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Exploiting Signal Coherence to Simultaneously Detect and Locate Earthquakes
Relative Seismic Source Scaling Based on Pn Observations from the North Korean Underground Nuclear Explosions
A Data‐Driven Framework for Automated Detection of Aircraft‐Generated Signals in Seismic Array Data Using Machine Learning
A Comparison of Mechanical Wind Filters for Infrasound Sensor Noise Reduction
A Community Experiment to Record the Full Seismic Wavefield in Oklahoma
Reply to “Comment on ‘A Historical Review of Induced Earthquakes in Texas’ by Cliff Frohlich, Heather DeShon, Brian Stump, Chris Hayward, Matt Hornbach, and Jacob I. Walter” by Steve Everley
A Historical Review of Induced Earthquakes in Texas
Abstract The smallest tephra grains present special challenges in their preparation for quantitative microbeam chemical analysis by EPMA and LA-ICP-MS. High-quality polished surfaces are an essential pre-requisite for the collection of high quality quantitative chemical data, as these shards also present significant difficulties for analysis. A method for the preparation of tephra grains as small as 10–50 µm is described in detail. This method uses inexpensive, widely available materials and is easily implemented in facilities in which polished geological samples are prepared for microanalysis. Samples prepared in this way reduce or eliminate the difficulties in microbeam analysis associated with small grains, when appropriate analytical protocols are used.