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| 1-01 | Ammon, C., G. Randall, J. Julia, R. Herrmann, and E. Arias
Systematic Inversion of Receiver Functions & Surface-wave Dispersion for Crustal Structure in Central Asia
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| 1-02 | Ammon, C., R. Herrmann, M. Pasyanos, W. Walter, and M. Kosarian
Simultaneous Inversion of Receiver Functions, Multi-Mode Dispersion, and Travel-Time Tomography for Lithospheric Structure Beneath the Middle East and North Africa
|
| 1-03 | Brown, W., D. Doser, and R. Keller
The Use of Gravity Models to Constrain Regional Velocity Models for the Libya Area
|
| 1-04 | Chan, W. and R. Wagner
Seismic Monitoring System Calibration Using Ground Truth Database
|
| 1-05 | Chan, W., R. Herrmann, and W. Jiao
High-Frequency Ground Motion Scaling in the Yunnan Region
|
| 1-06 | Cormier, V. and A. Stoujkova
Source-Specific Corrections Modeled by Dynamic Ray Tracing in 3-D Earth Models
|
| 1-07 | Harris, D., F. Ringdal, E. Kremenetskaya, S. Mykkeltveit, D. Rock, and J. Schweitzer
Ground Truth Collection for Mining Explosions in Northern Fennoscandia and Russia
|
| 1-08 | Herrmann, R., C. Ammon, K. Lee, and H. Yoo
Algorithms for Regional Structure - Progress and Application
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| 1-09 | Jemberie, A. and B. Mitchell
Shear-wave Q and its Frequency Dependence in the Crust of Southeastern Asia from Surface-Wave Attenuation
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| 1-10 | Jiao, W., W. Chan, and R. Wagner
The Broadband Seismic Experiment In Yunnan, Southwest China
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| 1-11 | Lay, T. and G. Fan
Improving Discriminants for Source Identification
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| 1-12 | Levshin, A., J. Stevens, M. Ritzwoller, and D. Adams
Short-Period (7-s to 15-s) Group Velocity Measurements and Maps in Central Asia
|
| 1-13 | Mackey, K., K. Fujita, L. Steck, and H. Hartse
Seismic Regionalization in Northeast Russia
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| 1-14 | Morozov, I., S. Smithson, H. Li, and J. Duenow
Amplitude Analysis and Modeling of Peaceful Nuclear Explosion Recordings
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| 1-15 | O'Boyle, J., S. Ruppert, T. Hauk, D. Dodge, M. Firpo, and F. Ryall
Middle East, North Africa and Western Eurasia Seismic Research Database
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| 1-16 | Priestley, K., A. Maggi, V. Gaur, S. Mitra, J. Bonner, and J. Lewkowicz
Broadband Seismic Studies in Southern Asia: Source and Path Characterization
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| 1-17 | Pulliam, J., M. Sen, C. Frohlich, and S. Grand
Waveform Modeling of the Crust and Upper Mantle Using S, Sp, SsPmP and Shear-Coupled PL Waves
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| 1-18 | Rautian, T. and W. Leith
Developing Composite Regional Catalogs of the Seismicity of the Former Soviet Union
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| 1-19 | Rodgers, A. and A. Al-Amri
Calibration Data for PS38 in the Central Arabian Peninsula
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| 1-20 | Russian Federation/United States Calibration Working Group,
Refinement of Regional Seismic Events Location in Northern Eurasia Using 3-D Crustal and Upper Mantle Velocity Model
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| 1-21 | Smithson, S., I. Morozov, E. Morozova, and L. Solodilov
Deep Seismic Sounding Data Sets for Seismic Calibration of Northern Eurasia
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| 1-22 | Stump, B., C. Hayward, and R. Zhou
A Comparative Study of Natural and Man-Induced Seismicity in the Yanqing-Huailai Basin and the Haicheng Area
|
| 1-23 | Toksöz, M., S. Kuleli, C. Schultz, D. Harris, C. Gürbüz, D. Kalafat, and A. Isikara
Calibration of Regional Seismic Stations in the Middle East With Shots in Turkey
|
| 1-24 | Wu, R., X. Xie, X. Wu, and T. Lay
Quantifying Source Excitation and Path Effects for High-Frequency Regional Waves
|
| 1-25 | Xie, J., R. Gok, J. Ni, and Y. Aoki
Lateral Variations of Lg Q in the Tibetan Plateau
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| 2-01 | Armbruster, J., V. Burlacu, M. Fisk, V. Khalturin, W. Kim, I. Morozov, E. Morozova, P. Richards, D. Schaff, and F. Waldhauser
Seismic Location Calibration for Thirty International Monitoring System Stations in Eastern Asia
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| 2-02 | Ballard, S. and P. Reeves
Improved Seismic Event Location Resolution Using a Damped Least Squares Algorithm
|
| 2-03 | Bergman, E. and E. Engdahl
Probability Density Functions for Secondary Seismic Phase Arrivals
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| 2-04 | Engdahl, E., E. Bergman, M. Ritzwoller, N. Shapiro, and A. Levshin
