One researcher noticed that all of
the GPS stations moved upward since 2003, coinciding with the timing of the current drought.
Not exact matches
The demonstration, which the team carried out with an experiment called
Station Explorer for X-ray Timing and Navigation Technology, or SEXTANT, showed that millisecond pulsars could be used to accurately determine the location of an object
moving at thousands of miles per hour in space — similar to how the Global Positioning System, widely known as
GPS, provides positioning, navigation, and timing services to users on Earth with its constellation of 24 operating satellites.
There was no shaking, but over several weeks, Global Positioning System (
GPS)
stations reversed their usual direction and
moved 2 to 4 mm to the southwest, as Herb Dragert of the Geological Survey of Canada in Sidney, British Columbia, and colleagues reported last year (Science, 25 May 2001, p. 1525).
In other words, all the
GPS stations on one side of a given fault
moved several centimeters in the same general direction.
Over that period, he and his colleagues have installed a network of
GPS stations in Nepal that allows them to monitor the way Earth's crust
moves during and in between earthquakes.
GPS stations record how the bedrock is
moving in response to changes in ice mass.