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David Schmidt
University of Washington SeattleMeeting roles in:
Seafloor Velocities in Alaskan Subduction Zone: Initial Results From GNSS-A
Spar Buoys for Seafloor Geodesy and Physical Oceanographic Observations on the Shallow Continental Shelf
Spar Buoys for Seafloor Geodesy and Physical Oceanographic Observations on the Shallow Continental Shelf
Vertical Land Movement in the Pacific Northwest with a Time-Dependent Probabilistic Framework
Velocity derived from high-resolution ground-based radar interferometry: a case study of the slow-moving Rattlesnake Ridge landslide in central Washington State.
The Cascadia Offshore Subduction Zone Observatory Infrastructure Project
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