Capturing global seismic potential from GEM’s fault, quake, and strain datasets Ross S. Stein GEM Scientific Board chair, and U.S. Geological Survey geophysicist, GEM REVEAL 2013
ALOS PALSAR interferometry of Taupo Volcanic Zone, New Zealand Sergey Samsonov 1,3, John Beavan 1, Chris Bromley 2, Bradley Scott 2, Gill Jolly 2 and Kristy.
Present-day Kinematics of the East African Rift Sarah Stamps, Eric Calais (Purdue University, IN, USA - [email protected])[email protected] Elifuraha.
Why North China is seismically active while South China remains largely aseismic? Youqing Yang & Mian Liu, Dept. of geol. University of Missouri-Columbia.
Theoretical studies indicate (e.g., Weertman, 1980; Ben-Zion and Andrews, 1997; Ben-Zion 2001; Ampuero and Ben-Zion 2008; Brietzke et al. 2009) that ruptures.
Theoretical studies indicate (e.g., Weertman, 1980; Ben-Zion and Andrews, 1998; Ben-Zion 2001; Ampuero and Ben-Zion 2008; Brietzke et al. 2009) that ruptures.
HTDP: A tool to correct survey data for tectonic motion Chris Pearson, National Geodetic Survey Richard Snay, National Geodetic Survey Rob McCaffrey, Troy.
Using GPS velocities to understand crustal strain Vince Cronin Beth Pratt-Sitaula Bill Hammond Corné Kreemer Shelley Olds Phil Resor Nancy West.
Modeled continuous velocity fieldModeled strain rate magnitudes Surface Deformation of Alaska Evidence for a rigid Bering plate Extension in northwestern.
An improved and extended GPS derived velocity field of the postglacial adjustment in Fennoscandia Martin Lidberg 1,3, Jan M. Johansson 1, Hans-Georg Scherneck.
Blue – comp red - ext. blue – comp red - ext blue – comp red - ext.
Jayne Bormann and Bill Hammond sent two velocity fields on a uniform grid constructed from their test exercise using CMM4. Hammond ’ s code.
