|
|---|
| 1-01 | Ammon, C., M. Kosarian, R. Herrmann, M. Pasyanos, W. Walter, W. Sevilla, and G. Randall
Simultaneous
Inversion of Receiver Functions and Surface-Wave Dispersion
Measurements for Lithospheric Structure Beneath Asia and North Africa
|
| 1-02 | Bungum, H., N. Maercklin, O. Ritzmann, J. Faleide, C. Weidle, A. Levshin, J. Schweitzer, W. Mooney, and S. Detweiler
Development of a Three-Dimensional Velocity Model for the Crust and Upper Mantle in the Greater Barents Sea Region
|
| 1-03 | Cong, L. and B. Mitchell
Regional
Variation of Rayleigh-wave Attenuation in Southern Asia Predicted from
New Maps of Lg Coda Q and Its Frequency Dependence at 1 Hz
|
| 1-04 | Harris, D., F. Ringdal, E. Kremenetskaya, S. Mykkeltveit, D. Rock, N. Maercklin, J. Schweitzer, T. Hauk, and J. Lewis
Ground Truth Collection for Mining Explosions in Northern Fennoscandia and Northwestern Russia
|
| 1-05 | Herrmann, R., Y. Jeon, W. Walter, and M. Pasyanos
Seismic Source and Path Calibration in the Korean Peninsula, Yellow Sea and Northeast China
|
| 1-06 | Lay, T., X. Xie, X. Yang, S. Taylor, and W. Phillips
Development of Regional Phase Tomographic Attenuation Models for Eurasia
|
| 1-07 | Mackey, K., K. Fujita, H. Hartse, L. Steck, and R. Stead
Seismic Characterization of Northeast Asia and Analysis of the Neva Peaceful Nuclear Explosions
|
| 1-08 | Martin, R., M. Krasovec, S. Romer, M. Toksöz, H. Kuleli, L. Gulen, and E. Vergino
The Caucasus Seismic Information Network Study and Its Extension into Central Asia
|
| 1-09 | Minaya, E. and P. Aliaga
Anomalous Recording of Earthquakes Occuring in Central Andes of Bolivia
|
| 1-10 | Mooney, W. and S. Detweiler
Continuing Analysis of Earth Structure and Ground Truth Data from the Middle East
|
| 1-11 | Morozov, I., E. Morozova, S. Smithson, and I. Kadurin
Nuclear-Explosion Profiles for Seismic Calibration of Northern Eurasia
|
| 1-12 | Morozov, I., H. Li, H. Zheng, and S. Smithson
Observations and Modeling of Frequency-Dependent Lg Coda from Peaceful Nuclear Explosions
|
| 1-13 | Morozov, I., W. Phillips, and I. Kadurin
Magnitude-Yield and Travel-Time Calibration of Northern Eurasia Using Deep Seismic Sounding Datasets
|
| 1-14 | Myers, S., J. Wagoner, L. Preston, K. Smith, and S. Larsen
The Effect of Realistic Geologic Heterogeneity on Local and Regional P/S Amplitude Ratios Based on Numerical Simulations
|
| 1-15 | Ni, X., W. Chan, R. Wagner, W. Walter, and E. Matzel
Source and Propagation Characteristics of Explosive and Other Seismic Sources
|
| 1-16 | Pasyanos, M., W. Walter, H. Tkalcic, G. Franz, R. Gok, and A. Rodgers
Geophysical Model Applications for Monitoring
|
| 1-17 | Pulliam, J. and M. Sen
Assessing Uncertainties in Waveform Modeling of the Crust and Upper Mantle
|
| 1-18 | Ritzwoller, M., N. Shapiro, M. Pasyanos, G. Bensen, and Y. Yang
Short Period Surface Wave Dispersion Measurements from Ambient Seismic Noise in North Africa, the Middle East, and Central Asia
