Member Since 2022
Sifang Chen
Student, University of Chicago
AGU Research
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Deep Earthquakes Can Generate Larger Co-Seismic Displacements Than Shallow Events
GNSS MONITORING OF THE TERRESTRIAL ENVIRONMENT: EARTHQUAKES, VOLCANOES, AND CLIMATE CHANGE I ORAL
geodesy | 15 december 2023
Sifang Chen, Sunyoung Park
In the past decades, remarkable advances have been achieved in understanding earthquake physics through the use of GNSS data. Our current framework of...
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Basin Effect on Ground Motion Examined Using Laboratory Seismic Data Based on 3D-Printed Los Angeles Basin Structure
SEISMOLOGY GENERAL CONTRIBUTION: EARTHQUAKES V ORAL
seismology | 13 december 2023
Sifang Chen, Jiong Wang, Sunyoung Park
Quantifying the influence of small-scale structures, such as basins, on seismic wave propagation is crucial in ground motion predictions and seismic h...
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Scaling Ocean Carbon Removal - Lessons from Land-Bound CDR Policy
OCEAN VISIONS BIENNIAL SUMMIT 2023
ocean-based contributions to carbon dioxide removal | 05 april 2023
Sifang Chen
Ocean CDR is a promising path for scalable carbon removal, but still faces a number of roadblocks to scale-up, including lack of policy support, clear...
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Phase Identification and Denoising Methods for Laboratory Seismic Data Based on 3D-Printed Earth Models
SEISMOLOGY CONTRIBUTIONS: GENERAL III ORAL
seismology | 14 december 2022
Sifang Chen, Sunyoung Park
Recently, it was first demonstrated that 3D printing technique can be used to build physical models representing the Earths subsurface velocity struct...
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Predicting Co-Seismic Deformation Following Intermediate and Deep Earthquakes: Toward Accurate GNSS Break Estimates and Improved Understanding of Deep Rupture Processes
SCIENTIFIC APPLICATIONS ENABLED BY THE INTERNATIONAL GNSS SERVICE (IGS) AND ASSOCIATED IMPROVEMENTS TO GNSS PRODUCTS I ORAL
geodesy | 12 december 2022
Sifang Chen, Sunyoung Park
Despite remarkable advances in understanding earthquake physics and seismic hazards through the use of GNSS data, our framework of understanding the E...
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