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Skip to Search Results- 17Landslides
- 14Slopes (Soil mechanics)
- 4Thompson River Valley
- 2Geohazards
- 2Soil stabilization
- 1Alberta
- 1Bartz, James R.
- 1Bruce, Iain.
- 1Chu, Fu-Sing
- 1De Matos, Milton Martins
- 1Deane, Evan
- 1El-Ramly, Hassan
- 3Hendry, Michael (Civil and Environmental Engineering)
- 3Martin, Derek (Civil and Environmental Engineering)
- 2Martin, C. Derek (Civil and Environmental Engineering)
- 1Chan, Dave (Civil and Environmental Engineering)/Zhang, Guodong (Civil and Architecture)
- 1Cruden, David M. (Civil and Environmental Engineering)
- 1Cruden, David M. (Department of Civil and Environmental Engineering)
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Quantitative Risk Assessment of Natural and Cut Slopes: Measuring Uncertainty in the Estimated Risks and Proposed Framework for Developing Risk Evaluation Criteria
DownloadFall 2013
Understanding and limiting the risks inherent to natural and cut slopes are now recognized to be a priority in achieving an acceptable quality of life. Various methods of risk management that have been proposed in the last three decades have evolved into a general framework for landslide risk...
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Spring 2020
Geohazard monitoring is becoming increasingly important alongside increased expectations for the protection of the public. Technological advances in the field of remote monitoring and instrumentation has allowed for an economically efficient means of data collection. Traditional methods of...
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Updated understanding of landslides kinematics along the Thompson River Valley using satellite InSAR
DownloadFall 2022
Geohazards threaten human’s well-being in many different ways. Landslide, as a common geohazard in both natural and anthropogenic man-made features all around the world, generally, damage many infrastructures, nature balance, animal habitat and cause even loss of lives for many creatures as well...