T1.2 |
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T1.2 Solid Earth Structure |
T1.2-P1
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22 New Focal Mechanism Solutions for Shallow Earthquakes and Stress Observations for Bolivia (Plurinational State of).
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T1.2-P2
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3D Dynamic Earthquake Fracture Simulations Considering the Nonplanar Fault Geometry and Heterogeneous Stress States in the Sea of Marmara
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T1.2-P3
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A comparative study on the tectogenesis of 2015 Mt. Kinabalu Earthquake of Sabah Malaysia and tsunamigenic 2018 Sulawesi Indonesia Earthquake
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T1.2-P4
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A computer code for determining composite focal mechanism solutions
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T1.2-P5
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A THREE-DIMENSIONAL CRUSTAL VELOCITY MODEL OF THE JAVAKHETI HIGHLAND FROM LOCAL EARTHQUAKE TOMOGRAPHY
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T1.2-P124
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SALSA3D software tools for model interrogation, event location and travel-time
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T1.2-P6
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African Geodetic Reference Frame and First Results from GNSS Networks in Africa
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T1.2-P7
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Amplification of Earthquake Magnitude and Sediment Thickness Correlation in Palu Region and Surrounding Areas
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T1.2-P8
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An active tectonics of the Tien Shan and Dzungaria
|
T1.2-P9
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An improved velocity model for routine hypocenter location in Central Brazil
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T1.2-P11
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Analysis of Time Domain Airborne Electromagnetic (TDEM) Data for Evaluating Gold Mineralization Potential of Ilesha Schist Belt, Southwestern Nigeria
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T1.2-P12
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Analysis of unusual seismic events in northwestern Madagascar
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T1.2-P13
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Are we able to detect viscoelastic inconsistencies in the Earth?
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T1.2-P14
|
|
Armenian Seismic Network and Earthquake Catalogue
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T1.2-P15
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Changes of seismic structure beneath Jailolo region during June-July 2017 inferred from P-Wave Tomography
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T1.2-P16
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|
Clustering Geometry of Aftershocks in Earthquakes
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T1.2-P18
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|
Comparison of Mainshock and Aftershock Energy Release (Case Study: Earthquake in Sumatera and Java Subduction)
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T1.2-P20
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Crustal Composition and Moho Characteristics Beneath Northern African Region: New contribution for seismic Hazard Assessment
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T1.2-P21
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Crustal seismic structure of Gheshm region, southeast Iran
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T1.2-P23
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Crustal structure of some tectonic regions in West Africa
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T1.2-P24
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Crustal Structure Study in Mongolian Altai
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T1.2-P25
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Crustal thickness estimates beneath four seismic stations in Ethiopia inferred from p-wave receiver function studies
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T1.2-P26
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Data base from a seismic network to monitor the 2018 enhanced geothermal system stimulation in Espoo/Helsinki, Finland.
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T1.2-P27
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Deformational style in North-Western part of the Punjab Foreland
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T1.2-P28
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Detailed Hypocenters Relocation With High Resolution Analysis on Tripa Fault
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T1.2-P29
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Discriminating between induced, triggered and natural seismicity
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T1.2-P30
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Dissecting hearts of the continent in southern Africa using first P-wave tomography based on local, regional, and mining-induced earthquakes
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T1.2-P31
|
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Earthquake and Radioctivity, its Application in Indonesia
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T1.2-P32
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EARTHQUAKES RE-LOCATION, GT EVENTS IDENTIFICATION AND PSHA IN PARTS OF SUB-SAHARAN AFRICA TO BOOST CTBT’S VERIFICATION CAPABILITY AND ITS SCIENTIFIC APPLICATIONS
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T1.2-P33
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Estimation of 2D and 3D shear wave velocity structure of crust and upper mantle of Northern part of Iranian plateaus
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T1.2-P34
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Estimation of Local Site Effects Using Microtremor Testing in Erdenet City
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T1.2-P35
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Estimation of moho depth under the MDT seismic station (Midelt, Morocco) using receiver function technique
|
T1.2-P36
|
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Estimation Sources, Path and Site Effects from 2018 Lombok Earthquakes Sequences
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T1.2-P37
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Flow plane orientation in the upper mantle under the United States from SKS shear-wave splitting observations
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T1.2-P40
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Geometrical definition of the Boconó fault in the sector Las Gonzalez Mérida, from the simultaneous relocation of seismic events occurring in a burst of seismicity during 2015-16
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T1.2-P41
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Gravity Derived Crustal Thickness Map of Botswana: Implication to the Mw 6.5 April 3, 2017, Botswana Earthquake
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T1.2-P42
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|
Ground response of Kathmandu Valley Sediments during 2015 Gorkha Earthquake
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T1.2-P43
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|
Heterogeneities of short-period S wave attenuation field in the earth’s crust and uppermost mantle of the Eastern Tien Shan
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T1.2-P44
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How complex is seismically active "Deren" area, 180km south of Ulaanbaatar?
