Structured empirical waveform contamination in moment tensor inversion of shallow mining seismicity: A synthetic diagnostic framework

This archive provides the reproducibility material associated with the manuscript:"Structured empirical waveform contamination in moment tensor inversion of shallow mining seismicity: A synthetic diagnostic framework". The study evaluates full moment tensor inversion of shallow mining-induced seismicity underband-limited Gaussian contamination, phase-randomised empirical contamination, and structuredempirical contamination constructed from small recorded events. It examines the effects of prescribedsource case, source depth, station geometry, P-S waveform segmentation, and moment tensor constraints. The archive is intended to contain the numerical results underlying the main and supplementaryfigures, machine-readable parameter tables, non-sensitive synthetic-test configuration files, the exactComputer Programs in Seismology model, and scripts for waveform contamination, phase randomisation,inversion processing, data summarisation, and figure generation. Raw continuous waveform data and detailed station and mining-site metadata are excluded because theyare subject to ongoing-study and data-use restrictions administered by LabSis/UFRN and the relevantdata owner.