All Papers by Roadmap Element Overview Papers (2) Top 1-01 Casey, L. and R. Bell Nuclear Explosion Monitoring Research and Development Roadmaps 1-02 Grenard, P. and T. Steeghs Science and Technology Foresight for the Provisional Technical Secretariat of the Comprehensive Nuclear-Test-Ban Treaty Organization Source Physics Papers (22) Top 4-01 Anderson, D., H. Patton, S. Taylor, and J. Bonner Isolating Source Information in mb and Ms with Model-Based Corrections: New mb Versus Ms Discriminant Formulations 7-02 Arrowsmith, S., H. Hartse, S. Taylor, R. Stead, and R. Whitaker Infrasound as a Depth Discriminant 4-02 Brunish, W., W. Hawkins, D. Coblentz, H. Patton, J. Zucca, J. Sweeney, C. Carrigan, T. Antoun, C. Seifert, K. Wohletz, C. Bradley, A. Sussman, T. Bowyer, R. Corbell, R. Abbott, C. Snelson, and P. Lee Source Physics Experiments at the Nevada Test Site 4-03 Dreger, D., S. Ford, and W. Walter Identifying Isotropic Events Using a Regional Moment Tensor Inversion Technique 4-04 Ford, S., W. Walter, S. Ruppert, E. Matzel, T. Hauk, and R. Gok Toward an Empirically-Based Parametric Explosion Spectral Model 7-04 Gabrielson, T., G. Haralabus, and S. Stefanova IMS Infrasound Monitoring Test Site at Trafelberg, Austria: Preliminary Results from In-Situ Response Measurements of Infrasound Elements 7-06 Gitterman, Y. Sayarim Infrasound Calibration Explosion: Near-Source and Local Observations and Yield Estimation 7-07 Hale, J., S. Arrowsmith, C. Hayward, R. Burlacu, K. Pankow, B. Stump, G. Randall, and S. Taylor Infrasound Signal Characteristics from Small Earthquakes 4-05 Julia, J., A. Nyblade, R. Gok, W. Walter, L. Linzer, and R. Durrheim Developing and Exploiting a Unique Dataset from South African Gold Mines for Source Characterization and Wave Propagation 4-07 Leidig, M., B. Stump, W. Walter, A. Stroujkova, X. Yang, and J. Bonner Examination of P/S Spectral Ratios for Small Explosions at Local Distances and Interpretation of Moment Tensors Estimated from Near-Source Data 4-08 Martin, R., P. Boyd, A. Stroujkova, M. Leidig, L. Liu, J. Lewkowicz, and J. Bonner Correlating Near-Source Rock Damage from Single-Hole Explosions to Seismic Waves 4-09 Mayeda, K., L. Malagnini, W. Walter, and R. Gok Improved High Frequency Discrimination: A New Approach to Correct for Regional Source Scaling Variations 4-10 Murphy, J. and T. Bennett An Analysis of the Seismic Source Characteristics of Explosions in Low-Coupling Dry Porous Media 4-13 Patton, H. Explosion Source Model Development in Support of Seismic Monitoring Technologies: Apparent Explosion Moment and Prospects for Moment-Based Yield Estimation 4-14 Phillips, W., X. Yang, R. Stead, M. Begnaud, and K. Mayeda Model Development for Broad Area Event Identification and Yield Estimation 2-16 Pollitz, F., J. Rubinstein, and W. Ellsworth Analysis and Modeling of the Wavefield Generated by Explosions at the San Andreas Fault Observatory at Depth 4-15 Randall, G. and H. Hartse Identification of Deep Earthquakes 8-06 Ringdal, F., T. Kvaerna, S. Gibbons, S. Mykkeltveit, and J. Schweitzer Basic Research on Seismic and Infrasonic Monitoring of the European Arctic 2-18 Rodgers, A., O. Vorobiev, N. Petersson, B. Sjogreen, and W. Foxall Progress in Three-Dimensional Simulations of Explosions and Earthquakes 4-16 Rougier, E., C. Bradley, H. Patton, and E. Knight Numerical Simulations of Cavity Radius in Granite: Cavity Behavior as a Function of Scaled Depth of Burial 4-17 Sammis, C., H. Bhat, and A. Rosakis Micromechanical Damage Mechanics at High Loading Rates 4-19 Stroujkova, A., J. Bonner, R. Herrmann, and D. Anderson Rayleigh and Love Wave Magnitudes Signal Propagation Papers (31) Top 2-01 Ammon, C., M. Maceira, and M. Cleveland 3D Modeling of Iran and Surrounding Areas from Simultaneous Inversion of Multiple Geophysical Datasets 7-01 Arai, N., Y. Imanishi, S. Watada, T. Oi, T. Murayama, M. Iwakuni, and M. Nogami Dispersion of Infrasound Signals Excited by Explosive Eruptions of the Sakura-jima Volcano 7-02 Arrowsmith, S., I. Che, C. Hayward, and B. Stump Multiple-Array Detection, Association and Location of Infrasound and