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T1.2-P46
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Implication of Volcano-Tectonic and Fluid Movements on Seismic Activity in the Paka Geothermal Prospect
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T1.2-P47
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|
Interdependence among earthquake magnitude, ground motion attenuation and consequences for the Central Asia derived from Pamir-Hindu Kush deep earthquakes data
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T1.2-P48
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Investigate Seismic Sites Using Microtremor Studies and Elliptical Curve Inversion of Horizontal-to-Vertical Spectral Ratio in Sleman, Yogyakarta
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T1.2-P50
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Investigations of the 2018 earthquake swarm in Mamasa (Sulawesi), Indonesia
|
T1.2-P51
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|
Jordan Seismological Networks
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T1.2-P52
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|
Kinematics of the Suez-Sinai area from combined GPS velocity field
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T1.2-P53
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Lithospheric scattering and structure from teleseismic P waveforms
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T1.2-P54
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Local magnitude Formula Determination of Seismic Swarm at The Long-Dormant Jailolo Volcano, West Halmahera, Indonesia
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T1.2-P57
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Moment tensor solutions of earthquakes in south of Sumba Island (Indonesia)
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T1.2-P58
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Monitoring of crustal activities using oceanfloor network system for disaster resilience
|
T1.2-P59
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|
Multi-disciplinary views on seismic hazard analysis in the eastern Caucasus (Azerbaijan)
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T1.2-P60
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On the relationship between floods and earthquake in Southern Africa
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T1.2-P61
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P and S wave tomography of the central Tien Shan from inversion of local earthquake arrival time data
|
T1.2-P63
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Prediction of Earthquake Hazard in the northeast India Himalaya
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T1.2-P65
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Preliminary Results of Continuous Monitoring and Surface Condition of An Active Fault In The Southeast Aceh
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T1.2-P66
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Preliminary study of seismic hazard along the Cameroon Volcanic Line (CVL)
|
T1.2-P67
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Preliminary Study the Impact of Directivity for Strong-Motion Effective Duration on High-Rise Building
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T1.2-P68
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|
Present-day stress field in NW Himalaya and surrounding regions based on inversion of earthquake focal mechanisms
|
T1.2-P69
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Probabilistic Seismic Hazard Assessment in Kenya and Its Vicinity
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T1.2-P71
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|
Properties of the high-frequency ambient seismic field recorded on a large-N (N=10,530) seismic deployment in the Vienna Basin
|
T1.2-P72
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|
Receiver Function Analysis of the IMS stations located in Africa
|
T1.2-P73
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|
Recent seismicity along the the Davie Ridge/Fracture zone
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T1.2-P74
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Relevance of National Data Centres Established in Southern Africa, the case study for Zambia
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T1.2-P75
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Revisiting The 2018 Kalibening Earthquake Sequence In Central Java: Call for the Revision of Earthquake Hazard
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T1.2-P76
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S-wave Velocity Structure beneath PS14-ROSC Station using Microtremor Arrays
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T1.2-P77
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|
Seismic Geohazard Monitoring in the Baringo Silali Geothermal Prospect in Northern Kenya
|
T1.2-P78
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Seismic hazard assessment for Madagascar
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T1.2-P80
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|
Seismic Hazard Scenario in Western Himalaya, India
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T1.2-P81
|
|
Seismic Impact from Earthquakes of Different Distance upon the Territory of Belarus
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T1.2-P82
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|
Seismic study to support PSHA in Greater Caucasus (Azerbaijan)
|
T1.2-P84
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|
