The Middle Jurassic Papudo-Quintero plutonic complex in central Chile

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. , , , # 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 d...