Cascadia Fluids Model

Special Interest Groups

Special Interest Group

Cascadia Fluids Model

Fluids are ubiquitous in the Earth’s crust and play a fundamental role in subduction zone processes. These fluids affect near-surface landslide behavior and liquefaction hazards and can trigger earthquakes deep inside the Earth. They also facilitate the melting of rock that feeds our active volcanoes. The Cascadia Fluids Model SIG will work towards constructing a community model that maps the presence of fluids using different types of geophysical data. This SIG will coordinate closely with other model building efforts such as CVM, CFM and CSSS as well as with SIG3.

Extensively veined blueschist facies rocks exhumed from deep slow slip conditions (Photo Credit: Amanda Thomas).

Engagement

Resources

Learn more about the Cascadia Fluids Model SIG

Meet The Team

Cascadia Fluids Model SIG Membership

Cailey Condit, University of Washington

Cailey Condit
Cascadia Fluids Model SIG Lead
University of Washington
ccondit@uw.edu

Pieter-Ewald Share, Oregon State University

Pieter-Ewald Share
Oregon State University
pieter.share@oreognstate.edu

Amanda Thomas, University of Oregon

Amanda Thomas
University of Oregon
amthomas@uoregon.edu

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