Seismicity along the seismogenic zone of Algarve region (southern Portugal)
|
T1.2-P85
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|
Seismicity and GPS Observations for studying crustal deformation and Geodynamics in and around Egypt
|
T1.2-P88
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Seismicity of the Okavango Delta Region: Contribution of IMS and Local stations
|
T1.2-P89
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|
SEISMO-TECTONIC EVALUATION OF DECEMBER 13, 2009 CHITTAGONG EARTHQUAKE
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T1.2-P92
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Seismotectonics of southern Africa
|
T1.2-P95
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Sinkhole process interpretation based on shear wave seismic reflection results at Ghor Al-Haditha, Dead Sea
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T1.2-P98
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Source Process Analysis of the 28 September 2018 Palu Earthquake (Mw 7.4) Using Teleseismic Waveform
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T1.2-P99
|
|
Sources of P-wave Microseisms Detected with the TA Array in Alaska
|
T1.2-P102
|
|
Stress/strain state colouring method for IMS data imaging
|
T1.2-P103
|
|
Structure of the Ulaanbaatar Region from Gravity Data
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T1.2-P106
|
|
Tectonic activity and its influence in the increase of earthquakes in Iraq
|
T1.2-P107
|
|
Tectonic Plates Interactions and Detection Capabilities of the IMS Seismic Stations in the Africa Region
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T1.2-P109
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|
The b-value of local seismicity around Seymareh Dam (Zagros region-Iran), before and after impoundment
|
T1.2-P110
|
|
The Caucasus Seismic Hazard
|
T1.2-P112
|
|
The Minimum 1-D P-wave velocity model for a local earthquake data with precise and consistent earthquake locations in the southern Hangay region
|
T1.2-P113
|
|
The Relationships of Subparallel Synthetic Faults and Pre-existing structures in the Central Malawi Rift
|
T1.2-P114
|
|
The role of geochemical and petrographic properties of rocks on the rheology (viscosity) of magmatic systems: Involvement in wave spread and internal dynamics of the Earth, case of the Nyiragongo volcano field in the Virunga Volcanic Province (East African rift)
|
T1.2-P115
|
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The Seismic Network of Zambia
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T1.2-P117
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Understanding Pamir-Hindukush Seismicity
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T1.2-P118
|
|
Updating the Egyptian Earthquake Source Parameters Database
|
T1.2-P119
|
|
Upper crustal structure at the KTB drilling site from ambient noise tomography
|
T1.2-P120
|
|
Upper mantle imaging with surface wave diffraction: AlpArray seismic network and the Cameroon Volcanic Line
|
T1.2-P122
|
|
Using HV method for imaging of fault zones (the Baikal rift)
|
T1.2-P123
|
|
Velocity of seismic waves in the earth's crust and upper mantle of the Siberian platform and Baikal folded region according to underground nuclear explosions
|
T1.3 |
|
T1.3 Properties of the Ocean |
T1.3-P2
|
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Climate of the upper ocean layer in statons of Ecuadorian sea
|
T1.3-P3
|
|
IMS discrimination between T-phases originating from volcanic tremors versus H-phases induced by volcanic eruptions in the northwestern Pacific Ocean
|
T1.3-P4
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|
Long-range ocean sound propagation effects related to the search for the Argentine submarine ARA San Juan.
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T1.3-P5
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Scenario-Based Tsunami Hazard Assessment for Karpathos Island, Southeastern Aegean Sea
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T1.3-P6
|
|
Simulation of Dahlia Tropical Cyclone Impact on Atmospheric Dynamic and Ocean in Sunda Strait using Delft-3D model
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T1.3-P7
|
|
Subspace detection of seismic survey signals observed on the IMS hydroacoustic network
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T1.3-P8
|
|
Suprapodal hydroacoustic observations of earthquakes along the Middle America Trench
|
T1.3-P9
|
|
TECTONIC STRUCTURE IDENTIFICATION AT PIDIE ACEH SEA WITH GEO-MARINE SURVEY
|
T1.4 |
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T1.4 Interaction Among the Earth’s Subsystems |
T1.4-P1
|
|
7Be in South America: detection by IMS radionuclide stations and possible applications for climate and environmental studies
|
T1.4-P2
|
|
An Earthquake Precursor Using The Anomalous Radon Concentration: Study Case Palu Earthquake, Indonesia, Magnitude 7.2, September 28, 2019
|
T1.4-P3
|
|
Anomaly Of Total Electron Content Associated With Earthquakes And Tsunami Observed From GPS Data in Indonesia
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T1.4-P4
|
|
Combined Electromagnetic (EM) and Electrical Resistivity Tomography (ERT) Geophysical Studies of Environmental Impact of Awotan Dumpsite in Ibadan, Southwestern Nigeria
|
T1.4-P5
|
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Detection of Traveling Ionospheric Disturbances from an Earthquake and a Volcano Eruption: Case Study
|
T1.4-P6
|
|
Can Climate Change Predict and Trigger the Earthquake Activity?
|
T1.4-P7
|
|
Monitoring and Verification Systems for Nuclear Tests with Biological Indeces.
