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We developed a new strategy for Disaster Risk Reduction for gravitationalslope failure: We propose a simple method for real-time early warning ofgravity-driven failures that considers and exploits both the heterogeneity ofnatural media and characteristics of acoustic emissions attenuation. Thismethod capitalizes on co-detection of elastic waves emanating from micro-cracksby a network of multiple and spatially distributed sensors. Event co-detectionis considered as surrogate for large event size with more frequent co-detectedevents marking imminence of catastrophic failure. In this study we apply thismethod to a steep rock glacier / debris slope and demonstrate the potential ofthis simple strategy for real world cases, i.e. at slope scale. This low cost,robust and autonomous system provides a well adapted alternative/complementarysolution for Early Warning Systems.

Co-detection of micro seismic activity as early warning of gravitational slope failure