| human | Q5 |
| P496 | ORCID iD | 0000-0002-0331-0616 |
| P2038 | ResearchGate profile ID | William_Walter5 |
| P69 | educated at | University of California, San Diego | Q622664 |
| University of Nevada, Reno | Q1185955 | ||
| Middlebury College | Q1357891 | ||
| P734 | family name | Walter | Q18272482 |
| Walter | Q18272482 | ||
| Walter | Q18272482 | ||
| P735 | given name | William | Q12344159 |
| William | Q12344159 | ||
| P106 | occupation | researcher | Q1650915 |
| P21 | sex or gender | male | Q6581097 |
| Q98969135 | 2-D or not 2-D, that is the question: A northern California test |
| Q57872600 | 2D Variations in Coda Amplitudes in the Middle East |
| Q57872707 | A Simultaneous Multiphase Approach to Determine P-Wave and S-Wave Attenuation of the Crust and Upper Mantle |
| Q57872772 | A Surface Wave Dispersion Study of the Middle East and North Africa for Monitoring the Comprehensive Nuclear-Test-Ban Treaty |
| Q57871929 | A multistep approach for joint modeling of surface wave dispersion and teleseismic receiver functions: Implications for lithospheric structure of the Arabian Peninsula |
| Q98969132 | A new spectral ratio method using narrow band coda envelopes: Evidence for non-self-similarity in the Hector Mine sequence |
| Q96253083 | Accurate Local Event Locations in Rock Valley, Nevada, Using a Bayesian Multiple‐Event Method |
| Q96253037 | Aftershock Characteristics as a Means of Discriminating Explosions from Earthquakes |
| Q96253079 | An Explosion Model Comparison with Insights from the Source Physics Experiments |
| Q57872614 | Analysis of Ground Motion from An Underground Chemical Explosion |
| Q57872690 | Attenuation Tomography of the Yellow Sea/Korean Peninsula from Coda-source normalized and direct Lg Amplitudes |
| Q98969123 | Body‐Wave Methods of Distinguishing between Explosions, Collapses, and Earthquakes: Application to Recent Events in North Korea |
| Q57872712 | Broad-bandLgattenuation modelling in the Middle East |
| Q57872763 | Building and Testing an a priori Geophysical Model for Western Eurasia and North Africa |
| Q98969136 | Coda-derived source spectra, moment magnitudes and energy-moment scaling in the western Alps |
| Q57872766 | Crust and upper-mantle structure of North Africa, Europe and the Middle East from inversion of surface waves |
| Q98969140 | Discriminating Between Large Mine Collapses and Explosions Using Teleseismic P Waves |
| Q98969125 | Earthquake stress via event ratio levels: Application to the 2011 and 2016 Oklahoma seismic sequences |
| Q98748159 | Event Discrimination using Regional Moment Tensors with Teleseismic-P Constraints |
| Q98969138 | Evidence for non-constant energy/moment scaling from coda-derived source spectra |
| Q57872657 | Exploiting Regional Amplitude Envelopes: A Case Study for Earthquakes and Explosions in the Korean Peninsula |
| Q57872595 | High‐Resolution 2D Lg and Pg Attenuation Models in the Basin and Range Region with Implications for Frequency‐Dependent Q |
| Q60711397 | Identifying Isotropic Events using an Improved Regional Moment Tensor Inversion Technique |
| Q60711404 | Identifying isotropic events using a regional moment tensor inversion |
| Q57872715 | Improvements to regional explosion identification using attenuation models of the lithosphere |
| Q98746559 | Initial Global Seismic Cross‐Correlation Results: Implications for Empirical Signal Detectors |
| Q98969127 | International Monitoring System Correlation Detection at the North Korean Nuclear Test Site at Punggye‐ri with Insights from the Source Physics Experiment |
| Q98969141 | Introduction |
| Q96251849 | Investigating the Effectiveness of P/S Amplitude Ratios for Local Distance Event Discrimination |
| Q98969128 | Large-scale seismic signal analysis with Hadoop |
| Q98749379 | Lg-Coda Methods Applied to Nevada Test Site Events: Spectral Peaking and Yield Estimation |