|
T1.4-P8
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|
Monitoring of naturally occurring radionuclides in Santa Cruz - Galapagos Islands, in relation to atmospheric and ocean-atmosphere interaction processes over the Galapagos Islands and the Ecuadorian coast
|
T1.4-P9
|
|
Monitoring Seismic Events and Content of Isotopes on Atmospheric Aerosol of Tajikistan
|
T1.4-P10
|
|
Observations of Interactions Among Earth’s Subsystems from the EarthScope Transportable Array
|
T1.4-P11
|
|
Optimistic Monitoring earthquake Precursor in Sumatra
|
T1.4-P12
|
|
Seasonal variations of microseisms in the Baikal rift
|
T1.4-P13
|
|
Seismo-acoustic observation of the ocean swell sources at BURAR site
|
T1.4-P15
|
|
ThunderSeis: Seismic analysis of thunder infrasound
|
T1.4-P16
|
|
Use of MSM facilities for monitoring hazardous geophysical phenomena and climate change in the Antarctic Peninsula region
|
T2.1 |
|
T2.1 Characterization of Treaty-Relevant Events |
T2.1-P1
|
|
A Seismo-Acoustic Analysis of the 2017 North Korean Nuclear Test
|
T2.1-P3
|
|
Analysis of Moment Magnitude (Mw) to Compare The Energy of Six North Korea's Nuclear Test with Plutonium-240
|
T2.1-P4
|
|
Applying radioxenon isotopic ratios for nuclear explosion monitoring
|
T2.1-P5
|
|
Automatic computation of MSVMAX magnitude at the French National Data Center
|
T2.1-P6
|
|
Candidate methods for the implementation of OSI Resonance Seismometry
|
T2.1-P8
|
|
Comparative analysis of the waveforms of the North Korean nuclear tests obtained by the seismological method at the Alibek station
|
T2.1-P9
|
|
Comparison of the DPRK aftershocks observed in 2019 with the aftershocks between September 2016 and April 2018
|
T2.1-P10
|
|
Data History from Nuclear power
|
T2.1-P11
|
|
Detection of nuclear explosions by remote regional seismic network
|
T2.1-P12
|
|
Determination of Body-wave Magnitudes of the North Korean Underground Nuclear Tests
|
T2.1-P13
|
|
Explosion Monitoring Research at the Nevada National Security Site
|
T2.1-P14
|
|
Focal mechanism of 2017 DPRK nuclear explosion and its collapse event
|
T2.1-P15
|
|
Identification of quarry blasts near BRMAR seismic array: An application of Multichannel Cross-Correlation detector.
|
T2.1-P16
|
|
Infrasound Signals from the 2017 North Korean Underground Nuclear Explosion and the Subsequent Collapse Event
|
T2.1-P17
|
|
Overview of North Korean nuclear tests based on data from modernized Slovak National Network of Seismic Stations
|
T2.1-P18
|
|
Overview of TIMEtool, a software for nuclear event timing
|
T2.1-P19
|
|
Radionuclide signatures of molten salt reactors
|
T2.1-P20
|
|
Relative Location of DPRK Test Events
|
T2.1-P21
|
|
Relative location of North Korean nuclear tests using IMS data: how do different techniques compare?
|
T2.1-P22
|
|
Relocation of seismic events in South Africa for ground truth identification and classification.
|
T2.1-P23
|
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Representation of Complex Seismic Sources by Orthogonal Moment Tensor Fields
|
T2.1-P24
|
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Seismological Investigations of the 2017 North Korean Nuclear Test
|
T2.1-P25
|
|
Source depth and characteristics of the DPRK’s nuclear tests [2006, 2009, 2013, 2016J (01/06/2016), 2016S (09/09/2016) and 2017] using regional and teleseismic data
|
T2.1-P26
|
|
Source time functions of North Korean nuclear tests
|
T2.1-P27
|
|
Space Borne Optical and Radar Data to characterize North Korean Nuclear Test 2017
|
T2.1-P28
|
|
Summary of Common Exercise (Waveform Portion) at the 6th East Asia Regional NDC Workshop 2018
|
T2.1-P29
|
|
The detection of underground nuclear explosions by natural signatures
|
T2.1-P30
|
|
Three-dimensional space analysis of radioxenon isotopic activity ratios for characterizing a nuclear event
|
T2.1-P31
|
|
Towards an Improved Catalogue of Shallow Ground Truth Events in Eastern North America
|
T2.1-P32
|
|
Underground Nuclear Explosions on the North Korean Test Site According to the KNET Network Data
|
T2.1-P34
|
|
Yield estimates for the DPRK’s sixth nuclear test with radar and seismic analysis
|
T2.2 |
|
T2.2 Challenges of On-Site Inspection |
T2.2-P2
|
|
Application of the Radionuclide Method Using Tritium as an Indicator for On-Site Inspection
|
T2.2-P3
|
|
Business Approach to Finish an Unsolved Dilemma of the OSI
|
T2.2-P4
|
|
Challenges in hosting an On-site Inspection regional course
|
T2.2-P5
|
|
Challenges of On-Site Inspection in Extreme Climatic Conditions
|
T2.2-P6
|
|
ESI 2007 Earthquake Intensity Scale in help of CTBT OSI’s Verification Regime
|
T2.2-P8
|
|
Studying the Suspected Site of Nuclear Test by Using Microtremor Method
|
T2.2-P10
|
|
The family of the OSI
|
T2.2-P11
|
|
THE IDENTIFICATION OF GROUND ZEROS OF NUCLEAR EVENTS OF THE SEMIPALATINSK TEST SITE
|
T2.2-P15
|
|
VNIIA major activities related to the CTBT technologies
|
T2.3 |
|
T2.3 Seismoacoustic Sources in Theory and Practice |
T2.3-P31
|
|
Near-source mechanism for creating shear content from buried explosions
|
T2.3-P1
|
|
A new GT5 event in a previously aseismic region of the Brazilian Phanerozoic Parnaiba Basin
|
T2.3-P2
|
|
A Post Sunda Strait Tsunami Survey of Sunda Strait Tsunami, December 22nd 2018
|
T2.3-P3
|
|
Analysis and modeling of the infrasound signals from the 2017 DPRK nuclear explosion at IMS station IS45
|
T2.3-P4
|
|
Analysis of Kosti Meteorite using Infrasound Data: A case Study In Sudan
|
T2.3-P5
|
|
Analysis of the infrasound signals from a bolide over the Bering Sea
|
T2.3-P6
|
|
Complex seismological investigations near Bulgarian Antarctic Base
|
