@inproceedings{1905_09_Venter, author={Venter, J and Hamman, ECF}, editor={Wesseloo, J}, title={A practical safety risk model for monitoring program design}, booktitle={MGR 2019: Proceedings of the First International Conference on Mining Geomechanical Risk}, date={2019}, publisher={Australian Centre for Geomechanics}, location={Perth}, pages={195-204}, abstract={Many publications are available that provide statements of best practice in terms of open pit slope risk management. However, to date none provide a risk model that demonstrates the risk reduction achieved for applying each of the risk management elements. This leaves the slope stability practitioner unable to analytically answer questions such as: This paper applies the Venter and Hamman (2018a) temporal safety risk model to an open pit in West Africa. The paper demonstrates the use of the model to a small saprolite open pit and concludes with recommendations for slope instability registers to facilitate future back-analysis in terms of this model. }, keywords={safety risk model}, keywords={monitoring frequency}, keywords={monitoring system design}, doi={10.36487/ACG_rep/1905_09_Venter}, url={https://papers.acg.uwa.edu.au/p/1905_09_Venter/} }