|
| 1-01 | Anderson, D., R. Willemann, H. Miley, C. Edwards, P. Herrington, J. Harris, J. Wehlburg, D. Harris, J. Zucca, and L. Casey Trends in Nuclear Explosion Monitoring
|
|
| 2-01 | Ammon, C., M. Kosarian, R. Herrmann, M. Pasyanos, W. Walter, and H. Tkalcic Simultaneous Inversion of Receiver Functions, Multi-mode Dispersion, and Travel-time Tomography for Lithospheric Structure Beneath the Middle East and North Africa
|
| 2-02 | Ammon, C., W. Sevilla, R. Herrmann, and G. Randall Systematic Inversion of Receiver Functions and Surface Wave Dispersion for Crustal Structure in Central Asia
|
| 2-03 | Brown, W., T. VanDeMark, D. Doser, and A. Velasco An Integrated Geophysical Study of the Lithospheric Structure Beneath Libya
|
| 2-04 | Bungum, H., O. Ritzmann, J. Faleide, N. Maercklin, J. Schweitzer, W. Mooney, S. Detweiler, and W. Leith Development of a Three-dimensional Velocity Model for the Crust and Upper Mantle in the Barents Sea, Novaya Zemlya, Kara Sea and Kola-Karelia Regions
|
| 2-05 | Gitterman, Y., V. Pinsky, K. Solomi, A. Hofstetter, C. Gurbuz, and M. Ergin Using Ground Truth Events for Travel Time Calibration and Studying Seismic Energy Generation and Partitioning into Various Regional Phases
|
| 2-06 | Harris, D., F. Ringdal, E. Kremenetskaya, S. Mykkeltveit, D. Rock, J. Schweitzer, T. Hauk, and J. Lewis Ground Truth Collection for Mining Explosions in Northern Fennoscandia and Russia
|
| 2-07 | Li, H., I. Morozov, and S. Smithson Lg Amplitude Ratios from Peaceful Nuclear Explosions and Crustal Structure in Northern Eurasia
|
| 2-08 | Mackey, K., K. Fujita, H. Hartse, and L. Steck Seismic Regionalization Research in Northeast Russia
|
| 2-09 | Martin, R., M. Krasovec, M. Toksoz, H. Kuleli, and E. Vergino Caucasus Seismic Information Network
|
| 2-10 | Mayeda, K., W. Phillips, L. Malagnini, and D. Dreger Evolution of the Regional Coda Methodology
|
| 2-11 | Morozov, I., E. Morozova, and S. Smithson Nuclear-Explosion Profiles for Seismic Calibration of Northern Eurasia
|
| 2-12 | Myers, S., L. Preston, J. Wagoner, S. Larsen, K. Smith, and W. Walter Simulation of Regional Explosion S-phases (SiRES) Project
|
| 2-13 | Pasyanos, M., W. Walter, H. Tkalcic, G. Franz, and M. Flanagan Geophysical Model Research and Results
|
| 2-14 | Pulliam, J. and M. Sen Waveform Modeling of the Crust and Upper Mantle Using S, Sp, SsPmP, and Shear-Coupled PL Waves for Improved Event Location, Focal Depth Determination, and Uncertainty Estimation
|
| 2-15 | Rodgers, A. and A. Al-Amri Seismic Data for Nuclear Explosion Monitoring in the Arabian Peninsula
|
| 2-16 | Sandvol, E., J. Xie, and B. Mitchell High-Resolution Tomographic Mapping of Regional Phase Q in the Middle East
|
| 2-17 | Stevens, J., D. Adams, G. Baker, M. Eneva, and H. Xu Improved Surface Wave-Dispersion Models, Amplitude Measurements, and Azimuth Estimates
|
| 2-18 | Toksoz, M., H. Kuleli, C. Gurbuz, D. Kalafat, T. Bekler, C. Schultz, R. Gok, and D. Harris Calibration of Regional Seismic Stations in the Middle East with Shots in Turkey
|