T2.3-P8
|
|
Deployment of temporal infrasound array in Ecuador
|
T2.3-P9
|
|
Detection and interpretation of Seismoacoustic and Seismic events at NDC Iraq
|
T2.3-P10
|
|
Determine the relationship between seismic and acoustic signals
|
T2.3-P11
|
|
Discrimination between quarry blasts and local earthquakes in Aswan, Egypt
|
T2.3-P12
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|
Distributed acoustic sensing observations and modeling of the DAG series of chemical explosions
|
T2.3-P13
|
|
Estimating seismic source depths using body and surface wave observations
|
T2.3-P15
|
|
High-Precision Teleseismic Double-Difference Earthquake Relocation of Palu – Koro Earthquake M 7.4
|
T2.3-P16
|
|
Hybrid waveform modeling for small-scale source complexity at teleseismic distances
|
T2.3-P17
|
|
Implications for S wave generation from subsurface chemical explosions using large arrays of sensors
|
T2.3-P18
|
|
Infrasonic Bulletin to Station IS41
|
T2.3-P19
|
|
Infrasound monitoring of deorbiting Soyuz crafts on the territory of Central Kazakhstan
|
T2.3-P20
|
|
Measurement of Rotational Ground Motions for CTBT
|
T2.3-P21
|
|
More precise location of Aswan seismicity based on waveform analysis
|
T2.3-P22
|
|
Seismic Moment Tensor Inversion for Source-Type Identification
|
T2.3-P23
|
|
Simultaneous relocation of the seismicity of the Pannonian Basin using Bayesloc
|
T2.3-P24
|
|
Source Models and Scattering Origin of Regional Phases from Coda Spectral Ratios
|
T2.3-P25
|
|
Study of seismoacoustic signatures of the September 28th 2018 Sulawesi earthquake
|
T2.3-P26
|
|
The Annual Hungarian Seismo-Acoustic Bulletin of Ground Truth Events
|
T2.3-P27
|
|
The Baumgarten and Ingolstadt explosions: infrasound observations from ground truth sources in Eastern Austria and Southern Germany
|
T2.3-P28
|
|
Tropical cyclones monitoring in the Indian Ocean Basin using Seismic and Infrasonic stations
|
T2.3-P29
|
|
UNDERSTANDING SEISMICITY CATALOG AND THEIR PROBLEMS IN ZAMBIA
|
T2.3-P30
|
|
Waveform and Dispersion Modeling Using DPRK Regional Seismograms Recorded by the High Sensitivity Seismic Network of Japan
|
T3.1 |
|
T3.1 Design of Sensor Systems and Advanced Sensor Technologies |
T3.1-P1
|
|
A Differential Highly Sensitivity Sensor for Accounting of Seismic Devices Instrumental Thermal Noise
|
T3.1-P2
|
|
A New Gamma Camcorder
|
T3.1-P3
|
|
A new process design for compact radioxenon separation system
|
T3.1-P4
|
|
A new three-component optical accelerometer
|
T3.1-P5
|
|
Antineutrino detectors: an evaluation of their use for monitoring of nuclear explosions
|
T3.1-P6
|
|
Application of Optimal Filtering to Take into Account the Influence of Baric and Temperature Fluctuations of the Seismic Instrument and the Environment
|
T3.1-P7
|
|
Applying an anti-coincidence system plastic-HPGe to lower the MDA of radioxenon measurement
|
T3.1-P9
|
|
Calibration of Infrasound Sensors in a Long-Term Field Study
|
T3.1-P10
|
|
Characterization of the microbarometer’s sensitivity to the environment
|
T3.1-P11
|
|
Comparison of PSD methods in simultaneous discrimination of alpha-gamma radiations
|
T3.1-P12
|
|
Deployment of Portable Infrasound Array in Costa Rica
|
T3.1-P14
|
|
Development of a Mobile Radiation Detection System
|
T3.1-P15
|
|
Development of a new compact photon/electron detector for radioxenon measurement
|
T3.1-P16
|
|
Development of an Electrostatic Precipitator System for Radionuclide Particle Collection
|
T3.1-P17
|
|
Distributed Fiber Optic Seismic Sensors with Seismic Noise Floor Performance
|
T3.1-P18
|
|
Experimental setup and results of xenon sorption characteristics research for a number of adsorbents
|
T3.1-P19
|
|
Fault Identification using Seismic Data Monitoring in Jakarta, Indonesia
|
T3.1-P20
|
|
Future of aerosol radionuclide monitoring
|
T3.1-P22
|
|
Hyper-sensitive Gamma spectrometry – approaching the ultimate limit
|
T3.1-P23
|
|
Improvement of energy resolution of beta detector in radioxenon detection system (INGAS)
|
T3.1-P25
|
|
Investigating New Detection Mediums for Atmospheric Radioxenon Measurements
|
T3.1-P26
|
|
New Lobular Detection Technology and Possible Applications
|
T3.1-P27
|
|
Next generation low-power HPGe gamma-ray spectrometer to improve IMS particulate radionuclide station reliability
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T3.1-P28
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Project PIM: a low-cost mobile seismo-acoustic sensor for geophysical deployments
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T3.1-P29
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PVA nanofibers based microfluidics chip for detection and absorption of nuclear radioactive solutions
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T3.1-P30
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Radiation detection for OSI - A study of non-He-3 neutron detectors
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T3.1-P31
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Radioactive gas metrology at NPL and the development of short-lived gas standards
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T3.1-P32
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Radioxenon collection using synthetized xenon-adsorbing material for Nuclear Test Monitoring
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T3.1-P33
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Report on SPALAX-NG validation tests and performances
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T3.1-P34
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Results from a 6-month acceptance test of the SAUNA III- prototype
