Skip to main content
Basic Technical IVT Commonly tested

Mine Subsidence Monitoring

noun

Pronunciation: /maɪn səbˈsɪdəns ˈmɒnɪtərɪŋ/

Systematic observation and measurement of surface ground displacement and settling caused by underground mine voids, using instruments such as GPS, leveling surveys, and tilt meters. Continuous monitoring detects movement patterns, predicts collapse timing, and guides mitigation decisions during and after reclamation.

Plain English

Tracking and measuring ground sinking or movement caused by underground mining spaces collapsing.

Etymology & History

Origin languageEnglish
Rootmine (Latin mina) + subsidence (Latin subsidere, to sink) + monitoring (Latin monere, to warn)
First recorded use1970s
Usage frequencyCommon

Usage

"Mine subsidence monitoring equipment documented centimeter-scale settlement requiring immediate surface structures be relocated."

Style guide notes: Always specify monitoring frequency, equipment used, and measurement precision when describing monitoring programs.

Also known as

ground displacement tracking settlement monitoring surface deformation measurement

Contrasted with

subsidence prevention void stabilization

Related Terms

Frequently Asked Questions

What instruments measure mine subsidence most accurately?

GPS receivers, automated level surveys, and InSAR provide millimeter-scale precision for subsidence detection.

How frequently should subsidence be monitored during reclamation?

Monitoring frequency depends on collapse risk; high-risk sites require monthly or quarterly measurements, lower-risk quarterly to annual.

Why Test Candidates on This?

Subsidence monitoring is critical for establishing safety protocols and determining safe reclamation activity timing.

Required skill level: Mid

Editors from these organisations have used our services since 1998

Reuters BBC Oxford University Press Penguin Random House Springer Microsoft Suncor Energy United Nations Fisher Investments IBM The Home Depot KODAK CHEVRON