A Reference Data Set for Validating 3-D Models
|
| 2-05 | Gitterman, Y., V. Pinsky, A. Shapira, M. Ergin, D. Kalafat, C. Gürbüz, and K. Solomi
Improvement in Detection, Location, and Identification of Small Events Through Joint Data Analysis by Seismic Stations in the Middle East/Eastern Mediterranean Region
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| 2-06 | Hipp, J., R. Simons, L. Jensen, L. Lindsey, and M. Chown
The GNEM R&E Parametric Grid Software Suite: Tools for Data Creation, Access, Managment, Viewing, and Export
|
| 2-07 | Husebye, E., Y. Fedorenko, and E. Beketova
Enhanced CTBT Monitoring Through Modeling, Processing and Extraction of Secondary Phase Information at High Signal Frequencies
|
| 2-08 | Kohl, B., R. North, J. Murphy, M. Fisk, and G. Beall
Demonstration of Advanced Concepts for Nuclear Test Monitoring Applied to the Nuclear Test Site at Lop Nor, China
|
| 2-09 | Kovalenko, V. and M. Mamsurov
Permissible Spatio-Temporal Errors of Seismic Event Location Accuracy in the Context of Nuclear-Explosion-Monitoring Requirements
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| 2-10 | McLaughlin, K., I. Bondar, X. Yang, J. Bhattacharyya, H. Israelsson, R. North, V. Kirichenko, R. Engdahl, M. Ritzwoller, A. Levshin, N. Shapiro, E. Bergman, M. Antolik, A. Dziewonski, G. Ekström, H. Ghalib, I. Gupta, R. Wagner, W. Chan, W. Rivers, A. Hofstetter, A. Shapira, and G. Laske
Seismic Location Calibration in the Mediterranean, North Africa, Middle East and Western Eurasia
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| 2-11 | Merchant, B., J. Drake, D. Hart, and C. Young
Multiple Algorithm Signal Detection Using Neural Networks
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| 2-12 | Murphy, J., W. Rodi, M. Johnson, J. Sultanov, T. Bennett, M. Toksöz, C. Vincent, V. Ovtchinnikow, B. Barker, A. Rosca, and Y. Shchukin
Seismic Calibration of Group 1 International Monitoring System (IMS) Stations in Eastern Asia for Improved Event Location
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| 2-13 | Myers, S., M. Flanagan, M. Pasyanos, W. Walter, P. Vincent, and C. Schultz
Location Calibration in Western Eurasia and North Africa: Ground Truth Improved Earth Models, Bayesian Kriging, Regional Analysis, Location Algorithms, Array Calibration, and Validation
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| 2-14 | Nyblade, A., R. Brazier, C. Schultz, and M. Pasyanos
Ground Truth Events from Regional Seismic Networks in Northeastern Africa
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| 2-15 | Randall, G., H. Hartse, and L. Steck
Attempts to Enhance Array Detection Capability: A Search for Systematic Array Residuals
|
| 2-16 | Reiter, D., J. Bonner, C. Vincent, and J. Britton
Incorporating Secondary Phases in 3D Regional Seismic Event Location: Application to the Sparse Network Problem
|
| 2-17 | Ringdal, F., T. Kvaerna, E. Kremenetskaya, V. Asming, C. Lindholm, and J. Schweitzer
Research in Regional Seismic Monitoring
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| 2-18 | Rodi, W., C. Schultz, W. Hanley, S. Sarkar, and S. Kuleli
Grid-Search Location Methods for Ground-Truth Collection from Local and Regional Seismic Networks
|
| 2-19 | Rodi, W., R. Engdahl, E. Bergman, F. Waldhauser, G. Pavlis, H. Israelsson, J. Dewey, and M. Toksoz
A New Grid-Search Multiple-Event Location Algorithm and a Comparison of Methods
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| 2-20 | Saikia, C., H. Thio, G. Ichinose, and B. Woods
Regional Wave Propagation and Influence of Model-Based and Empirical SSSCs on Locations In and Around The Indian Subcontinent
|
| 2-21 | Saikia, C., R. Lohman, G. Ichinose, D. Helmberger, M. Simons, and P. Rosen
Ground Truth Locations - A Synergy of Seismic and Synthetic Aperture Radar Interferometric Methods
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| 2-22 | Steck, L., H. Hartse, C. Bradley, C. Aprea, A. Velasco, G. Randall, and J. Franks
Regional Location Calibration in Asia
|
| 2-23 | Thurber, C., H. Zhang, C. Rowe, and W. Lutter
Methods For Improving Seismic Event Location Processing
|
| 2-24 | Wallace, T., F. Vernon, and G. Pavlis
Collaborative Research: Seismic Catalogue Completeness and Accuracy
|
|
|---|
| 3-01 | Ammon, C., G. Randall, J. Julia, and E. Arias
Improving Estimates of Depth, Magnitude, and Faulting Parameters of Earthquakes in Central Asia
|
| 3-02 | Baumgardt, D., Z. Der, M. Keohane, and A. Freeman
Development and Investigation of Transportable Regional Discriminants
|
| 3-03 | Bonner, J., D. Harris, S. Rieven, I. Tibuleac, and J. Britton
Development of a Mining Explosion Database for Southern Asia
|
| 3-04 | Bonner, J., J. Orrey, and A. Rosca
Modeling Short-Period Surface Waves from Small Explosions at the Shagan Test Site
|
| 3-05 | Hedlin, M.
