Focus of Study I use GPS to
study crustal motion in Greenland, Antarctica, South America, and the islands of the South Pacific.
Focus of Study Using GPS and other remote sensing techniques to
study crustal deformation in Antarctica.
Geologists like Avouac and his colleagues, who are interested in tectonics — the study of the earth's surface and the way it changes — can use tools such as GPS and seismology to
study crustal deformation that is taking place today.
Not exact matches
Wright, Steinn Sigurdsson, professor of astrophysics and Arpita Roy, graduate student in astronomy and astrophysics, and lead author of the
study, realized that the absence of maria, which is due to a difference in
crustal thickness between the side of the moon we see and the hidden side, is a consequence of how the moon originally formed.
These
studies show that from the High Plains of Colorado to eastern Kansas, the
crustal thickness or density correlates with a decline in elevation, from about 2 kilometers in the west to near sea level in the east.
The
study, Lifetime and size of shallow magma bodies controlled by
crustal - scale magmatism, was led by researchers at ETH Zurich, and also included researchers from the Georgia Institute of Technology.
«The main point is that the
crustal bathymetry is complex,» says David Lund, a paleoceanographer at the University of Connecticut, Avery Point, who was not involved with the
study.
«For the first time we could obtain images of the deeper
crustal structure in the region where the Walvis Ridge joins the African continent, in order to
study the impact of a mantle plume» explains Trond Ryberg from GFZ.
«The actual hazard is the same, but now we have a much better understanding of the complete
crustal magma system,» says
study co-author Robert B. Smith, a research and emeritus professor of geology and geophysics at the University of Utah.
«Devising stable geometrical reference frames for use in geodetic
studies of vertical
crustal motion.»
Focus of
Study I'm currently
studying seismology on a variety of scales, from volcanic media to continental scale
crustal analyses.
Scientists are
studying this mound to gain an understanding of the interaction of
crustal rocks and seawater, and to learn how sulfide mounds on land were formed millions of years ago.
«Overall, this new image of Yellowstone's
crustal magma reservoir provides a better understanding of the magmatic volume, melt configuration, and fluid state that control its potential for future volcanism and its joint volcano ‐ earthquake hazard, as well as a basis for assessing temporal changes in the reservoir properties that could portend new volcanism,» the researchers wrote in their
study.
Collecting data from NASA's satellite Gravity and Recovery Climate Experiment, known as GRACE, and GPS measurements of the bedrock on the edges of the ice sheet, the Denmark Technical Institute's National Space Institute in Copenhagen was able to show that
crustal uplift due to ice loss has gone up by 1.5 inches between October 2005 and August 2009 along the northwest coast, a change that
study co-author John Wahr calls «very dramatic».
Active research areas in the Solid Earth Sciences division of CIRES include
studies of earthquake and other geologic hazards, sea level change, mountain building, plate tectonics, and landscape and
crustal evolution.