| 2-19 | Wu, R., X. Xie, Z. Ge, and T. Lay Quantifying Source Excitation and Path Effects for High Frequency Regional Waves
|
| 2-20 | Xie, J. Tomographic Mapping of Regional Wave Q in Eastern Eurasia
|
|
| 3-01 | Ballard, S., M. Chang, J. Hipp, L. Jensen, R. Simons, and L. Wilkening The 2004 Knowledge Base Parametric Grid Data Software Suite
|
| 3-02 | Bodin, P., A. Akinci, L. Malagnini, K. Mayeda, and A. Rodgers Seismic Sources and Wave Propagation in Western India
|
| 3-03 | Brazier, R., Y. Park, A. Nyblade, and M. Pasyanos Ground Truth Events from Regional Seismic Networks in Northeastern Africa
|
| 3-04 | Brooks, B., L. Frazer, F. Gomez, and E. Sandvol Ground Truth of African and Eastern Mediterranean Shallow Seismicity Using SAR Interferometry and Gibbs Sampling Inversion
|
| 3-05 | Buckley, S., P. Vincent, and K. Gudipati Next-Generation InSAR Ground-Truth Data and Techniques: Initial Results
|
| 3-06 | Engdahl, E., E. Bergman, S. Myers, and F. Ryall Improved Ground Truth in Southern Asia Using In-Country Data, Analyst Waveform Review and Advanced Algorithms
|
| 3-07 | Flanagan, M. and S. Myers Regional Travel-Time Prediction, Uncertainty, and Location Improvement
|
| 3-08 | Kim, W., D. Schaff, J. Zhang, F. Waldhauser, and P. Richards Evaluation of Cross-Correlation Methods on a Massive Scale for Accurate Relocation of Seismic Events
|
| 3-09 | Reiter, D., J. Bonner, and R. Shumway Development of Innovative Filtering Techniques for Improved Depth Phase Detection at Regional Distances
|
| 3-10 | Ringdal, F., T. Kvaerna, E. Kremenetskaya, V. Asming, S. Kozyrev, S. Mykkeltveit, S. Gibbons, and J. Schweitzer Research in Regional Seismic Monitoring
|
| 3-11 | Rodi, W. Error Analysis in the Joint Event Location/Seismic Calibration Inverse Problem
|
| 3-12 | Saikia, C., G. Ichinose, H. Thio, D. Helmberger, and M. Simons Ground Truth Locations Using Synergy Between Remote Sensing and Seismic Methods - Application to Earthquakes in Iran and Indian Subcontinent
|
| 3-13 | Saikia, C., J. Chen, G. Ichinose, D. Helmberger, A. Konca, and M. Simons Ground Truth Locations Using Synergy Between Remote Sensing and Seismic Methods - Application to Chinese Earthquakes
|
| 3-14 | Sheehan, A., G. Monsalve, C. Rowe, and M. Begnaud Ground Truth in Central Asia from In-Country Networks
|
| 3-15 | Steck, L., C. Rowe, M. Begnaud, W. Phillips, V. Gee, and A. Velasco Advancing Seismic Event Location Through Difference Constraints and Three-Dimensional Models
|
| 3-16 | Thurber, C. and H. Zhang Methods for Improving Seismic Event Location Processing
|
| 3-17 | Tibuleac, I., D. Harris, J. Britton, T. Hauk, H. Hooper, and J. Bonner Detection Methods for Mining Explosions in Southern Asia
|
|
| 4-01 | Bonner, J., D. Reiter, D. Harkrider, and S. Russell Development of a Time Domain, Variable-Period Surface Wave Magnitude Measurement Procedure for Application at Regional Distances
|
| 4-02 | Bungum, H., T. Kvaerna, S. Mykkeltveit, M. Roth, V. Oye, K. Aastebol, D. Harris, and S. Larsen Energy Partitioning for Seismic Events in Fennoscandia and NW Russia
