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This is a Quantitative Study study.

October 16, 2025Open Access

Supplemental Material: Late Cretaceous intra-arc transpression and thrusting in the Southern California batholith support moderate “Sierra–British Columbia” translation models

Key Points

Late cretaceous transpression and thrusting were observed in the southern california batholith, indicating significant geological activity.
U-Pb isotope analysis provided critical data on zircons and titanites, adding to our understanding of tectonic processes.
The analysis included multiple data tables detailing the trace element data for various samples collected from the Pine Mountain block.
Results support moderate 'sierra–british columbia' translation models, suggesting complex tectonic interactions over time.

Abstract

Detailed description of methods and five data tables: Table S1. U-Pb isotope and trace element data for zircons in the Pine Mountain block (CSUN data). Table S2. U-Pb isotope and trace element data for titanites in the Pine Mountain block (CSUN data). Table S3. U-Pb isotope and trace element data for titanites in the Pine Mountain block (UCSB data). Table S4. Trace element data for standards analyzed with zircons (CSUN data). Table S5. Compilation of previously published U-Pb isotope element data for zircons in the Pine Mountain block (Schwartz et al., 2023).

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