Insights on the kinematics of deep-seated gravitational slope deformations along the 1915 Avezzano earthquake fault (Central Italy), from time-series DInSAR - Moro, M.; Saroli, M.; Tolomei, C.; Salvi, S. (Geomorphology (Amsterdam, Netherlands), 2009)
Keywords: Active fault; Deep-seated gravitational slope deformations; DInSAR; Earth sciences; Earth, ocean, space; Earthquakes, seismology; Exact sciences and technology; Geomorphological analysis; Internal geophysics; Marine and continental quaternary; Seismic triggering; Surficial geology; Tectonics. Structural geology. Plate tectonics; Southern Europe; Italy; Apennines; Europe; Central Apennines; Geomorphological analysis; DInSAR; Active fault; Deep-seated gravitational slope deformations; Seismic triggering; time series analysis; Neogene; mountains; upper Pliocene; upper Tertiary; excavations; slopes; earthquakes; modern; displacements; deformation; scarps; relief; Cenozoic; Synthetic aperture radar; tectonic controls; seismotectonics; maps; Quaternary; Tertiary; interferometry; kinematics; velocity; Pliocene; landforms; active faults; Phanerozoic; landform evolution