We assess the noise characteristics in time series of daily position estimates for 23 globally
distributed Global Positioning System (GPS) stations with 3 years of data, using spectral …

The high elevations of the Himalaya and Tibet result from the continuing collision between
India and Asia, which started more than 60 million years ago1–4. From geological and …

Unlike the past International Terrestrial Reference Frame (ITRF) versions where global long‐
term solutions were combined, the ITRF2005 uses as input data time series (weekly from …

For the first time in the history of the International Terrestrial Reference Frame, the ITRF2000
combines unconstrained space geodesy solutions that are free from any tectonic plate …

We use geodetic techniques to study the India‐Eurasia collision zone. Six years of GPS data
constrain maximum surface contraction rates across the Nepal Himalaya to 18±2 mm/yr at …

Global Positioning System (GPS) measurements collected since the early 90's allow us to
derive geodetic velocities at 16 permanent stations in east Asia and 68 campaign mode …

We have analyzed 204 days of Global Positioning System (GPS) data from the global GPS
network spanning January 1991 through March 1996. On the basis of these GPS coordinate …

In 1997 and in 2000, we measured the distances between 14 geodetic benchmarks across
the central Zagros mountain belt. The results show that about 10 mm/yr of shortening in the …

Plate tectonic motions have been estimated in Papua New Guinea from a 20 station network
of Global Positioning System sites that has been observed over five campaigns from 1990 to …

Global Positioning System (GPS) measurements in 1986, 1994, and 1995 at sites in
Dominican Republic, Puerto Rico, Cuba, and Grand Turk define the velocity of the …