Seismic Monitoring of Blasting Activity in Russia
|
| 3-06 | Kim, W., J. Granville, and P. Richards
Discrepancies among PIDC, ISC, and USGS Seismic Magnitudes
|
| 3-07 | Mayeda, K., T. Eken, A. Hofstetter, J. O'Boyle, N. Turkelli, and W. Walter
Stable and Transportable Regional Magnitudes Based on Coda-Derived Moment-Role Spectra
|
| 3-08 | Murphy, J., B. Barker, and W. Rodi
Improved Focal Depth Determination for Use in Nuclear-Explosion Monitoring
|
| 3-09 | Phillips, W., H. Patton, C. Aprea, H. Hartse, and S. Taylor
Regional Magnitude Studies in China and Surrounding Areas
|
| 3-10 | Renwald, M., T. Wallace, and S. Taylor
Transfer Functions and Seismic Discrimination
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| 3-11 | Sammis, C.
Generation of High-Frequency P and S Wave Energy by Rock Fracture During a Buried Explosion: Its Effect on P/S Discriminants at Low Magnitude
|
| 3-12 | Stevens, J., D. Adams, and G. Baker
Improved Surface Wave Dispersion Models And Azimuth Estimation Techniques
|
| 3-13 | Stevens, J., N. Rimer, H. Xu, G. Baker, J. Murphy, G. Kocharyan, and B. Ivanov
Near-field and Regional Modeling of Explosions at the Degelen Test Site
|
| 3-14 | Stump, B., S. McKenna, C. Hayward, and T. Kim
Seismic and Infrasound Data and Models at Near-Regional Distances
|
| 3-15 | Tibuleac, I., J. Bonner, E. Herrin, and D. Harkrider
Calibration of the Ms:mb Discriminant at NVAR
|
| 3-16 | Walter, W., A. Rodgers, M. Pasyanos, K. Mayeda, and A. Sicherman
Identification in Western Eurasia: Regional Body-Wave Corrections and Surface-Wave Tomography Models to Improve Discrimination
|
| 3-17 | Walter, W., K. Smith, S. Ruppert, T. Hauk, J. O'Boyle, F. Ryall, M. Firpo, and D. Dodge
Improving the Fundamental Understanding of Regional Seismic Signal Processing with a Unique Western US Dataset
|
| 3-18 | Yang, X., S. Taylor, H. Patton, M. Maceira, and A. Velasco
Evaluation of Intermediate-Period (10- to 30-Sec) Rayleigh-Wave Group-Velocity Maps for Central Asia
|
|
|---|
| 4-01 | Castor, K., P. Gerstoft, W. Kuperman, G. D'Spain, and B. McDonald
Nonlinear Effects in Long-Range Propagation
|
| 4-02 | Hanson, J., R. Bowman, and G. Beall
An Advanced Concept Demonstration for Monitoring the Indian Ocean
|
| 4-03 | Harben, P., C. de Groot-Hedlin, and D. Blackman
Acoustic Sources for Blockage Calibration of Ocean Basins: Results from the October 2001 Indian Ocean Cruise
|
| 4-04 | Okal, E., J. Talandier, and O. Hyvernaud
Hydroacoustic T Phases from Large Icebergs Drifting in the Ross Sea
|
| 4-05 | Tolstoy, M. and D. Bohnenstiehl
Analysis of Hydroacoustic Signals In The Indian Ocean
|
| 4-06 | Upton, Z. and J. Pulli
Localization of Sub-Sea Earthquakes Using Hydroacoustic Reflections and Matched-Field Processing
|
|
|---|
| 5-01 | Arthur, R., H. Miley, and L. Todd
Be-7 Cross-Talk in RASA Continuous Air Samplers
|
| 5-02 | Heimbigner, T., J. McIntyre, T. Bowyer, J. Hayes, and M. Panisko
Environmental Monitoring of Radioxenon in Support of the Radionuclide Measurement System of the International Monitoring System
|
| 5-03 | Penn, D., S. Biegalski, and K. Biegalski
Status of the Automated Radioxenon Sampler Analyzer and the International Monitoring System International Noble Gas Experiment
|
| 5-04 | Robbins, D., J. Rynes, and K. Foltz Biegalski
Radionuclide Software Installation at the US National Data Center
