Global navigation satellite system (GNSS) site coordinate time series provides essential
data for geodynamic and geophysical studies, realisation of a regional or global geodetic …

Since its introduction in 1997, precise point positioning (PPP) offers an attractive alternative
to differential global navigation satellite system (GNSS) positioning. The PPP approach uses …

GPS has been extensively used to estimate tidal ground displacements, but the accuracy of
this has not been systematically verified. Using more than 20 sites distributed across …

Long‐running, short (≪ 1 km) GPS baselines offer an insight into the accuracy budget of
geophysical estimates inferred from GPS coordinate time series. In this paper, we report on …

The accuracy of ocean tide loading (OTL) displacement values has long been assumed to
be dominated by errors in the ocean tide models used, with errors due to the convolution …

The world's largest observed Slow Slip Events (SSE) occurred in 2001–2002 and 2006 in
the Guerrero subduction zone, Mexico. Using an improved GPS processing that accounts for …

GPS has been used to estimate ocean tide loading (OTL) height displacement amplitudes to
accuracies of within 0.5 mm at the M2 frequency, but such estimation has been problematic …

Large time series of interferometric synthetic aperture radar (InSAR) measurements make it
possible to detect slow tectonic motions of the Earth's surface on the order of millimeters per …

Ocean loading effects cause 3-D displacements large enough to affect space geodesy
measurements either at the subdiurnal periods or at longer time scales by the means of …

Three-dimensional ocean tide loading (OTL) displacements of eight diurnal and semidiurnal
constituents at 12 sites in Hong Kong were estimated using 3–7 years of continuous global …