DOI: 10.5061/dryad.xpnvx0kq4
title: Data from: The Middle Jurassic Papudo-Quintero plutonic complex in central Chile

description: These datasets include structural data, geochemical data, U-Pb
 geochronologic data, and (U-Th)/He thermochronologic data from the
 Papudo-Quintero plutonic complex in central Chile (near 32.5°S) and form
 the basis of a paper by the same authors in the journal Tectonics
 (Singleton et al., 2024). This study documents three deformation events
 (D1, D2, and D3) in the ~173–164 Ma Papudo-Quintero complex. D1 records
 ductile NW‐SE transpressional shortening in the Middle Jurassic
 that is consistent with regional oblique subduction convergence and
 localization of plate‐driven strain in the active magmatic arc. D2 records
 Late Jurassic N-S extension in a transtensional regime, whereas D3 records
 Late Jurassic to Early Cretaceous NW‐SE to N‐S shortening in a strike‐slip
 regime. 
description: # Data from: The Middle Jurassic Papudo-Quintero plutonic complex in
 central Chile **File S1.** This Excel file contains 3 sheets. Sheet 1
 (“original data”) consists of major element and trace element geochemical
 data from sample ZAP-44A (fresh quartz diorite) and ZAP-44B (altered
 quartz diorite adjacent to a vein) in their original format. These
 geochemical analyses were carried out via CP-AES and lithium borate fusion
 ICP-MS at ALS Minerals in Reno, Nevada. Sheet 2 (“crustal thickness”) is a
 compilation of La/Yb and Sr/Y data from the Papudo-Quintero complex from
 Parada et al. (1992, 1999) and sample ZAP-44A, along with corresponding
 crustal thickness calculations using the Profetta et al. (2015) and
 Sundell et al. (2021) calibrations. **File S2.** This Excel file contains
 all the structural data from this study, including locations of all
 stations with coordinates in latitude-longitude (decimal degrees) and UTM
 WGS 84 (sheet “stations”), orientations of mafic dikes (sheet “mafic
 dikes”), orientations of granitic dikes (sheet “granitic dikes”),
 orientations of V1 and V2 veins (sheet “veins”), orientations of en
 echelon V1 veins and calculations of ideal shear directions (sheet “en
 echelon veins”), geometric and kinematic data of all faults (sheet
 “faults”), orientations of magmatic foliation (sheet “magmatic fabric”),
 geometric and kinematic data of all discrete (cm-scale) shear zones,
 including calculations of ideal shear directions and relevant observations
 (sheet “discrete mylonitic shear zones”), fabric data from
 high-temperature, m-scale shear zones (sheet “Hi-T shear zones”), and
 fabric data from the Zapallar shear zone (sheet “Zapallar shear zone”).
 "n/a" = not applicable (cells with no value) **File S3**. This
 Excel file contains the coordinates of all samples collected in this
 study, in latitude-longitude (decimal degrees) and UTM WGS 84 along with
 comments on the nature of the sample. **File S4**. This Excel file
 contains the U-Pb zircon data from LA-ICP-MS analyses in this study.
 Sample ZAP-13 is in sheet 1; samples ZAP-10, ZAP-11, and ZAP-14 are in
 sheet 2; samples ZAP-1, ZAP-3, ZAP-4, and ZAP-7 are in sheet 3. Column 1
 consists of the individual spots, labelled first with the sample name and
 then the spot number that corresponds to the numbers included in the CL
 images in S5 (e.g., “ZAP10_3” is spot #3 in sample ZAP10). Other columns
 include ratios of 207Pb/235U, 206Pb/238U, and 207Pb/206Pb along with 2σ
 errors (labeled 2σ or Prop2SE) and error correlation between ratios (ρ or
 ErrorCorrelation); 207Pb-235U ages in Ma ±2σ, 206Pb-238U ages in Ma ±2σ,
 approximate U, Th, and Pb concentrations in ppm, and the U/Th ratio. For
 analytical details see section 3.2 in the manuscript. **File S5.** This
 Excel file contains U-Pb data from apatite LA-ICP-MS analyses on sample
 ZAP-7, along with U-Pb data from standards of MAD and McClure Mountain
 apatite. Columns include ratios of 207Pb/235U (column G), 206Pb/238U
 (column J), 238U/206Pb (column N), and 207Pb/206Pb (column P), along with
 corresponding 2σ errors (labeled Prop2SE) and error correlation between
 ratios (“ErrorCorrelation”). For analytical details see section 3.2 in the
 manuscript. **File S6.** This Excel file contains (U-Th)/He data for
 zircon crystals (sheet 1: “Zircons”) and apatite crystals (sheet 2:
 “Apatites”) from sample ZAP-7. This table follows the recommendations and
 approach in Flowers et al. (2022), and all columns are labeled and
 explained in the file. These data were collected at the Thermochronology
 Research and Instrumentation Laboratory at the University of Colorado
 Boulder (see Flowers et al., 2020 and Stanley & Flowers, 2020 for a
 description of laboratory techniques).