| Presenter |
Title |
Format |
N. Bangs |
Welcome/Goals of the Workshop |
|
D. Smith |
NSF Update |
|
H. Tobin |
NanTroSEIZE: The IODP Nankai Trough Seismogenic Zone Experiment |
|
G. Moore |
Structural and stratigraphic setting of the NanTroSEIZE Kumano transect from 3D seismic data |
|
H. Tobin |
In situ properties, structure, and state of stress in the NanTroSEIZE transect: Logging While Drilling results from IODP Expedition 314 |
|
T. Byrne |
Preliminary results from IODP Expedition 315, Nankai Trough |
|
G. Kimura |
Nankai Trough shallow splay and frontal thrust: IODP Expedition 316 |
|
Y. Ito |
Very-low-frequency earthquake within accretionary prism along Nankai Trough |
|
M. Protti |
Seismicity reveals clear segmentation and differences in coupling along the Costa Rica subduction zone |
|
K. McIntosh |
Seismic reflection and refraction structure of the Middle America trench, Nicaragua and Costa Rica |
|
A. Newman |
Geodetic and seismic characteristics of the Middle America Trench: Focus on northern Costa Rica and Nicaragua |
|
P. LaFemina |
Forearc motion and Cocos Ridge collision in Central America |
|
R. Harris |
The thermal structure of the Costa Rica margin along the Middle
America trench |
|
C. Ranero |
Costa Rica seismogenesis project (CRISP), a complex drilling proposal at the IODP |
|
D. Fisher |
Variations in shallow structure across the Sumatran Forearc based on a high resolution single-channel seismic reflection survey |
|
J.-P. Avouac |
Interseismic stress build up, co-seismic stress release and afterslip on the Sumatra megathrust |
|
C. Goldfinger |
Plate boundary submarine paleoseismology |
|
A. Trehu |
Low angle thrust earthquakes in the "locked zone" beneath the central Cascadia continental margin |
|
J.C. Moore |
World’s thickest seismogenic fault rock from a subduction complex, Kodiak Islands, Alaska |
|
S. Kirby |
Great and giant subduction earthquakes and regional and transoceanic tsunamis that they spawn: Global trends, exceptions to the trends and geohazards implications |
|
E. Davis |
Using pressure as a proxy for strain: A review of ODP/IODP “CORK” technology and observations |
|
E. Roeloffs |
Borehole strainmeters: Instruments for measuring aseismic deformation in subduction zones |
|
D. Chadwell |
Seafloor geodesy: Transitioning to continuous monitoring of plate motion in subduction zones |
|
E. Araki |
Development of cabled seafloor seismo-geodetic network and seafloor borehole observatories in the Nankai Trough |
|
K. Wang |
Observing a subduction-zone earthquake cycle within a decade |
|
K. Brown |
Slow and fast slip events. How could we study them? |
|
S. Schwartz |
Slow slip- An ubiquitous yet poorly understood mode of strain release |
|
C. Ammon |
Broadband seismic imaging of large earthquake ruptures |
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Y. Liu |
Role of fault dilatancy in subduction zone aseismic deformation transients |
|
C. Marone |
Mechanics of the seismogenic zone: Frictional properties and hydromechanical processes related to the updip transition from stable to
unstable faulting |
|
D. Reed |
Bringing MARGINS science to the Classroom – Examples from SEIZE |
|