMETH volatilesCsRbBaSrLaCePrNdSmEuGdTbDyHoErTmYbLuYZrNbHfTaPbThUScVCrFeCoNiCuZnGaMoAsNaKRef trace1METH trace1RbBaSrLaCeNdSmEuGdDyErYbLuYZrNbPbThUScTiVCrNiCuZnGaRef trace2METH trace2Light csvHalogen csvother major csvother lile csvother ree csvother hfse csvother hpe csvother tm csvother misc csv
Kit-166.582778-164.306944Unknown, Unknown0000-00-00> 32870 ± 220 14C AMS; 13091; Plant detritus stratigraphically above tephra (lab ID UCIT18949)EspenbergApproximately 16-m-high eroded pingo in coastal exposure, located on the Cape Espenberg lowlands, northern Seward Peninsula. Location coordinates provided as degrees/minutes/seconds and converted to decimal degrees; datum not specified, assumed to be NAD83. Tephra particles are larger in size and have a less angular shape compared to the upper ash layer. Kit-1_13Tephra FallCumulateGlass 51.05 2.48 15.21 10.52 0.17 5.7 9.72 3.6 1.19 0.04 100.0912971EMP10.52Cl=0.4; F=0EMP


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