Faults focus groundwater recovery into rapid urban land uplift
Satellite geodesy and groundwater records suggest that crustal faults help concentrate aquifer recovery into sharply bounded zones of urban land ...
Satellite geodesy and groundwater records suggest that crustal faults help concentrate aquifer recovery into sharply bounded zones of urban land ...
A 2026 Perspective proposes a volumetric monitoring framework to detect underground urban expansion, connect it to environmental and infrastructure evidence, ...
A new study combining GRACE satellite gravity data, GNSS, InSAR, and seismic records finds that nearly all seismic energy along ...
A new open-source Python tool, LiCSAR-WinFetch, makes satellite radar data acquisition reproducible and lets researchers plan multi-frame InSAR studies before ...
A new global satellite analysis of 465 cities reveals widespread urban land subsidence, with the most severe sinking in Southern ...
A decade of satellite radar data reveals that land subsidence is widespread across 465 major cities worldwide, with hotspots in ...
A new InSAR study of southwestern Cyprus shows that active landslides in weak fine-grained rocks move fastest and that rainfall ...
Researchers at Lamar University have built an automated Python-based pipeline for comparing airborne LiDAR surveys from 2006 and 2017, cutting ...
Satellite radar, high-resolution terrain models, and field dating reveal that the northern boundary of Ecuador's Quito-Latacunga microblock is a 70-kilometer-wide ...
A new comparison of two satellite radar datasets along the central U.S. Gulf Coast reveals they barely agree outside dense ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine