InSAR Deformation

Satellite-based InSAR delivers precise ground movement maps over open-pit and underground mines, enabling proactive risk management and operational optimization.

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How does it work?

Manual surveys and periodic inspections can miss subtle ground shifts in mining sites, risking infrastructure and personnel safety. InSAR provides continuous, high-resolution deformation data across large areas, enabling early detection of hazards and informed decision-making.

Wide-Area Coverage: InSAR analyzes entire mine sites simultaneously, covering pits, waste dumps, and tailings facilities. This eliminates blind spots common in point-based survey methods.
Micrometric Precision: Detect millimeter-level ground movements with satellite-based interferometry. Precision monitoring captures subtle deformation patterns indicative of structural instability or subsidence.
Frequent Data Updates: Regular satellite passes provide deformation measurements at intervals as short as days. Frequent insights allow for timely responses to emerging ground movement trends.
Cost-Effective Monitoring: Remote InSAR reduces reliance on expensive ground instruments and manual surveys. Automated processing of satellite data lowers operational costs while maintaining high data quality.
Early Hazard Detection: Continuous deformation tracking highlights anomalies before they escalate into failures. Early warnings support proactive maintenance and emergency planning, enhancing site safety.
Seamless Integration: InSAR outputs integrate with GIS and mine planning systems for unified visualization. This streamlines workflows and supports data-driven decision-making across departments.

Frequently asked questions

Have a different question and can’t find the answer you’re looking for? Reach out to our support team by sending us an email and we’ll get back to you as soon as we can.

What is InSAR-based ground deformation monitoring?: InSAR measures surface displacement by comparing phase differences in satellite radar images over time. It provides precise, spatially continuous maps of ground movement without ground instrumentation.
How does InSAR compare to GNSS or total station surveys?: Unlike point-based GNSS or total stations, InSAR offers full-site coverage and millimeter sensitivity across large areas. However, ground sensors may provide higher temporal resolution at specific locations.
Why is InSAR monitoring popular in mining operations?: Mine operators value InSAR for its wide-area surveillance and early detection capabilities, enhancing safety and regulatory compliance. Its non-intrusive nature and reduced field logistics further drive adoption.
Are there limitations to using InSAR in complex terrains?: Dense vegetation, steep slopes, or atmospheric disturbances can introduce noise and decorrelation in InSAR data. These challenges can be mitigated through advanced processing techniques and combining data from multiple satellites.
What alternatives exist for ground deformation monitoring?: Other methods include ground-based radars, GNSS networks, and leveling surveys, each offering distinct spatial and temporal resolutions. Integrating these techniques with InSAR can yield comprehensive deformation insights.
How can I integrate InSAR results with existing mine management systems?: Processed InSAR data can be exported as GIS layers or API feeds compatible with most mine planning and asset management software. This seamless integration supports real-time dashboards and automated alert systems.

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