|
| 5-05 | Robbins, D., J. Rynes, and M. Eisenbray
Radionuclide Detection Threshold In The Lop Nor Region
|
|
|---|
| 6-01 | Chael, E. and R. Whitaker
Infrasound Signal Library
|
| 6-02 | D'Spain, G., M. Hedlin, J. Orcutt, W. Kuperman, C. de Groot-Hedlin, L. Berger, and G. Rovner
Application of Physics-Based Underwater Acoustic Signal and Array-Processing Techniques to Infrasound-Source Localization
|
| 6-03 | Garces, M. and C. Hetzer
Evaluation of Infrasonic Detection Algorithms
|
| 6-04 | Garces, M., C. Hetzer, K. Lindquist, and D. Drob
Source Location Algorithm for Infrasonic Monitoring
|
| 6-05 | Garces, M., C. Hetzer, S. Businger, and M. Willis
Modeling of Microbarom Signals in the Pacific
|
| 6-06 | Gibson, R. and D. Norris
Integration of Near-Real-Time Atmospheric Models with InfraMAP and Applications to Modeling Infrasound from Rockets
|
| 6-07 | Hedlin, M. and J. Berger
Experiments with Infrasonic Noise-Reducing Spatial Filters
|
| 6-08 | Krasnov, V. and Y. Drobzheva
Optimum Filtration of Acoustic Pulses Caused by Underground Nuclear and Above-Ground Chemical Explosions
|
| 6-09 | Minaya, E., G. Avila, C. Condori, A. Córdova , and F. Vega
The Bolivian Altiplano with the Infrasound Array IS08
|
| 6-10 | Norris, D. and R. Gibson
InfraMAP Enhancements: Environmental/Propagation Variability and Localization Accuracy of Infrasonic Networks
|
| 6-11 | Sarker, G. and W. Kim
Analysis of Infrasound Signals from Large Mining Blasts at Kurchatov and Borovoye, Kazakstan
|
| 6-12 | Shumway, R.
Detection and Location Capabilities of Multiple Infrasound Arrays
|
| 6-13 | Whitaker, R., D. ReVelle, and T. Sandoval
On Infrasound Detection and Location Strategies
|
|
|---|
| 7-01 | Begnaud, M., J. Aguilar-Chang, A. Velasco, and L. Steck
Developing Regional Seismic Databases for Improving Event Location and Ground Truth Data Sets in Asia
|
| 7-02 | Hellweg, M., D. Dreger, B. Romanowicz, and J. Stevens
Development of Automated Moment Tensor Software at the Prototype International Data Centre
|
| 7-03 | Kvaerna, T., E. Hicks, J. Schweitzer, and F. Ringdal
Regional Seismic Threshold Monitoring
|
| 7-04 | Mooney, W. and S. Detweiler
Ground Truth Data in India and China from Dense Local Networks and Calibration Experiments
|
| 7-05 | Rivers, W., C. Schultz, and D. Dodge
Efficient Integration of Old and New Research Tools for Automating the Identification and Analysis of Seismic Reference Events
|
| 7-06 | Skov, M., B. Kohl, and R. Woodward
Imagery Assets for Supporting Nuclear Explosion Monitoring Research and Development
|
| 7-07 | Wilkening, L., M. Chown, and B. Merchant
The GNEM R&E Spatial Data Interface
|
| 7-08 | Woodward, R. and R. North
A Support System for Nuclear Explosion Monitoring Research and Development
|
| 7-09 | Young, C., E. Chael, and B. Merchant
Version 1.7 of MatSeis and the GNEM R&E Regional Analysis Tools
|
|
|---|
| 8-01 | Hasting, M. and S. Barrientos
The Upgrade of the International Monitoring System Primary Station at Sonseca, Spain, (PS-40): A Before and After Comparison of the Short-Period Array
|
| 8-02 | Herrin, E., P. Negraru, P. Golden, and C. Mulcahy
Local Site Effects at the Nevada Seismic Array(NVAR)
|
| 8-03 | Kromer, R., J. Harris, and T. Townsend
Seismic Data Acquisition System (SDAS) Component Evaluation
|
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