Interferometric Synthetic Aperture Radar (InSAR) is a powerful technology for observing the
Earth surface, especially for mapping the Earth's topography and deformations. InSAR …

Apparent seasonal site position variations are derived from 4.5 years of global continuous
GPS time series and are explored through the “peering” approach. Peering is a way to …

Geophysical ground motion occurs over a broad temporal spectrum, ranging from very high
frequency seismic oscillations (> 100 Hz) to very long period tectonic deformation at …

Interferometric synthetic aperture radar (INSAR), like other astronomic and space geodetic
techniques, is limited by the spatially and temporally variable delay of electromagnetic …

Atmospheric effects represent one of the major limitations of repeat‐pass interferometric
synthetic aperture radar (InSAR). In this paper, GPS, and Moderate Resolution Imaging …

We evaluate a new method of Global Positioning System (GPS) data analysis, called
instantaneous positioning, at spatial scale lengths typical of interstation spacings in a …

The accuracy of spaceborne geodetic techniques, including SAR interferometry, is limited by
the time and spatial variation and altitude dependance of the propagation delay of …

Over the last two decades, repeat pass interferometric synthetic aperture radar (InSAR) has
been widely used as a geodetic technique for measuring the Earth's surface, including …

Seismic reflection profiles, petroleum wells, and relocated earthquakes reveal the presence
of an active blind-thrust fault beneath metropolitan Los Angeles. A segment of this fault likely …

We provide a technique to efficiently produce high‐resolution three‐dimensional surface
motion maps by combining information about the motion of the Earth's surface from …