Seismo-Acoustic Events — Utilization of Ground Truth Information 3-01 Bergman, E., E. Engdahl, M. Ritzwoller, and S. Myers Earthquake Location Accuracy in the Arabian-Eurasian Collision Zone 6-01 Biegalski, S., M. Deinert, C. Rios Perez, and J. Lowrey Modeling of Radioxenon Production and Release Pathways 3-02 Brazier, R., K. Boomer, S. Myers, A. Nyblade, and J. Kokoska Establishing and Validating Empirically-Based Ground Truth Criteria for Seismic Events Located Using Regional Networks 2-03 Chen, P., Y. Chen, and W. Chan Joint Inversion for Crustal and Upper Mantle Shear-Wave Velocity and Attenuation Structure in Eastern Eurasia Using Three-Dimensional Full-Wave Frechet Kernels 2-04 Fisk, M. and W. Phillips A Stepwise, Iterative Procedure to Constrain Stress Drop, Regional Attenuation Models, and Site Effects 7-05 Gibson, R., D. Drob, D. Broutman, and N. Winslow Advancement of Techniques for Modeling the Effects of Atmospheric Gravity-Wave-Induced Inhomogeneities on Infrasound Propagation 2-05 Gritto, R., M. Sibol, P. Caron, H. Ghalib, R. Herrmann, G. Aleqabi, B. Ali, and A. Ali Crustal Velocity Models of the Zagros-Bitlis Zone from Body- and Surface Wave Analyses 2-06 Hauser, J., K. Dyer, M. Pasyanos, H. Bungum, J. Faleide, and S. Clark Development and Tuning of a 3D Stochastic Inversion Methodology to the European Arctic 2-07 Julia, J., A. Nyblade, A. Rodgers, and E. Matzel Developing Regionalized Models of Lithospheric Thickness and Velocity Structure Across Eurasia and the Middle East from Jointly Inverting P-Wave and S-Wave Receiver Functions with Rayleigh Wave Group and Phase Velocities 4-06 Koch, K. Re-Examination of Surface Wave Magnitude Estimates for the North Korean Event of 25 May 2009 2-08 Maceira, M., H. Zhang, R. Modrak, C. Rowe, and M. Begnaud Advanced Multivariate Inversion Techniques for High Resolution 3D Geophysical Modeling 2-09 Mackey, K., H. Hartse, K. Fujita, M. Pasyanos, and M. Begnaud Seismic and Geophysical Characterization of Northern Asia 2-10 Martin, R., L. Gulen, Y. Sun, and M. Toksoz The Crustal and Mantle Velocity Structure in Central Asia from 3D Travel Time Tomography 2-11 Masters, T., Z. Ma, G. Laske, and M. Pasyanos LITHO1.0: An Updated Crust and Lithosphere Model of the Earth 5-02 Matsumoto, H., D. Bohnenstiehl, R. Dziak, R. Embley, and M. Park Assessment of Hydroacoustic Propagation Using Autonomous Hydrophones in the Scotia Sea 2-12 Mayeda, K. and W. Phillips Transitioning the Coda Methodology to Full 2-D for P and S Codas 3-07 Myers, S., G. Johannesson, and N. Simmons Bayesloc Multiple-Event Location Applied to a Global Data Set 2-14 Nabelek, J., S. Carpenter, P. Monigle, J. Braunmiller, and W. Phillips Source and Path Calibration in Regions of Poor Crustal Propagation Using Temporary, Large-Aperture, High-Resolution Seismic Arrays 2-15 Nowack, R., W. Chen, J. Griffin, A. Bakir, and T. Tseng The Propagation of Pn in Western China 2-17 Reiter, D., W. Rodi, and S. Myers Estimating the Uncertainty and Predictive Capabilities of Three-Dimensional Earth Models 3-11 Rodi, W., D. Reiter, S. Myers, and N. Simmons A Unified Approach to Joint Regional/Teleseismic Calibration and Event Location with a 3D Earth Model 2-19 Sandvol, E., X. Bao, J. Ni, T. Hearn, and W. Phillips High-Resolution Seismic Velocity and Attenuation Models of Western China 2-20 Savage, B., D. Peter, B. Covellone, A. Rodgers, and J. Tromp Next Generation, Waveform Based Three-Dimensional Models and Metrics to Improve Nuclear Explosion Monitoring in the Middle East 2-21 Sen, M., J. Pulliam, U. Dutta, R. Ghosh, R. Gok, and M. Pasyanos Seismic Velocity Estimation in the Middle East from Multiple Waveform Functionals: P & S Receiver Functions, Waveform Fitting, and Surface Wave Dispersion 3-12 Simmons, N., S. Myers, and G. Johannesson Global-Scale P-Wave Tomography Designed for Accurate Prediction of Regional and Teleseismic Travel Times for Middle East Events 2-22 Song, X., Z. Xu, L. Zhu, and Y. Zhou Joint Inversion of Crustal and Uppermost Mantle Structure in Western China 4-18 Stevens, J. and H. Xu Wave Propagation from Complex 3D Sources Using the