Efficient geotechnical risk management of rock cliffs

极端事件将在未来几年内显著影响澳大利亚岩崖灾害的严重程度，影响沿着主要走廊和热门路径的基础设施和公共安全。准确预测其影响对于分析相关的落石风险和设计缓解措施至关重要。该项目旨在通过结合近距离遥感解决方案，概率模型和定量风险分析，为量化落石风险提供一种新的方法。其主要好处在于能够优化保护的可靠性和成本，并提供严格的方法来支持从业人员，政府和应急机构管理风险，提高安全性并适当分配资源。

Extreme events will significantly impact the severity of Australian rock cliff hazards in the coming years affecting infrastructure and public safety along major corridors and popular paths. Accurate prediction of their effect is crucial to analyse the associated rockfall risks and design mitigation measures. The project aims to provide a novel approach for the quantification of the rockfall risk by combining proximity remote sensing solutions, probabilistic models and quantitative risk analysis. The primary benefits lie in the ability to optimize protection reliability and costs and to deliver a rigorous method to support practitioners, government and emergency agencies to manage the risk, improve safety and properly allocate resources.