Ilya Zaliapin | Talks and Seminars |
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78. May 26, 2022
Space-Time Variations of Seismicity: Quantitative Assessment and Systematic Changes Before Large Earthquakes
77. April 22, 2022
Space-Time Variations of Seismicity: Quantitative Assessment and Systematic Changes Before Large Earthquakes
76. April 6, 2022
Statistical analysis of earthquake clustering
75. October 12, 2021
Beyond ETAS: Invariant Galton-Watson Branching Process for Earthquake Occurrence
74. April 30, 2021
Localization of background seismicity: Estimation and application to tracking preparation of large earthquakes
73. April 19, 2021
Localization of seismicity prior to large earthquakes
72. October 21, 2020 
Quantifying preparation process of large earthquakes: Damage localization and coalescent dynamics
71. September 14, 2020
Localization and coalescence of seismicity before large earthquakes in California
70. August 28, 2020
Random self-similar trees and Horton laws
69. May 4, 2020
Quantifying preparation process of large earthquakes: Damage localization and coalescent dynamics
68. December 13, 2019
Hyperbolic geometry of earthquake networks
67. October 1, 2019
Earthquake declustering via a nearest-neighbor approach
in space-time-magnitude domain
66. October 25, 2018
Localization Processes Leading to Large Failures 65. June 26, 2018
Earthquake clustering in relation to preparation of large events and seasonal strain signals 64. April 26, 2018
Random self-similar trees and their applications 63. March 31, 2018
Random self-similar trees and their applications 62. January 29, 2018
Random self-similar trees and their applications 61. July 5, 2016
A tree-graph approach to selected problems of nonlinear dynamics 60. June 8, 2016
Understanding earthquake clustering:
A nearest-neighbor approach 59. April 14, 2016
Self-similar tree representation of coalescent, branching processes, and time series
58. March 8, 2016
Global earthquake cluster types
and catalog declustering:
A nearest-neighbor approach
57. July 23, 2015
Distinguishing artifacts of earthquake catalog errors
from genuine seismicity patterns
56. June 29, 2015
Distinguishing artifacts of earthquake catalog errors
from genuine seismicity patterns
55. March 31, 2015
Horton and Tokunaga self-similarity for random trees:
Empirical evidence and rigorous results
54. May 1, 2015
What's for tomorrow? Statistically speaking about Nature's catastrophes
53. March 31, 2015
Horton and Tokunaga self-similarity for random trees:
Empirical evidence and rigorous results
52. November 25, 2013
Random Self-Similar Trees: Models, Statistical Inference, and Applications 51. October 9, 2013
Spatio-temporal Evolution of Seismic Clusters in Southern and Central California 50. October 8, 2013
Random self-similar trees: models, statistical inference, and application 49. August 5, 2013
Random self-similar trees: statistical inference and hydrological applications 48. April 24, 2013
How to construct, quantify, and understand networks
representing natural systems: A tutorial
47. February 25, 2013
Self-similar networks in geosciences:
Overview and example results with a focus on statistical seismology 46. December 7, 2012
Different types of seismicity clusters in southern California:
A case study of non-universal behavior 45. December 6, 2012
Horton and Tokunaga self-similarity in basic models
of branching, aggregation, time series 44. October 1, 2012
Self-similar network approach to modeling complex geophysical systems 43. September 24, 2012
Self-similarity of random trees with applications 42. August 2, 2012 Horton and Tokunaga self-similarity for random trees and time series, with applications to river networks.
41. June 21, 2012 Are seismicity patterns and scaling laws truly universal? A detailed study in southern California 40. April 17, 2012 Relation between seismic clustering and physical properties of the lithosphere 39. December 7, 2011 Seismic clustering: Idetification and relation to the physical properties of the crust 38. October 22, 2011 Self-similar trees: an overview of theory and geophysical applications 37. July 21, 2011 Earthquake clustering: Identification and relations to the physical properties of the lithosphere 36. July 5, 2011 Hierarchical network approach to modeling complex geophysical systems 35. June 23, 2011 Earthquake clustering: Identification and relations to the physical properties of the lithosphere 34. April 13, 2011 Correlations between clustering and productivity properties of seismicity in California and heat flow 33. January 18, 2011 Hierarchical network approach to modeling natural complexities 32. December 16, 2010 Worldwide seismic clustering and correlations with regional physical properties. 31. May 5, 2010
Envirodynamics on river networks:
A minimal complexity framework for transport studies 30. April 23, 2010
Regional seismicity as a flow of clusters: A case study in California and Nevada 29. April 23, 2010
Asymmetric Properties of Early Aftershocks on Faults in California 28. February 2, 2010 Seismic clustering: objective identification and relations to physical properties of the crust 27. November 6, 2009 Envirodynamics on river networks: A theoretical approach 26. September 25, 2009 Level-set approach to testing premonitory power of probability maps 25. September 12, 2009 Transient detection via Multiscale Trend Analysis 24. July 6, 2009
Envirodynamics on river networks: A
theoretical approach 23. May 29, 2009
Self-similar networks: Structure and
Transport 22. May 27, 2009
Phase Transitions in Cluster Dynamics - New
Type of a Critical Phenomenon 21. April 20, 2009
Self-similar trees: Genesis, structure,
transport 20. April 13, 2009
Modeling Seismic Moment Release: A Step
Toward Resolving the Seismic Moment Deficit Paradox 19. April 8, 2009
Collaborative Research: Robust Climate
Projections and Stochastic Stability of Dynamic Systems 18. December 17, 2008
Statistics and correlations of seismic and
tectonic moment rate in California and the Great Basin 17. October 28, 2008
Cluster analysis of marked point processes and
earthquake aftershock identification problem
16. July 22, 2008
A Differential Delay Model of ENSO
variability: Extreme values and stability analysis 15. May 22, 2008
Aftershock identification and clustering analysis of seismicity 14. April 21, 2008
Alarm-based prediction: goals, construction and quality assessment 13. April 18, 2008
Aftershock identification and clustering analysis of seismicity 12. February 5, 2008
Testing earthquake prediction 11. February 5, 2008
Aftershock identification and cluster analysis of seismicity 10. January 30, 2008
Aftershock identification problem 9. December 12, 2007
A Differential Delay Model of ENSO
variability: Parametric instability and distribution of extremes 8. December 12, 2007
Predictability of extreme events in spatially distributed driven
hierarchical system 7. December 12, 2007
Aftershock identification problem 6. November 29, 2007
Aftershock identification problem 5. September 25, 2007
Estimating seismic moment rate from the observed seismicity 4. August 21, 2007
A Differential Delay Model of ENSO variability: Structural instability
and distribution of extremes 3. May 29, 2007
A Differential Delay Model of ENSO variability: Structural instability
and distribution of extremes< 2. December 14, 2006
Deviations from scale-invariance in extreme event phenomena: A
theoretical analysis 1. November 16, 2006
Nearest-neighbor analysis for marked point processes
and aftershock identification problem. |
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