|
| 4-03 | Gupta, I., S. Taylor, R. Wagner, and W. Rivers A Seismic Event Discrimination System Based on Improved Understanding of Lg from Explosions - Preliminary Results
|
| 4-04 | Hedlin, M., B. Stump, S. Arrowsmith, and M. Renwald A Comparative Test of Seismic Discriminants for Mining Explosions
|
| 4-05 | Hooper, H., H. Patton, J. Bonner, and M. Leidig Using Short-Period Surface Waves to Model Source Phenomena
|
| 4-06 | Leidig, M., B. Stump, J. Bonner, C. Hayward, A. Velasco, D. Baker, H. Hooper, W. Walter, X. Yang, R. Zhou, C. Edwards, M. Renwald, and J. Lewkowicz Source Phenomenology Experiments in Arizona
|
| 4-07 | Mooney, W., S. Schulte, and S. Detweiler Intraplate Seismicity and the Discrimination of Nuclear Test Events Using an Updated Global Earthquake Catalog
|
| 4-08 | Phillips, W., H. Patton, S. Taylor, H. Hartse, and G. Randall Calibration for Coda Based Magnitude and Yield
|
| 4-09 | Rautian, T., V. Khalturin, W. Phillips, and P. Richards Explosion Source Phenomena Using Soviet Test Era Waveform Data
|
| 4-10 | Richardson, E., A. Nyblade, W. Walter, and A. Rodgers Seismic Source Characterization and Energy Partitioning from In-Mine and Regional Broadband Data in South Africa
|
| 4-11 | Sammis, C. and R. Biegel Mechanics of Strengthening in Crystalline Rock at Low Temperatures: A Preliminary Assessment
|
| 4-12 | Stevens, J., G. Baker, H. Xu, T. Bennett, N. Rimer, and S. Day The Physical Basis of Lg Generation by Explosion Sources
|
| 4-13 | Stevens, J., N. Rimer, H. Xu, J. Murphy, B. Barker, S. Gibbons, C. Lindholm, F. Ringdal, T. Kvaerna, and I. Kitov Analysis and Simulation of Cavity-Decoupled Chemical Explosions
|
| 4-14 | Toksoz, M., X. Li, M. Krasovec, and S. Chi Characterization of an Explosion Source in a Complex Medium by Modeling and Wavelet Domain Inversion
|
| 4-15 | Walter, W., K. Mayeda, A. Rodgers, S. Taylor, D. Dodge, E. Matzel, and M. Ganzberger Regional Seismic Identification Research: Processing, Transportability and Source Models
|
| 4-16 | Xie, J., A. Li, J. Zhang, and T. Hong A Study of Regional Wave Excitation by Clustered Underground Explosions Using a Reciprocal Theorem
|
| 4-17 | Yang, X., S. Taylor, M. Maceira, H. Patton, J. Rutledge, G. Randall, and M. Renwald Regional Event Identification Research in Eastern Asia
|
| 4-18 | Zhou, R., B. Stump, and C. Hayward Ms:Mb Discrimination Study of Mining Explosions in Wyoming, USA and Qianan, China
|
|
| 5-01 | Harben, P., E. Matzel, D. Blackman, and D. Clarke Hydroacoustic Blockage Calibration for Discrimination: Results from 2003 Indian Ocean Cruise, and Imploding Sphere Calibration Source Development
|
| 5-02 | Pulli, J., Z. Upton, and J. Bhattacharyya Insights Into Blockage, Reverberation and Direction Finding Using Array Processing of Hydroacoustic Signals in the Indian Ocean
|
| 5-03 | Tolstoy, M., D. Bohnenstiehl, and E. Chapp Long Range Acoustic Propagation of High Frequency Energy in the Indian Ocean from Icebergs and Earthquakes
|
|
