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United States

David Schmidt

University of Washington

Research Interests

Hosted students or early career scientist can engage on studies involving seafloor and terrestrial geodesy, particularly efforts to study the crustal deformation at subduction zones. The visit can be used as a training opportunity for those seeking to develop skills when working with seafloor geodetic data, including data collection and data processing practices. We can also advise on the processing and interpretation of InSAR data for crustal deformation and landslides.

Hosting Period

Hosted students or early career scientist can engage on studies involving seafloor and terrestrial geodesy, particularly efforts to study the crustal deformation at subduction zones. The visit can be used as a training opportunity for those seeking to develop skills when working with seafloor geodetic data, including data collection and data processing practices. We can also advise on the processing and interpretation of InSAR data for crustal deformation and landslides.

Facilities & Resources

Office space and desk, library access, computational resources; multidisciplinary expertise across campus that spans a range of subduction zone processes; marine facilities and resources.

Project Language

English

Keywords

seafloor geodesy; crustal deformation; InSAR; seismic hazards

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