|
| 1-19 | Rodgers, A., P. Bodin, L. Malagnini, K. Mayeda, and A. Akinci
Source and Path Effects on Regional Phases in India from Aftershocks of the January 26, 2001, Bhuj Earthquake
|
| 1-20 | Rodi, W. and D. Reiter
Development of a Joint Regional Body and Surface Wave Tomography Method
|
| 1-21 | Romanowicz, B., M. Panning, and A. Kim
Calibration of 3D Upper Mantle Structure in Eurasia Using Regional and Teleseismic Full Waveform Seismic Data
|
| 1-22 | Sandvol, E., E. Zor, J. Xie, and B. Mitchell
High-Resolution Tomographic Mapping of Regional Phase Q in the Middle East
|
| 1-23 | Stevens, J., J. Given, G. Baker, and H. Xu
Development of Surface-Wave Dispersion and Attenuation Maps and Improved Methods for Measuring Surface Waves
|
| 1-24 | Tibuleac, I., A. Stroujkova, J. Bonner, and K. Mayeda
Predicting Explosion-Generated Sn and Lg Coda Using Synthetic Seismograms
|
| 1-25 | Toksöz, M., R. Van der Hilst, Y. Sun, and C. Li
P
and S Wave Velocity Structure of the Crust and Upper Mantle Under China
and Surrounding Areas from Body and Surface Wave Tomography
|
| 1-26 | van der Lee, S., A. Rodgers, M. Flanagan, M. Pasyanos, F. Marone, and B. Romanowicz
Towards
a Comprehensive Seismic Velocity Model for the Broader Africa-Eurasia
Collision Region, to Improve Nuclear Explosion Monitoring
|
| 1-27 | Xie, J., D. Schaff, and Y. Liu
Tomographic Mapping of Lg Q in Eastern Eurasia
|
| 1-28 | Xie, X., T. Lay, and R. Wu
Near-Source Energy Partitioning for Regional Waves in 2D and 3D Models, Contributions of S*-to-Lg and P-to-Lg Scattering
|
| 1-29 | Yang, X., A. Lowry, A. Levshin, and M. Ritzwoller
Toward a Rayleigh Wave Attenuation Model for Eurasia and Calibrating a New Ms Formula
|
| 1-30 | Zhang, H., C. Thurber, and X. Song
High-Resolution
Seismic Velocity and Attenuation Structure of the Sichuan-Yunnan
Region, Southwest China, Using Seismic Catalog and Waveform Data
|
|
|---|
| 2-01 | Antolik, M., J. Erickson, M. Tinker, K. Hutchenson, G. Kraft, and L. Owiesny
A Priori Empirical Calibration for Multiple-Event Location Methods
|
| 2-02 | Bondár, I., B. Kohl, E. Bergman, K. McLaughlin, H. Israelsson, Y. Kung, P. Piraino, and E. Engdahl
Global Ground Truth Data Set with Waveform and Improved Arrival Data
|
| 2-03 | Bondár, I., K. McLaughlin, and H. Israelsson
Improved Event Location Uncertainty Estimates
|
| 2-04 | Brazier, R., M. Benoit, Y. Park, A. Nyblade, and M. Pasyanos
Ground Truth Events, Magnitude Scale, Velocity Models and Travel Time Correction Surfaces for Northeastern Africa
|
| 2-05 | Brooks, B., F. Gomez, E. Sandvol, and L. Frazer
Ground Truth of African and Eastern Mediterranean Shallow Seismicity Using SAR Interferomtery and Gibbs Sampling Inversion
|
| 2-06 | Carlson, D., K. Kane, F. Schult, S. Ballard, C. Young, and D. Anderson
Utilizing Prior Information for Depth to Improve Seismic Event Discrimination