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T3.1-P35
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SAUNA-CUBE: The first prototype for a noble gas system adapted for an Array-network
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T3.1-P36
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Status of infrasound and seismic metrology at CEA
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T3.1-P37
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Status of the stack monitor for the STAX project
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T3.1-P38
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Study of materials for improved adsorption of xenon at IMS radionuclide stations
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T3.1-P39
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Testing of Cosmic Veto for RASA Background and MDC Reduction
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T3.1-P41
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The gas processing system of SAUNA CUBE
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T3.1-P42
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The Güralp Affinity as a replacement for the DM24SxAM
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T3.1-P43
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The radiation dose monitoring network system in a coastal area
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T3.1-P44
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Three Future Filters for IMS Radionuclide Particulate Operations
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T3.1-P45
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Towards disaster mitigation on Earthquakes and Tsunamis using off shore real time monitoring data
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T3.1-P46
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Ultra-sensitive measurements of large-volume radioxenon samples using an ultra-low-background proportional counter
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T3.1-P47
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Unmanned Aerial Vehicles in On-site Inspection: New techniques for gamma spectroscopy survey
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T3.1-P48
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Updated results from long-term infrasound sensor comparison
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T3.1-P49
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Xenon International
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T3.5 |
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T3.5 Data Analysis Algorithms, Artificial Intelligence, Big Data and Deep Learning |
T3.5-P1
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A Demonstration of the RKF Solution Method for Multi-physics Analysis of Radionuclides Evolved in Nuclear Testing
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T3.5-P2
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A new analysis method for beta-gamma radioxenon spectra, including improved calculation of decision limits
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T3.5-P3
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A new approach for calculating 1D local velocity model using Particle Swarm Optimization technique
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T3.5-P4
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A new blind deconvolution approach for the separation of seismic waves
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T3.5-P5
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A novel approach for signal sparse time-frequency representations
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T3.5-P6
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A semi-automatic method for extraction and interpretation of reflection Green’s Functions from ambient noise and signal, for IMS seismic station crustal reflector characterization
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T3.5-P7
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A simplified Fuzzy ARTMAP neural network based-approach for seismic signal discrimination between earthquakes and quarry blasts
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T3.5-P9
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Analyzing seismic explosion records using SEISAN
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T3.5-P11
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Applying waveform correlation to aftershock sequences using a global sparse network
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T3.5-P12
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Automatic characterization of phase type at three-component seismic stations using neural networks
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T3.5-P13
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Automatic machine learning methods for analyzing radioxenon isotopes spectra
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T3.5-P14
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Automatic Systems for Accurate Tracking of Aftershock Sequences
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T3.5-P15
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Bayesian Approach to Localization of Atmospheric Release with Demonstration on the Case of Ruthenium-106 Release in 2017
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T3.5-P16
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Can artificial intelligence help detect nuclear explosions?
