|
Ying Zhou |
|
Water-driven generation of picritic melts in the Middle to Late Triassic Stuhini arc, Stikine terrane, British Columbia, Canada
D. Milidragovic, J.B. Chapman, S. Bichlmaier, D. Canil & A. Zagorevski |
|
Origin of the Columbia River Basalt: Passive ascent of shallow mantle, or active upwelling of a deep-mantle plume?
V. Camp |
|
Subduction-triggered
magmatic pulses: a new class of plumes?
C. Faccenna, T.W.
Becker, S. Lallemand, Y. Lagabrielle, F. Funiciello & C.
Piromallo
Discussion of
this webpage |
|
Intraplate
Magmatism in the SW US: The Colorado Plateau Edges
J. van Wijk, W.S. Baldridge, J. van
Hunen, S. Goes, R. Aster, D. Coblentz, S.P. Grand, & J.
Ni |
|
Cenozoic
Extensional Basin Development and Sedimentation in
SW Montana
R.C.
Thomas |
|
|
|
The
Columbia River Flood Basalts: Consequence of subduction-related
processes
A. Ivanov |
|
Crustal
seismology helps constrain the nature of mantle melting
anomalies: The Galápagos Volcanic Province
Valentí
Sallarès, Philippe Charvis, Ernst R. Flueh, Joerg
Bialas and the SALIERI Scientific Party |
|
Delamination
Origin for Columbia River Flood Basalts and Wallowa
Mountains Uplift
David L. Abt, T.C.
Hales, Eugene D. Humphreys & Joshua J. Roering |
|
The
Columbia River Basalts & Yellowstone Hot Spot: A
Mantle Plume?
Peter R. Hooper |
Quartz
Mountain obsidian |
The
Oregon High Lava Plains: Proof against a plume origin
for Yellowstone?
Brennan T. Jordan |
|
Radiating
Volcanic Migrations: An example from the Pacific Northwest,
U.S.A.
Vic Camp &
Martin Ross |
|
Yellowstone
G. R. Foulger |
