Description
Global Positioning System (GPS) time series from the National Science Foundation (NSF) Earthscope's Plate Boundary Observatory (PBO) and Central Washington University's Pacific Northwest Geodetic Array (PANGA). GPS station velocities were used to infer strain rates using the "splines in tension" method. Strain rates were derived separately for subduction zone locking at depth and block rotation near the surface within crustal block boundaries.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| Elastic Deformation Addendum.zip | ZIP | Elastic deformation caused by subduction locking and block rotation modeled from High Precision GPS Time Series and Strain Rates for the Geothermal Play Fairway Analysis of Washington State Prospects Project. | Open resource |
| Washington and Oregon GPS.zip | ZIP | Preliminary and final data delivery of analysis of High Precision GPS Time Series and Strain Rates for the Geothermal Play Fairway Analysis of Washington State Prospects Project. | Open resource |
Tags
- block-rotation
- cascade-range
- deformation
- dilatational-strain-rate
- dilational-strain-rate
- elastic
- exploration
- geodesy
- geodetic-array
- geodetic-strain-rate
- geospatial-data
- geothermal
- gps
- gps-station-velocities
- locking
- maximum-shear-strain-rate
- maximum-shear-strain-rates
- or
- oregon
- pacific-northwest
- panga
- pbo
- pfa
- plate-boundary-obsevartory
- play-fairway
- rate
- splines-in-tension
- strain
- strain-rate-tensor
- subduciton
- subduction-locking
- subduction-zone
- wa
- washington
- washington-state
- washinton