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T3.5-P18
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Comparing REB and SSEB (IDC products) with other Seismic Data Centers
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T3.5-P19
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Comparison of pick-based and waveform-based event detectors for local to near-regional distance data from Utah
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T3.5-P20
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Contribution of Kazakhstan's Stations of the International Monitoring System into Global and Regional Monitoring
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T3.5-P21
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Data Processing Modular Software for real-time Stack Monitor
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T3.5-P22
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Detecting low magnitude seismic events using Convolutional Neural Networks
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T3.5-P24
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Detection and classification of lightning events
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T3.5-P25
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Detection performance of dynamic correlation processors using de-noised signal space-spanning templates
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T3.5-P26
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Developing a Deployable, Flexible Radionuclide Analysis Pipeline
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T3.5-P27
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Discrimination Between Earthquakes and Explosions by Using scaling parameter Hurst Parameter
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T3.5-P28
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Discrimination between nuclear explosions and natural earthquakes
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T3.5-P29
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Disturbing Incidents Signal Character Analysis in Nuclear Explosion Infrasound Detection
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T3.5-P30
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Dynamic and Agnostic State of Health (SOH) Analysis Tools for Noble Gas Systems
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T3.5-P31
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Enhancement on the algorithm of characterization limits of the net count calculation method for low counts of IMS beta-gamma coincidence noble gas samples
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T3.5-P32
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Exploiting Bayesian inference priors to form synthetic waveform events or to validate events formed by automatic processing
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T3.5-P33
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Global and local scale high-resolution seismic event catalogs for algorithm development and testing
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T3.5-P34
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Implementation of a Fast Infrasonic Spectrum Sensing System Based on Fisher-Statistics Detection Method
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T3.5-P35
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Improvements of phase detection and identification using 3C array processing
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T3.5-P36
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InfraPy – An Open Source Signal Analysis Toolkit for Infrasound Research
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T3.5-P37
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iNSPIRE: iNtegrated Software Platform for the Interactive REview - The first release features for beta-gamma coincidence based noble gas data
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T3.5-P38
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Joint Processing of Seismic and Infrasound Signals from Mining Blasts
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T3.5-P39
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Learning about small-scale atmospheric structures through recurrent infrasound events
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T3.5-P40
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Leveraging Powerful Artificial Intelligence Abstractions of IMS Data
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T3.5-P41
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Long-term infrasound monitoring of volcanic activities of Kyushu region in Japan
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T3.5-P43
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Matrix operation of the net count calculation method for beta-gamma coincidence spectrum analysis of IMS noble gas samples
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T3.5-P44
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Mel Cepstrum techniques for event identification
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T3.5-P45
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Multilayer neural network architecture optimization and performance amelioration for seismic signal classification using genetic algorithms
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T3.5-P46
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Optimization algorithm for synergy of CTBT verification techniques in addressing IMS and OSI tasks
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T3.5-P47
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Platform for Rain Monitoring and Flood Prevention Risk Oriented Citizen in Dakar
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T3.5-P48
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RASA Filter Jam Detection Algorithms
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T3.5-P49
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Recent Advances and Status of Generative Modeling for Network Processing at the CTBTO
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T3.5-P50
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Reduction of wind noise impact based on the use of data from a weather station in recording infrasound signals at IS43
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T3.5-P51
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RNIAC: A cloud-based approach of the Radionuclide National Data Centre (NDC) in a Box software (RNIAB)
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T3.5-P52
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RSTT validation studies in the Middle East, Central Asia and the Caucasus
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T3.5-P53
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Scientific evaluation of the benefits of increase in resolution for IDC's ATM tools and launching interface
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T3.5-P54
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SeisComP3 iLoc integration applied to array processing
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T3.5-P56
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Seismic Phase Identification with Deep Learning in Frequency Domain
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T3.5-P57
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Sensitivity analysis and disaggregation of recent seismic hazard assessment in Egypt
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T3.5-P58
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Sensitivity of a Bayesian source-term estimation model to spatiotemporal sensor resolution
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T3.5-P59
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Signal Character Analysis of Lightning in Nuclear Explosion Infrasound Detection
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T3.5-P60
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Simulations of gamma ray spectra of fission samples
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T3.5-P61
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Source Spectral Discrimination between Shallow Earthquakes and Quarry Explosions in Northern of Egypt
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T3.5-P62
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Source Term Estimation in the Presence of Nuisance Signals
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T3.5-P63
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Source Term Estimation Using Multiple Isotopes in Atmospheric Samples
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T3.5-P64
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Source term estimation with a simple weak-constraint inverse modeling scheme
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T3.5-P65
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Spectral Region-of-Interest Methods Used in Net Count Calculations
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T3.5-P67
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Stack data processing pipeline
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T3.5-P68
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Study of variants for seismic data pre-processing which are not leading to significant losses of information that may be needed
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T3.5-P69
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SVM classification of explosions and earthquakes using seismic features
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T3.5-P70
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Testing IMS/CTBT Verification Capability Using July 2013 Lake Albert Seismic Activity in Western Rift, Uganda
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T3.5-P71
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The application of multi-criteria synthetic method in discrimination of nuclear explosions from earthquakes
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T3.5-P72
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The challenge of quantitative comparison and quality assessment of IDC waveform bulletins
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T3.5-P73
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The Identification and Determination of Small Peaks and the False Positive Alarm in RN Particulate Spectra Analysis
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T3.5-P74
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The iterative processing framework: a new paradigm for automatic event building
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T3.5-P75
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THE STAX PROJECT. A NEW DATA SOURCE TO AID IN TREATY MONITORING
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T3.5-P76
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The Wind Influence to the Detection Ability of Permanent and Mobile Infrasound Stations in Mongolia
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T3.5-P77
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Toward reliable certainty for seismic processing tasks with deep learning
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T3.5-P78
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Towards Automatic Noble Gas Data Processing at the Canadian NDC
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T3.5-P79
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Towards real-time association of infrasound events using full-wave modeling
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T3.5-P80
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Using spectral ratios to discriminate between low-magnitude earthquakes, explosions and mining events in Canada
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T3.5-P81
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Weather support and application of ATM during an OSI: development perspectives
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T3.5-P82
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When can the combination of seismic and infrasound data improve event location?
