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个人简介
My research combines geophysics and geodesy. I work both on understanding active earth processes, and on understanding and improving the tools we use to measure them. I find these two lines of my work to be significantly intertwined.
I study active crustal deformation processes. Think of it as geology in action. I am interested in the kinematics and dynamics of the active processes that shape the Earth. My active research projects include studies of tectonic deformation in plate boundary zones, earthquakes, postseismic deformation and the earthquake cycle, inflation and eruption of active volcanoes, glacial-isostatic adjustment and its effects on relative sea level, and variations in water, snow and ice via the deformation these load variations cause. The main tool for my research is the Global Positioning System (GPS), although I have also made use of Synthetic Aperture Radar interferometry (InSAR) and other geodetic tools. Using GPS it is possible to measure relative positions between GPS sites with a precision as good as a few millimeters. By repeating these surveys over a period of time, we can watch as plates move and the earth deforms.
I study active crustal deformation processes. Think of it as geology in action. I am interested in the kinematics and dynamics of the active processes that shape the Earth. My active research projects include studies of tectonic deformation in plate boundary zones, earthquakes, postseismic deformation and the earthquake cycle, inflation and eruption of active volcanoes, glacial-isostatic adjustment and its effects on relative sea level, and variations in water, snow and ice via the deformation these load variations cause. The main tool for my research is the Global Positioning System (GPS), although I have also made use of Synthetic Aperture Radar interferometry (InSAR) and other geodetic tools. Using GPS it is possible to measure relative positions between GPS sites with a precision as good as a few millimeters. By repeating these surveys over a period of time, we can watch as plates move and the earth deforms.
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JOURNAL OF GEOPHYSICAL RESEARCH-SOLID EARTHno. 5 (2023)
JOURNAL OF GEOPHYSICAL RESEARCH-SOLID EARTHno. 1 (2023)
JOURNAL OF APPLIED GEODESYno. 4 (2023): 427-439
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