| Q59797266 | Lithospheric structure of the Arabian Shield and Platform from complete regional waveform modelling and surface wave group velocities |
| Q98969143 | Mapping Crustal Heterogeneity Using Lg Propagation Efficiency Throughout the Middle East, Mediterranean, Southern Europe and Northern Africa |
| Q57872606 | Moment Magnitudes of Local/Regional Events from 1D Coda Calibrations in the Broader Middle East Region |
| Q59786233 | Moment Tensor Analysis of Very Shallow Sources |
| Q59786225 | Moment Tensor Source‐Type Analysis for the Democratic People’s Republic of Korea–Declared Nuclear Explosions (2006–2017) and 3 September 2017 Collapse Event |
| Q98807155 | Moment, energy, stress drop, and source spectra of western United States earthquakes from regional coda envelopes |
| Q96253066 | Network Sensitivity Solutions for Regional Moment-Tensor Inversions |
| Q57837225 | New signatures of underground nuclear tests revealed by satellite radar interferometry |
| Q98969161 | Observations of high-frequency P wave earthquake and explosion spectra compared with ω−3, ω−2, and sharpe source models |
| Q98969148 | Observations of regional phase propagation across the Tibetan Plateau |
| Q57982998 | One-dimensional Shear Velocity Structure of Northern Africa from Rayleigh Wave Group Velocity Dispersion |
| Q98749923 | Regional Attenuation in Northern California: A Comparison of Five 1D Q Methods |
| Q96253033 | Regional Multistation Discriminants: Magnitude, Distance, and Amplitude Corrections, and Sources of Error |
| Q98969133 | Regional body-wave attenuation using a coda source normalization method: Application to MEDNET records of earthquakes in Italy |
| Q98969150 | Regional moment:magnitude relations for earthquakes and explosions |
| Q98969158 | Regional seismic recordings of the Soviet nuclear explosion of the Joint Verification Experiment |
| Q57872591 | Relative surface wave amplitude and phase anomalies from the Democratic People's Republic of Korea announced nuclear tests |
| Q59797255 | Seismic Discrimination of the May 11, 1998 Indian Nuclear Test with Short-period Regional Data from Station NIL (Nilore, Pakistan) |
| Q59786234 | Source Characterization of Underground Explosions from Combined Regional Moment Tensor and First-Motion Analysis |
| Q98969131 | Source Characterization of the 6 August 2007 Crandall Canyon Mine Seismic Event in Central Utah |
| Q57977523 | Source Mechanisms of Mine-Related Seismicity, Savuka Mine, South Africa |
| Q46057565 | Source analysis of the Crandall Canyon, Utah, mine collapse |
| Q60711402 | Source analysis of the Memorial Day explosion, Kimchaek, North Korea |
| Q98807369 | Source parameters of the June 29, 1992 Little Skull Mountain Earthquake from complete regional waveforms at a single station |
| Q98969153 | Spectra of seismic radiation from a tensile crack |
| Q98969160 | Tectonic release from the Soviet Joint Verification Experiment |
| Q57872648 | Testing Event Discrimination over Broad Regions using the Historical Borovoye Observatory Explosion Dataset |
| Q98969113 | The February 3, 1995, ML 5.1 Seismic Event in the Trona Mining District of Southwestern Wyoming |
| Q57872729 | The Prospect of Using Three-Dimensional Earth Models to Improve Nuclear Explosion Monitoring and Ground-motion Hazard Assessment |
| Q96251861 | The Source Physics Experiments Large N Array |
| Q98969134 | The scaling of seismic energy with moment: Simple models compared with observations |
| Q97828571 | Time-domain Pure-state Polarization Analysis of Surface Waves Traversing California |
| Q98969155 | Upper mantle structure beneath central Eurasia using a source array of nuclear explosions and waveforms at regional distances |
| Q98969146 | Upper mantle velocity structure beneath the Tibetan Plateau from Pn travel time tomography |
| Q96253080 | mb:Ms Screening Revisited for Large Events |
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