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T3.5-P83
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Application of Nonlinear Echo State Network (Machine Learning) in Daily Streamflow Forecasting
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T5.2 |
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T5.2 Experience with and Possible Additional Contributions to Issues of Global Concern such as Disaster Risk Mitigation, Climate Change Studies and Sustainable Development Goals |
T5.2-P1
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Activities of the Ghana Nuclear Data Centre (NDC)
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T5.2-P4
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Contributions to Issues of Global Concern such as Disaster Risk Mitigation
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T5.2-P5
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CTBT in Global Context: Nepal' Scenario
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T5.2-P6
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CTBT Technology for securing SDG 6: Ensure availability and sustainable management of Water and sanitation for all.
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T5.2-P8
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Earthquake tectonics, sustainability of cities and infrastructure, seismic hazard assessment and mitigation. A Case study in north-east of Azerbaijan
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T5.2-P9
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Economic uses of previous nuclear test grounds (Semipalatinsk test site)
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T5.2-P12
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How National Young Academies can Help CTBTO implementing relevant Sustainable Development Goals
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T5.2-P13
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Identification of Mass Movements Using the CTBTO IMS Data: Seismo-Acoustic Technology
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T5.2-P14
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Integrating the CTBTO IMS and NDC into the NNNREP as a Tool for Enhancing Radiological Emergency Response and Preparedness in Nigeria
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T5.2-P15
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Integration of IMS Data and Smart Cities: Mardim Streps - Smart City Istanbul
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T5.2-P16
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Integration of Seismic Data of IMS for Sustainable Cities and Communities
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T5.2-P17
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Integration of the IMS waveform technologies for Tsunami Early Warning: A perspective from Venezuela and the Caribbean
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T5.2-P18
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Investigation of the Catchments Sensitivity on the Observed Climate Change Signal
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T5.2-P19
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Microgravity Survey to Evaluate Earthquake Effects on a Dam Site in Iraq
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T5.2-P22
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Modern seismic network development in Iraq
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T5.2-P24
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Operational Readiness of CTBT Hydroacoustic Stations in Achieving Sustainable Development Goal 14
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T5.2-P25
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Prediction of Major Earthquakes Using 4-D Seismic Attenuation Tomography
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T5.2-P27
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Promotion of Civil and Scientific Applications of Data and Techniques used for Nuclear-Test-Ban Verification
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T5.2-P28
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Recent seismic activities in Ghana: The role of the National Data Centre (NDC)
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T5.2-P29
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Remote sensing earthquake ground motions using seismo-acoustic coupled signals
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T5.2-P30
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Scientific Applications of IDC and IMS Products: Earthquake Research and Tsunami Warning in Sri Lanka
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T5.2-P31
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Seismic Hazard Assessment for Northern Malawi
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T5.2-P32
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Seismic Intensity Map of 5.5 Mozambique Earthquake
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T5.2-P33
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SEISMICITY STUDY OF BOTSWANA FROM 1966 TO 2012
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T5.2-P38
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Swedish Biodiversity in Time and Space
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T5.2-P40
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The changes in the wildlife of a region as an indicator of the effect of the radiation caused by the nuclear tests
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T5.2-P41
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|
The CTBTO IMS and NDC Opportunities to Help Detect, Prepare, Respond and Mitigate Disasters from Earthquakes and Tremors in Abuja, Nigeria
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T5.2-P43
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The Investigation between the CTBT and the UN Sustainable Development Goals
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T5.2-P44
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The role of NDCs and NDC cooperation to promote the additional use and understanding of IMS data to benefit civil applications
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T5.2-P45
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|
The WHO and the CTBTO: joint initiatives to address air pollution in the cities
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T5.2-P46
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Tsunami Evacuation Map in Padang, West Sumatra for Disaster Risk Mitigation
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T5.2-P47
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Tsunami risk assessment in South-Eastern Mediterranean
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T5.2-P48
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Urban Seismic Risk Evaluation for Georgia
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T5.2-P49
|
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Waiting to the eight: Billions people and CTBTO committed for a safer world
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