Litcius/Paper detail

Temporal gravimetry, campaign and permanent GNSS, and interferometric radar techniques: A comparative approach to quantifying land deformation rates in coastal Texas

Amanda Beattie, Mohamed Ahmed, Tianxing Chu, Esayas Gebremichael, Muhamed Elshalkany, Ramadan Abdelrehim

2024The Science of The Total Environment8 citationsDOI

Topics & Concepts

GNSS applicationsInterferometric synthetic aperture radarGeodesyGNSS augmentationGeologySubsidenceGeodetic datumRadarSynthetic aperture radarRemote sensingEnvironmental sciencePhysical geographySatelliteGeographyGeomorphologyTelecommunicationsAerospace engineeringComputer scienceStructural basinEngineeringSynthetic Aperture Radar (SAR) Applications and TechniquesGeophysics and Gravity MeasurementsSoil Moisture and Remote Sensing
Temporal gravimetry, campaign and permanent GNSS, and interferometric radar techniques: A comparative approach to quantifying land deformation rates in coastal Texas | Litcius