Why satellite settlement data is easy to misinterpret during tunneling and construction
Common mistakes when using InSAR settlement data on tunneling and construction projects, from late baselines to roof points and alarm expectations.
How infrastructure owners can misinterpret InSAR settlement data
Common mistakes infrastructure owners make with InSAR settlement data, from point location to comparing datasets, and what decision-ready monitoring looks like.
Ground settlement at ports and reclaimed land: using InSAR for long-term oversight
How satellite InSAR supports long-term settlement monitoring at ports, terminals and reclaimed land, from baselines to inspection programs.
Monitoring levees and flood defenses with InSAR: opportunities and limits
How InSAR supports long-term monitoring of levees, dikes and flood defenses, where coverage gaps occur and what satellite data cannot prove.
From subsidence maps to municipal maintenance budgets: a practical workflow
How municipalities combine InSAR subsidence maps with road and sewer records and asset risk to plan maintenance, with lessons from the Diemen case.
Prioritizing gas and water utility inspections with satellite ground movement data
How gas and water utilities combine InSAR ground movement histories with asset records to prioritize inspections, including the Stedin example.
Establishing a pre-construction ground movement baseline with satellite InSAR
How historical InSAR documents ground and building movement before excavation, tunneling or dewatering begins, and how to keep the baseline useful.
Urban subsidence monitoring with InSAR: recognizing city-scale ground movement patterns
How cities use satellite InSAR to map subsidence and uplift across neighborhoods and networks, and why one point does not define building risk.
Highway and bridge settlement: where satellite InSAR adds value
How road agencies use satellite InSAR to assess settlement at highways, embankments, interchanges and bridge approaches, and how to triage maintenance.
Monitoring railroad settlement across corridors with satellite InSAR
How rail asset owners use satellite InSAR to screen long corridors for settlement near earthworks, stations and bridge approaches, and what it cannot measure.
Structural health monitoring with InSAR: what it can tell owners of bridges and buildings
What InSAR can and cannot tell owners of bridges and buildings about ground movement, and how to combine it with inspections and surveys.
How InSAR complements tunnel and construction settlement monitoring
Historical and ongoing InSAR settlement data adds a wide-area view to prisms, leveling and GNSS on tunneling and major construction projects.
How InSAR complements civil infrastructure and utility monitoring
InSAR adds network-wide ground movement data to inspections, leveling and structural monitoring, helping infrastructure and utility owners focus their effort.