OEFIS project [2025- ongoing]
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OEFIS project (The A Short-term Forecasting System for Volcanic and Tectonic Seismicity in Southwest Iceland)
Funding: Icelandic Centre for Research (RANNIS)
Roles: Principle Investigator and Beneficiary
Topics: OEF, Hazard, CSEP, Volcanic seismcity, Tectonic Seismicity
Goals:
WP1: Ensemble spatiotemporal ETAS models for Bayesian forecasting of volcano-tectonic seismic sequences
WP2: Hybrid statistical and physical volcanic-seismicity forecasting model
WP3: A harmonized instrumental earthquake catalogue for Southwest Iceland
WP4: Time-dependent probabilistic seismic hazard forecasting system
WP5: Establishing the first Icelandic CSEP node for prospective model evaluation
GeoSitEff2Haz project [FEB 2022- ongoing]
GeoSiteEff2Haz project (The Comprehensive Quantification of Earthquake Site-effects in Iceland and their Incorporation and Influence on a New Short-term Seismic Hazard Assessment)
Funding: Icelandic Centre for Research (RANNIS)
Roles: Co-proposer and Beneficiary
Topics: Site effect, ground motion modeling, site proxy
Further info can be found here.
Goals:
WP1: Investigating frequency-dependent posterior distributions of earthquake site effects on Icelandic seismic stations using a flexible Bayesian framework
WP2: Building a comprehensive Icelandic GIS database of site-effect proxies for earthquake and engineering seismology
WP3: Establishment of optimal GMMs for distinct site conditions
WP4: Establishment of a hybrid Vs30 map with geology and terrain data
WP5: The first seismic hazard assessment in Iceland that accounts for site effects on the key geological units: a case study of short-term PSHA
ICE-OBEF project [OCT 2021- May 2024]
ICE-OBEF project (Quantification of the Reliability of an Operational Bayesian Earthquake Forecasting System for Iceland)
Funding: Icelandic Centre for Research (RANNIS), #218255
Roles: Principal Investigator and Beneficiary
Topics: Operational Aftershock Forecasting, Seismic Hazard Assessment, ETAS seismicity model, short-term earthquake forecasting
Further info can be found here.
ETASweb.pptxSISZeq-Hourly.mp4Seismicity in the South Iceland Seismic Zone and Reykjanes Peninsula from 1992 to 2013
Seismicity in the South Iceland Seismic Zone and Reykjanes Peninsula from 1992 to 2013
TURNkey project [OCT 2019- SEP 2021]
TURNkey project (Towards more Earthquake-resilient Urban Societies through a Multi-sensor-based Information System enabling Earthquake Forecasting, Early Warning and Rapid Response actions)
Funding: European Union’s H2020 research and innovation programme-grant No. 821046
Roles: WP2 (Testbed Monitoring) Co-Leader
Researcher in WP3 (hazard), WP4 (vulnerability), WP5 (risk)
Topics: seismic risk assessment- Operational Earthquake Forecasting- aftershock hazard assessment- ShakeMap
Ground Motion Variability across an Urban Array during the 2008 M6.3 Ölfus Earthquake in South Iceland and its Impact on Seismic Loss Estimation
Ground Motion Variability across an Urban Array during the 2008 M6.3 Ölfus Earthquake in South Iceland and its Impact on Seismic Loss Estimation
presentation at the 37th General Assembly of the European Seismological Commission - Sep 2021
Exploring the Variability of ETAS Parameters for Potential Operational Earthquake Forecasting system in Southwestern Iceland
Exploring the Variability of ETAS Parameters for Potential Operational Earthquake Forecasting system in Southwestern Iceland
presentation at the 37th General Assembly of the European Seismological Commission - Sep 2021
IranGMM project [2014- 2018]
IranGMM project
Goal: Development of a set of ground-motion models for predicting vertical, horizontal and vertical-to-horizontal components of PGA, PGV & 5%-damped spectral acceleration (0.01–10 s) in Iran
Role: PhD student
BSSA-slides.pptYou can access the MATLAB scripts to implement the GMMs via AtefeD/Iran_GMMs.git
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