The Mendocino Experiment
A deployment of 80 broadband seismometers across the Mendocino Triple Junction (MTJ). The MTJ is where Cascadia subduction is transformed into the San Andreas Fault system. The experiment will track this process through high resolution imaging of the lower crust and uppermost mantle. more...

FACES:
Flexarry Along Cascadia
Experiment for Segmentation
A deployment of 23 broadband seismometers along the length of Cascadia designed to study the process of episodic tremor and slip (ETS). The study will allow detailed mapping of ETS and image the structure of the forearc. more...

Episodic tremor and slip all along Cascadia
By combing data from geodetic and seismic sensors throughout Cascadia a catalog of ETS events has been developed for the subduction zone. From 2000 to 2006 there where 22 months during which an ETS event occurred, i.e. an average of one every 3.3 months. Find animations of ETS events, a one-page summary presented to NEPEC and a manuscript detailing the catalog, more...

Oregon Array for Teleseismic Study
OATS is a deployment of broadband seismic stations across Oregon. The line extends from the McDermitt Caldera to the northwest along the Newberry track, past the Newberry Caldera, over the High Cascades and on to the coast within ~100 km of the trench. more... Photos from the deployment

Iceland: crust, mantle and flow
Here you can explore the models in your web browser. There are 2D slices through the various models, plus you can view and manipulate them using a Java3D viewer applet. Also download the raw model and data files. more...

Reprints:
Anisotropic structure - flow down asthenospheric channels
Squeezing the Iceland anomaly - model validation using SEM
The mantle study - imaging the plume head
The crustal study - 46 km thick crust in Iceland
Thin hot plume beneath Iceland - Constraining upwelling using diffraction effects