CAVP_OpenResearch_DataPackage_Karaoglu_et_al

This dataset contains the processed seismic-tomography files and numerical stress-modelling outputs supporting the manuscript “Compartmentalised reservoir geometry governs crustal stress focusing and magma-ascent pathways in the Central Anatolian Volcanic Province”, submitted to Journal of Geophysical Research: Solid Earth. The dataset includes the one-dimensional P- and S-wave velocity-model files, three-dimensional Vp and Vp/Vs tomographic location and station files, and the numerical modelling folder containing time-dependent finite-element stress models for the tomography-derived reservoir/domain geometries. The numerical models include simulations for the initial state and for the 10 ka time-dependent stage, with extensional loading of 0.05 mm/yr applied from both lateral boundaries. Model outputs include the third principal stress, σ3, used as a tensile-stress indicator, and von Mises stress, used as a shear-stress indicator. These files support the interpretation that compartmentalised high-Vp/Vs reservoir domains beneath the Central Anatolian Volcanic Province can localise tensile and shear-stress perturbations around reservoir roofs, lateral tips, stacked geometries and laterally interacting domains. The dataset is provided to support peer review, reproducibility and FAIR access to the processed data and model outputs used in the associated manuscript. Original waveform data from permanent national seismic networks are not redistributed in this repository and remain subject to the data-access policies of the relevant network operators.