Supplementary Tables for 'Impact resetting of the U-Pb, Pb-Pb, and Rb-Sr chronometers in the 4.3 Gyr-old lunar granites'
We report in situ Rb-Sr, U-Pb, and Pb isotope systematics for ten granite clasts and five alkali gabbronorite samples from a range of Apollo landing sites . Different isotope systematics are modified differently by shock events and impact gardening within the crust; therefore, by employing multiple geochronometers in situ we are able to unravel the impact and thermal histories of individual clasts while preserving the petrographic context of the dated phases.
This data set are the supplementary Tables for the manuscript 'Impact resetting of the U-Pb, Pb-Pb, and Rb-Sr chronometers in the 4.3 Gyr-old lunar granites' by Pernet-Fisher et al.
Funding
URF\R1\211600
RF\ERE\210176
URF\R\201009
RF\ERE\210158
Planetary Science at The University of Manchester
Science and Technology Facilities Council
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Science and Technology Facilities Council
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Natural Environment Research Council
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Swedish Research Council
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