Simple Workflows for End-to-End InSAR Time Series
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Updated
Sep 14, 2026 - Python
Simple Workflows for End-to-End InSAR Time Series
Early-stage Finnish peatland InSAR feasibility study: combines GTK soil masks with EGMS observations to assess coverage and select candidate areas for subsidence analysis.
Ground-deformation intelligence + landscape archaeology from free satellite data: validated InSAR sinkhole/subsidence detection (NASA OPERA/HyP3), and a Python reader for the open CORONA archive (1960s ~2m declassified imagery) with GCP georeferencing to GeoTIFF
Calculate subsidence bowls in space (using van Opstal/Geertsma, from shapefiles), and in time
Review-only humanitarian water-resilience proof-of-concept for drought-stressed communities: evidence gates for water quality, treatment, atmospheric-water triage, energy, reserves, maintenance, infrastructure health, MAR screening, receipts, and human review.
Reading, analysing and decomposing European Ground Motion Service (EGMS) InSAR data
SibFly — measured ground subsidence/uplift (mm/year) for any US address, from NASA OPERA Sentinel-1 InSAR. Developer + AI-agent API (REST + MCP).
Redistribucion antropica de masa terrestre (mineria, agua subterranea, embalses) en Colombia y Suramerica: brechas de medicion geodesica, monitoreo en tiempo real y proyeccion a 2100
Multi-Hazard Risk
Fast guidelines to the use of SNAP
InSAR ground-motion analysis for Finnish property managers. Combines EGMS Sentinel-1 observations with building footprints, distinguishes building-associated signals from regional motion, and generates Finnish reports for maintenance planning.
InSAR analysis toolkit for Sentinel-1 data - supports ASF On-Demand products with GUI and web interface
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