Authors: Sánchez, F; Conde, A; Salvà, B; Colombo, D
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Advanced remote sensing techniques based on satellite mounted Synthetic Aperture Radar (SAR) data have become a powerful method for monitoring surface deformation caused by mining operations all over the world. From millimetric displacements to metric displacements, this paper presents different SAR techniques to analyse the dynamics of the slopes of the block cave subsidence crater, landslides, open pit and other surface deformation areas in El Teniente mine in Chile.

Keywords: InSAR, ground motion, monitoring

Sánchez, F, Conde, A, Salvà, B & Colombo, D 2016, 'Use of SAR radar satellite data to measure ground deformation in underground and open pit mine sites, El Teniente case study, Chile', in PM Dight (ed.), Proceedings of the First Asia Pacific Slope Stability in Mining Conference, Australian Centre for Geomechanics, Perth, pp. 379-386.

Adam, N, Parizzi, A & Crosetto, M 2009, ‘Practical Persistent Scatterer Processing Validation in the Course of the Terrafirma Project’, Journal of Applied Geophysics, vol. 69, pp. 59–65.
Duro, J, Inglada, J, Closa, J, Adam, N & Arnaud, A 2003, ‘High resolution differential interferometry using time series of ERS and ENVISAT SAR data’, in Proceedings of Fringe 2003.
Espinosa, AE, Mora, O & Sanchez, F 2014, ‘Application of InSAR technique for monitoring and control of surface subsidence generated by underground mining’, in 3rd International Symposium on block and sublevel caving congress 2014, Santiago de Chile, Chile.
Flores, GE 2005, ‘Rock mass response to the transition from open pit to underground cave mine’, PhD thesis, Queensland University.
Kvapil, R, Ceccarelli, B & Lonergan, J 1989, Quantitative analysis of subsidence at El Teniente mine, Technical report, El Teniente division, CODELCO-Chile.
Peck, RB 1969, ‘Deep excavations and tunnelling in soft ground – state of the art’, in Proceedings of the 7th international conference on soil mechanics and foundations engineering, pp. 225–290.
Shadbolt, CH 1972, ‘Subsidence engineering’, University Nottingham, Mining Department Magazine, vol. 24, pp. 80–89.

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