|
| 2-07 | 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
|
| 2-08 | Fisk, M. and S. Myers
Ground-Truth Event Locations Using Cross-Correlated Seismic Phases and Satellite Imagery
|
| 2-09 | Hipp, J., S. Ballard, M. Chang, and L. Jensen
Representing Kriged Travel Time Correction Surfaces with Optimal Tessellations
|
| 2-10 | Kim, W., P. Richards, D. Schaff, F. Waldhauser, and J. Zhang
Evaluation of Cross-Correlation Methods on a Massive Scale for Accurate Relocation of Seismic Events
|
| 2-11 | Monsalve, G., A. Sheehan, T. de la Torre, C. Rowe, and M. Begnaud
Ground Truth in Central Asia from In-Country Networks
|
| 2-12 | Myers, S., G. Johannesson, and W. Hanley
Multiple-Event Location Using the Markov-Chain Monte Carlo Technique
|
| 2-13 | Reeves, P., S. Ballard, J. Hipp, C. Young, D. Myers, and B. Ammons
Improved Representation and Calculation of Base Model Travel Times Using the Parametric Grid Library
|
| 2-14 | Reiter, D. and A. Stroujkova
Improved Depth-Phase Detection at Regional Distances
|
| 2-15 | Ringdal, F., S. Gibbons, and D. Harris
Adaptive Waveform Correlation Detectors for Arrays: Algorithms for Autonomous Calibration
|
| 2-16 | Ringdal, F., S. Gibbons, T. Kvaerna, V. Asming, Y. Vinogradov, S. Mykkeltveit, and J. Schweitzer
Research in Regional Seismic Monitoring
|
| 2-17 | Rodi, W.
Error Analysis in the Joint Event Location/Seismic Calibration Inverse Problem
|
| 2-18 | Saikia, C., H. Thio, D. Helmberger, G. Ichinose, and C. Ji
Ground
Truth Locations Using Synergy Between Remote Sensing and Seismic
Methods—Application to Chinese and North African Earthquakes
|
| 2-19 | Salzberg, D., K. Votaw, and M. Marshall
Seismic
Source Locations and Parameters for Sparse Networks by Matching
Observed Seismograms to Semi-Empirical Synthetic Seismograms
|
| 2-20 | Shumway, R.
Advances in Mixed Signal Processing for Regional and Teleseismic Arrays
|
| 2-21 | Steck, L., W. Phillips, C. Rowe, M. Begnaud, K. Mackey, K. Fujita, and H. Hartse
Pn Tomography and Location in Eurasia
|
| 2-22 | Yang, T., Y. Shen, and X. Yang
Crustal and Mantle Structure Beneath Eastern Eurasia from Finite Frequency Seismic Tomography (FFST)
|
|
|---|
| 3-01 | Anderson, D., D. Carlson, G. Kraft, F. Schult, S. Taylor, and W. Walter
Event Identification Framework for Teleseismic and Regional Discriminants
|
| 3-02 | Arrowsmith, M., S. Arrowsmith, B. Stump, and M. Hedlin
Discrimination of Small Events Using Regional Waveforms: Application to Seismic Events in the US and Russia
|
| 3-03 | Bonner, J., D. Russell, D. Harkrider, D. Reiter, and R. Herrmann
Application of a Time-Domain, Variable-Period Surface Wave Magnitude Measurement Procedure at Regional and Teleseismic Distances
|
| 3-04 | Bonner,
J., B. Stump, M. Leidig, X. Yang, R. Zhou, T. Kim, W. Walter, A.
Velasco, C. Hayward, D. Baker, C. Edwards, S. Harder, H. Hooper, T.
