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Items
of special interest
DI22A-05. S and P-wave velocity
structure beneath the Hawaiian hotspot from the
PLUME deployments of ocean-bottom and land seismometers
C.J. Wolfe et al.
DI22A-08. Post-shield and rejuvenated
lavas sample homogeneous components in the source
of the Hawaii mantle plume
D. Weis et al.
T43K-01. The seismic structure
of the mantle beneath Iceland
J.E. Ritsema et al.
T43K-02. Mantle dynamics beneath
the Pacific Northwest and the generation of post-20
Ma volcanism
M.D. Long et al.
T43K-03. Seismic evidence for intermittent
upwelling of hot lower mantle beneath Yellowstone
B. Schmandt et al.
T43K-04. Three-Dimensional Geophysical
Structure of the Yellowstone / Snake River Plain
Hotspot System: Is a Deep Mantle Plume Required?
M.J. Fouch et al.
T43K-05. Weak Intraplate Volcanism
Caused by Shear-Driven Upwelling
T.A. Bianco et al.
T43K-06. Mantle Heterogeneity and
Off Axis Volcanism on Young Pacific Lithosphere
N. Harmon et al.
T43K-08. Onset of Yellowstone-related
volcanism due to propagating rupture of the Farallon
slab
L. Liu & D.R. Stegman
T44D-01.
Generation of Alkalic Intraplate Basalts via
Partial Melting of a Carbonated Mantle
R. Dasgupta et al.
T44D-02. Evidence for metasomatic
enrichment in the oceanic lithosphere and implication
for the generation of intraplate basalts
S. Pilet et al.
T44D-04.
Tracing the sublithospheric sources of continental
flood basalts: multi-elemental isotopic studies
on the recently found ferropicrites and meimechites
from the Karoo large igneous province
J.S. Heinonen et al.
T44D-07. Melting of the oceanic
crust in the stagnant slab at the mantle transition
zone: constraints from alkaline basalts in eastern
China
T. Sakuyama et al.
T44D-08. The Upper Mantle Shear
Boundary Layer Is The Source Of Midplate Volcanoes
D.L. Anderson
T51H-2456. Origin of the Early
Cretaceous continental intraplate volcanism, NW
Syria: melting of a metasomatised lithospheric
mantle
G.S. Ma et al.
T51H-2461. Heterogeneous refertilization
of the upper mantle beneath the Azorean volcanoes.
Evidence from mantle xenoliths
C. Cannatelli et al.
T51H-2476. Icelandic emergence:
an alternative vision based on the model of volcanic
systems
C.B. Savry & E. Canon-Tapia
V51D-2535. Crustal structure of
Shatsky Rise from joint refraction and reflection
seismic tomography
J. Korenaga & W.W. Sager
V51E-2552. The origin of the Line
Islands: plate or plume controlled volcanism?
L.P. Storm et al.
V53G-01.
The unusual Samoan hotspot: A “hotspot
highway” juxtaposed
with a trench
M.G. Jackson et al.
V53G-02.
The Hawaii-Emperor Bend: Plate motion, plume
motion, or both?
P. Wessel
V53G-03.
Motion of Hawaii and Louisville hotspots: Comparision
of modeling results with new age and paleolatitude
data
B.M. Steinberger et al.
V53G-04. Geodynamic Inferences
from Integrated Ocean Drilling Program Expedition
330 to the Louisville Seamount Trail
A.A. Koppers et al.
V53G-08. Ninetyeast Ridge Formed
as a Single, Near Spreading Center, Hotspot Track
M.S. Pringle et al.
V54A-03.
On the Possible Relation of the Louisville Hotspot
and Ontong Java Plateau from Integrated Ocean
Drilling Program Expedition 330 Results
A.A. Koppers et al.
V54A-04. The Shatsky Rise Supervolcano
and the Formation of Oceanic Plateaus
W.W. Sager |