| 6-01 | McIntyre, J., C. Aalseth, T. Bowyer, J. Hayes, T. Heimbigner, S. Morris, and P. Reeder Triple Coincidence Radioxenon Detector
|
| 6-02 | Rynes, J., D. Penn, and P. Donohoe Research and Development of Radioxenon Monitoring Systems
|
|
| 7-01 | Bass, H. and F. Shields The Use of Arrays of Electronic Sensors to Separate Infrasound from Wind Noise
|
| 7-02 | Bowman, J., G. Baker, and M. Bahavar Infrasound Station Ambient Noise Estimates
|
| 7-03 | Chael, E. and R. Whitaker Infrasound Signal Library
|
| 7-04 | Garces, M., M. Willis, C. Hetzer, and S. Businger The Hunt for Leaky Elevated Infrasonic Waveguides
|
| 7-05 | Gibson, R. and D. Norris Integration of Infrasound Propagation Models and Near-Real-Time Atmospheric Characterizations
|
| 7-06 | Herrin, E., P. Golden, P. Negraru, H. Bass, G. Hunter, W. Andre, J. Olson, D. Osborne, M. Garces, M. Hedlin, and K. Hoffmann Infrasound Calibration Experiments at White Sands Missile Range: Planning and Preparations
|
| 7-07 | Norris, D. Time-Domain Modeling Techniques and the Study of Infrasonic Propagation
|
| 7-08 | O'Brien , M. and G. Shields Infrasound Source Location Using Time-Varying Atmospheric Models
|
| 7-09 | ReVelle, D., R. Whitaker, J. Mutschlecner, and M. Renwald Discrimination of Earthquakes and Mining Blasts Using Infrasound
|
| 7-10 | Walker, K., S. Arrowsmith, J. Berger, M. Hedlin, and M. Zumberge Resolving Infrasound Signal Back Azimuths with Arrays of Optical Fiber Sensors
|
|
| 8-01 | Aguilar-Chang, J., R. Stead, and M. Begnaud Advances in Applying Data Warehouses to Seismic Calibration Research
|
| 8-02 | Ballard, S. and J. Lewis DBTools: A Suite of Tools for Manipulating Information in a Relational Database
|
| 8-03 | Heimbigner, T., T. Bowyer, J. Hayes, C. Hubbard, J. McIntyre, M. Panisko, M. Ripplinger, and R. Suarez State-of-Health Software for the Automated Radioxenon Sampler/Analyzer
|
| 8-04 | Kerr, J. and D. McClung Low-Noise Borehole Triaxial Seismometer
|
| 8-05 | Kohl, B., T. Bennett, I. Bondar, B. Barker, W. Nagy, C. Reasoner, and J. Hanson Development of a Network Data Set for Evaluating Detection and Network Processing Performance
|
| 8-06 | Kromer, R. and T. Townsend Seismic Sensor Component Evaluation
|
| 8-07 | Kvaerna, T., S. Gibbons, F. Ringdal, and D. Harris Integrated Seismic Event Detection and Location by Advanced Array Processing
|
| 8-08 | Langston, C., I. Rabak, C. Chiu, and C. Liang Working With and Around the NNSA Database Schema
|
| 8-09 | Merchant, B., D. Hart, E. Chael, M. Chown, and J. Hampton Knowledge Base Navigator Facilitating Regional Analysis Inter-Tool Communication
|
| 8-10 | Rivers, W., R. Wagner, J. Chen, E. Siu, C. Schultz, D. Dodge, and G. Pope Efficient Integration of Old and New Research Tools for Automating the Identification and Analysis of Seismic Reference Events
|
| 8-11 | Ruppert, S., D. Dodge, A. Elliott, M. Ganzberger, T. Hauk, E. Matzel, and F. Ryall Enhancing Seismic Calibration Research Through Software Automation
|
| 8-12 | Woodward, R., M. Bahavar, and R. North Data Resources to Support Nuclear Explosion Monitoring Research and Development
|