Synthetic aperture radar (SAR) interferometry is a technique that permits remote detection of
deformation at the Earth's surface, and has been used extensively to measure …

Geodesy, the oldest science, has become an important discipline in the geosciences, in
large part by enhancing Global Positioning System (GPS) capabilities over the last 35 years …

For mapping Earth surface movements at larger scale and smaller amplitudes, many new
synthetic aperture radar instruments (Sentinel‐1A/B, Gaofen‐3, ALOS‐2) have been …

Atmospheric effects represent one of the major error sources of repeat-pass Interferometric
Synthetic Aperture Radar (InSAR), and could mask actual displacements due to tectonic or …

Correcting for tropospheric delays is one of the largest challenges facing the interferometric
synthetic aperture radar (InSAR) community. Spatial and temporal variations in temperature …

Pointwise GPS measurements of tropospheric zenith total delay can be interpolated to
provide high‐resolution water vapor maps which may be used for correcting synthetic …

Temporal and geometrical decorrelation often prevents SAR interferometry from being an
operational tool for surface deformation monitoring and topographic profile reconstruction …

Discrete and temporarily stable natural reflectors or permanent scatterers (PS) can be
identified from long temporal series of interferometric SAR images even with baselines …

Synthetic aperture radar interferometry (InSAR) from Earth-orbiting spacecraft provides a
new tool to map global topography and deformation of the Earth's surface. Radar images …

A total of 954 continuous GPS position time series from 414 individual sites in nine different
GPS solutions were analyzed for noise content using maximum likelihood estimation (MLE) …