HYBLAND · Development of a hybrid methodology for the susceptibility and hazard analysis of landslides
Horizon 2020 — Marie Skłodowska-Curie Actions
- Duration
- 2022-04-18 → 2024-05-09
- EU contribution
- €157,941
- Participants
- 2
- Scheme
- MSCA-IF
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Results in brief
Development of a hybrid methodology for the susceptibility and hazard analysis of landslides
Predicting the activation and consequences of geohazards, such as landslides, is challenging due to large uncertainties in geological and geotechnical conditions and human activities. The HYBLAND project aims to develop a novel, reliable, and comprehensive method for estimating landslide susceptibility and hazard. The study's objectives include: a) investigating the correlation between geotechnical factors and landslide occurrence, b) formulating an effective multimodal deterministic approach for landslide susceptibility assessment, c) developing a landslide susceptibility and hazard assessment method using Machine Learning (ML), and d) combining these methods to create a highly performing approach. This new method manages uncertainties effectively, providing reliable results even in areas with scarce landslide records. The test area for developing this approach is southwestern Cyprus, characterized by a high density of landslides due to its geology and seismicity. Once validated, the method and resulting maps can be applied to other European regions with similar issues. The research outcomes will assist decision-makers in reliably protecting the built environment from landslide hazards, ensuring sustainable development.
Data: CORDIS, © European Union
Project objective
The activation as well as the consequences of natural geohazards, such as landslides, are difficult to predict, as they depend on factors characterized by large uncertainties, such as the geological and geotechnical conditions, and the influence of human activities. The proposed study aims at the development of a novel, reliable and comprehensive method for the estimation of the landslide susceptibility and hazard. The individual goals of this study are: a) to investigate the failure mechanism of landslides and their spatio-temporal spread using an approach which combines the Earth Observation technology with the classical geotechnical research, b) to formulate an effective multimodal determinist approach for landslide susceptibility assessment, c) to develop a landslide susceptibility and hazard assessment method based on Machine Learning, d) to combine the two previous methods, effectively creating a novel, highly performing methodological approach. The new method will be able to manage more effectively the uncertainties, giving reliable results even in areas where there is scarcity of landslide records. The testbed area for the development of the new approach will be southwestern Cyprus, a region with very high density of landslide phenomena due its particular geology and relatively high seismicity. The produced hazard maps will allow the identification of areas which are susceptible to landslides and, consequently, the results of this research will help the decision-makers in taking actions towards protecting the built environment from the landslide hazards, thus securing sustainable development. Eventually, after the validation of the new method and produced maps, this process can be applied in other parts of Europe suffering from similar phenomena.
Original text from CORDIS.
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Data: CORDIS, © European Union