Glenn, C. Zeiler, R. Gok, J. Britton, and J. Lewkowicz
Source Phenomenology Experiments in Arizona
|
| 3-05 | Bungum, H., T. Kvaerna, S. Mykkeltveit, N. Maercklin, M. Roth, K. Aastebol, D. Harris, and S. Larsen
Energy Partitioning for Seismic Events in Fennoscandia and NW Russia
|
| 3-06 | Fisk, M., T. Lay, and S. Taylor
Modeling and Empirical Research on Energy Partitioning of Regional Seismic Phases used for Explosion Monitoring
|
| 3-07 | Gitterman, Y., V. Pinsky, and A. Hofstetter
Using Ground Truth Explosions for Studying Seismic Energy Generation and Partitioning into Various Regional Phases
|
| 3-08 | Hong, T. and J. Xie
Source Array Analysis on the Composition of Regional Waves from Balapan Explosions in the Near-Source Region
|
| 3-09 | Hooper, H., I. Tibuleac, M. Pasyanos, and J. Bonner
Improving Ms Estimates by Calibrating Variable Period Magnitude Scales at Regional Distances
|
| 3-10 | Leidig, M., J. Bonner, R. Hansen, V. Romanovsky, S. Brown, R. Martin, and J. Lewkowicz
Possible Effects of Frozen Rock on Explosive Coupling
|
| 3-11 | Mayeda, K., L. Malagnini, W. Phillips, W. Walter, D. Dreger, and P. Morasca
2-D Path Corrections for Local and Regional Coda Waves: A Test of Transportability
|
| 3-12 | Murphy, J., B. Barker, and J. Sultanov
A Scaling Analysis of Frequency Dependent Energy Partition for Local and Regional Seismic Phases from Explosions
|
| 3-13 | Patton, H. and W. Phillips
Regional Magnitude Research Supporting Broad-Area Monitoring of Small Seismic Events
|
| 3-14 | Rautian, T., V. Khalturin, W. Phillips, and P. Richards
Explosion Source Phenomena Using Soviet Test Era Waveform Data
|
| 3-15 | Richardson, E., A. Nyblade, W. Walter, K. Mayeda, and L. Lowe
Seismic Source Characterization and Energy Partitioning from In-Mine and Regional Broadband Data in South Africa
|
| 3-16 | Saikia, C., K. Mayeda, L. Zhu, and R. Herrmann
Developing Multiple-Frequency Discriminants for Use with Regional Coda-Amplitude Measurements
|
| 3-17 | Sammis, C. and R. Biegel
Seismic Radiation from Explosions in Frozen Crystalline Rock
|
| 3-18 | Srinivasan, C., C. Sivakumar, and R. Gupta
Source Parameters of Seismic Events in a Coal Mine in India
|
| 3-19 | Stevens, J., G. Baker, H. Xu, and T. Bennett
The Physical Basis of the Explosion Source and Generation of Regional Seismic Phases
|
| 3-20 | Taylor, S., H. Patton, X. Yang, and M. Maceira
Regional Event Identification Research in Eastern Asia
|
| 3-21 | Toksöz, M., S. Chi, Y. Zhang, E. Sze, and R. Lu
Characterization of an Explosion Source in a Complex Medium by Modeling and Wavelet Domain Inversion
|
| 3-22 | Walter, W., K. Mayeda, R. Gok, A. Rodgers, A. Sicherman, T. Hickling, D. Dodge, E. Matzel, M. Ganzberger, and V. Parker
Regional Seismic Discrimination Optimization With and Without Nuclear Test Data: Western U.S. Examples
|
| 3-23 | Zhou, R., B. Stump, C. Hayward, Z. Yang, and Y. Chen
Study of Regional Broadband Waves from Earthquakes and Man-induced Events in NE China
|
|
|---|
| 4-01 | Blackman, D. and C. de Groot-Hedlin
Acoustic Propagation Through the Antarctic Convergence Zone – Calibration Tests for the Nuclear Test Monitoring System
|
| 4-02 | Bowman, J., J. Hanson, and D. Jepsen
An Active-Source Hydroacoustic Experiment in the Indian Ocean
|
| 4-03 | Matzel, E., A. Ramirez, and P. Harben
Model-Based Hydroacoustic Blockage Assessment and Development of an Explosive Source Database
|
| 4-04 | Pulli, J. and Z. Upton
