Remote Sensing of Volcanic Processes and Risk (MDPI - Multidisciplinary Digital Publishing Institute, 2021)
Keywords: acoustic infrasound; ash fall; ash plumes; Bezymianny; change detection; Convolutional Neural Network (CNN); Digital Elevation Models; edifice growth and collapse; effusive activity; elevation model; EMI; emissivity; EO-1 ALI; eruption forecasting; eruptive style; Etna Volcano; explosive basaltic volcanism; FENIX; FireBIRD; fissural eruption; gas emission monitoring; gas emissions; GPR; Ground-Based InSAR; ground-based remote sensing; HDR geothermal systems; heat flux; hyperspectral; inflation; infrared live cam; infrared remote sensing; infrasonic activity; InSAR processing; inversion modelling; lahars hazard; Landsat 8; landslides; lava dome; lava field; lava flow; lava flow modeling; lava flow volume estimation; lava flows; lava fountain; long- and short-term precursors; LSMA; Láscar volcano; magma accumulation; magnetic anomalies; mapping; MODIS data; monitoring; MSG SEVIRI; Mt. Etna; Multi-GAS; multi-platform satellite observations; open-vent activity; optical sensors; PLEIADES; post-unrest deflation; precipitable water vapor; pyroclastic density currents; pyroclastic flows; radar path delay; radar pixel offsets; Reference, Information and Interdisciplinary subjects; remote sensing; Research and information: general; RSTVOLC; Santorini; SAR imaging; SAR interferometry; satellite remote sensing; scanning Mini-DOAS; Seasonal-Trend Decomposition; seasonality; seismic monitoring; Sentinel missions; SENTINEL-2 images; SMACC; small satellites; SO2 fluxes; SO2 gas emission; SPOT; Stromboli volcano; Synthetic Aperture Radar (SAR) imaging; TET-1; thermal anomalies; thermal imaging; thermal measurements; Timanfaya volcanic area; time series; UV Camera; Villarrica Volcano; volcanic cloud; volcanic emissions; volcanic eruption interpretation; volcanic gases; volcanic hazard; volcanic thermal anomalies