Representation Theorem 2-23 Zhang, J., P. Gerstoft, and S. Taylor Body-Wave Arrivals from Seismic Noise Sensors Papers (10) Top 3-03 Carr, D., P. Baldwin, S. Knapp-Kleinsorge, H. Milburn, and D. Robinson A Laser Interferometric Miniature Seismometer 6-03 Farsoni, A. and D. Hamby Characterizing a Two-Channel Phoswich Detector Using Radioxenon Isotopes Produced in the Oregon State University TRIGA Reactor 6-04 Farsoni, A. and D. Hamby Design and Modeling of a Compton-Suppressed Phoswich Detector for Radioxenon Monitoring 3-04 Fourguette, D., M. Otugen, L. Larocque, G. Ritter, J. Meeusen, and T. Ioppolo Optical MEMS-Based Seismometer "WhiGS" 3-05 Garcia, C., G. Onaran, B. Avenson, B. Yocom, and N. Hall Micro-Seismometers via Advanced Meso-Scale Fabrication 8-04 Hart, D., H. Parks, and R. Rembold The Development of Methodologies for Determining Non-Linear Effects in Infrasound Sensors 6-06 Keillor, M., C. Aalseth, A. Day, L. Erikson, J. Fast, B. Glasgow, E. Hoppe, T. Hossbach, B. Hyronimus, H. Miley, A. Myers, and A. Seifert Initial Results: An Ultra-Low-Background Germanium Crystal Array 6-07 Williams, R., P. Humble, and J. Hayes Extraction of Xenon Using Enriching Reflux Pressure Swing Adsorption 6-08 Xie, C., K. Yocum, J. Colaresi, and H. Miley Surface Passivation of High Purity Germanium Detectors Using Amorphous Hydrogenated Silicon Films 6-09 Yocum, K., J. Colaresi, and H. Miley Improvement in Ge Detector Cooling Signal Analysis Papers (17)     Top 2-02 Ballard, S., M. Begnaud, C. Young, J. Hipp, M. Chang, A. Encarnacao, C. Rowe, W. Phillips, and L. Steck A Global 3D P-Velocity Model of the Earth's Crust and Mantle for Improved Event Location — SALSA3D 8-01 Bonner, J., R. Herrmann, A. Stroujkova, and M. Leidig A Software Toolbox for Systematic Evaluation of Seismometer-Digitizer System Responses 6-02 Cooper, M., C. Aalseth, J. Ely, D. Haas, J. Hayes, J. McIntyre, and B. Schrom Digital Data Acquisition Graphical User Interface 8-02 Dodge, D., M. Ganzberger, T. Hauk, and S. Ruppert Enhancing Seismic Calibration Research Through Software Automation and Scientific Information Management 8-03 Gonzales, M. and C. Young WavePro: A New Approach to the Design of Data Processing Work Flows 6-05 Haas, D., B. Schrom, M. Cooper, J. Ely, A. Flory, J. Hayes, T. Heimbigner, J. McIntyre, D. Saunders, and T. Suckow Progress in Advanced Spectral Analysis of Radioxenon 5-01 Harben, P. and T. Hauk Background Acoustic Noise Models for the IMS Hydroacoustic Stations 3-06 Kvaerna, T., S. Gibbons, D. Harris, and D. Dodge A Matched Field Processing Framework for Coherent Detection Over Local and Regional Networks 8-05 Le Bras, R., S. Vaidya, J. Schneider, S. Russell, and N. Arora Status of the Machine Learning Efforts at the International Data Centre of the CTBTO 2-13 Miller, K., M. Arrowsmith, W. Phillips, S. Harder, L. Worthington, A. Sheehan, and M. Anderson Assessment of Regional Explosion Discriminants Using Datasets of Unparalleled Spatial Sampling: The Big Horns Array Seismic Experiment (BASE) 4-11 Murphy, J., B. Kohl, J. Stevens, T. Bennett, and H. Israelsson Exploitation of the IMS and Other Data for a Comprehensive, Advanced Analysis of the North Korean Nuclear Tests 3-08 Myers, S., M. Begnaud, S. Ballard, A. Ramirez, W. Phillips, M. Pasyanos, H. Benz, and R. Buland A Regional Seismic Travel Time Model for North America 4-12 Pasyanos, M., W. Walter, E. Matzel, S. Ford, R. Gok, and A. Rodgers Calibration of Attenuation Structure in Eurasia to Improve Discrimination and Yield 5-03 Prior, M., A. Poplavskiy, R. Le Bras, and J. Given Enhancing the Contribution of the T-Stations of the IMS Hydrocoustic Network to IDC Processing and Tsunami Warning 3-09 Ringdal, F., D. Harris, T. Kvaerna, and S. Gibbons Expanding Coherent Array Processing to Larger Apertures Using Empirical Matched Field Processing 3-10 Ritzwoller, M., M. Barmin, A. Levshin, and Y. Yang Epicentral Location of Regional Seismic Events Based on Empirical Green's Functions from Ambient Noise 8-07 Taylor, S. and X. Yang Development of Software to Digitize Historic Hardcopy Seismograms from Nuclear Explosions