Azimuthal Dependence of Hydroacoustic Blockage at Diego Garcia and Implications for Discrimination
|
| 4-05 | Upton, Z., J. Bhattacharyya, J. Pulli, S. Shah, and M. Collins
Improving the Physical Understanding of Hydroacoustic Blockage: Statistical and Model Based Studies
|
|
|---|
| 5-01 | Biegalski, S. and O. Ezekoye
Design of Aerosol Sampler to Remove Radon and Thoron Progeny Interference from Aerosol Samples for Nuclear Explosion Monitoring
|
| 5-02 | Biegalski, S., K. Biegalski, and D. Haas
Development
of the Spectral Deconvolution Analysis Tool (SDAT) to Improve Counting
Statistics and Detection Limits for Nuclear Explosion Radionuclide
Measurements
|
| 5-03 | Cooper, M., A. Carman, J. Hayes, T. Heimbigner, C. Hubbard, K. Litke, J. McIntyre, S. Morris, M. Ripplinger, and R. Suarez
Improved β-γ Coincidence Detector for Radioxenon Detection
|
| 5-04 | Hennig, W., H. Tan, W. Warburton, and J. McIntyre
Digital Pulse Shape Analysis with Phoswich Detectors to Simplify Coincidence Measurements of Radioactive Xenon
|
| 5-05 | Hull, E., H. Miley, R. Pehl, C. Aalseth, and T. Hossbach
Segmentation of the Outer Contact on P-type Coaxial Germanium Detectors
|
| 5-06 | Seifert,
C., J. McIntyre, K. Antolick, A. Carman, M. Cooper, J. Hayes, T.
Heimbigner, C. Hubbard, K. Litke, M. Ripplinger, and R. Suarez
Mitigation of Memory Effects in Beta Scintillation Cells for Radioactive Gas Detection
|
|
|---|
| 6-01 | Christie, D., B. Kennett, and C. Tarlowski
Detection of Regional and Distant Atmospheric Explosions at IMS Infrasound Stations
|
| 6-02 | Gibson, R. and D. Drob
Infrasound Propagation Calculation Techniques Using Synoptic and Mesoscale Atmospheric Specifications
|
| 6-03 | Norris, D., R. Gibson, J. Bhattacharyya, and R. Whitaker
Development of Advanced Propagation Models and Application to the Study of Impulsive Infrasonic Events at Various Ranges
|
| 6-04 | ReVelle, D.
Additional Infrasonic Studies of Earthquakes and Mining Blasts Discrimination
|
| 6-05 | Walker, K., M. Zumberge, J. Berger, and M. Hedlin
An Improved Method for Determining Infrasound Back Azimuth with Optical Fiber Sensors
|
| 6-06 | Woodward, R., H. Israelsson, I. Bondár, K. McLaughlin, J. Bowman, and H. Bass
Understanding Wind-Generated Infrasound Noise
|
|
|---|
| 7-01 | Akers, P. and K. Wilbanks
Robust Remote Seismic Station
|
| 7-02 | Begnaud, M., R. Stead, J. Aguilar-Chang, and H. Hartse
Optimizing Data Access and Availability for Seismic Calibration Research
|
| 7-03 | Buckley, S., P. Vincent, and D. Yang
New Ground Truth Capability from InSAR Time Series Analysis
|
| 7-04 | Hart, D., B. Merchant, J. Harris, and C. Young
The 2005 MatSeis and NNSA Seismic Regional Analysis Tools
|
| 7-05 | Kohl, B., T. Bennett, I. Bondár, B. Barker, W. Nagy, C. Reasoner, H. Israelsson, and P. Piraino
Development of a Network Data Set for Evaluating Detection and Network Processing Performance
|
| 7-06 | Kvaerna, T., S. Gibbons, F. Ringdal, and D. Harris
Integrated Seismic Event Detection and Location by Advanced Array Processing
|
| 7-07 | Ruppert, S., D. Dodge, A. Elliott, M. Ganzberger, T. Hauk, and E. Matzel
Enhancing Seismic Calibration Research Through Software Automation and Scientific Information Management
|
| 7-08 | Woodward, R., M. Skov, M. Bahavar, G. Davis, and Y. Kung
Data and Tools to Support Nuclear Explosion Monitoring Research and Development
|
| 7-09 | Young, C. and S. Ballard
A Potential New Nuclear Explosion Monitoring Schema
|
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