Metadata
Title
Low-cost landslide early warning system
Category
general
UUID
a808b062c1b04a719f9586cbcd3e97ae
Source URL
https://www.lboro.ac.uk/research/spotlights/landslide-early-warning/
Parent URL
https://www.lboro.ac.uk/research/spotlights/
Crawl Time
2026-03-24T00:01:52+00:00
Rendered Raw Markdown

Low-cost landslide early warning system

Source: https://www.lboro.ac.uk/research/spotlights/landslide-early-warning/ Parent: https://www.lboro.ac.uk/research/spotlights/

Saving lives and protecting infrastructure worldwide

Annually, slope failures kill tens of thousands and damage infrastructure costing billions of pounds.

Warnings are seldom provided due to prohibitive costs of traditional monitoring solutions. Over two decades of research – leading to numerous world-first outputs – we have developed a novel lower cost early warning approach that "listens" for landslides.

Our impact

Acoustic emission monitoring of infrastructure

The infrastructure that supports our modern way of life is vulnerable to movements in the ground beneath our feet. We’ve developed a novel approach for monitoring the performance and safety of infrastructure by listening to soil as it deforms.

Low cost landslide early warning system

Community Slope SAFE – how it works

Listening to Infrastructure

Professor Dixon and Dr Smith with their technology

The research

Our research has proven that acoustic emission (AE) monitoring (ie. listening to high frequency noise) of slopes as they deform can warn asset owners and communities of impending slope instability - enabling people in harm's way to be evacuated and allowing owners of critical infrastructure to mitigate potential damage.

We have established that this novel approach can detect landslides earlier than inclinometers, the standard approach.

Two AE sensor systems have been developed and assessed through research:

Community Slope SAFE has the potential to save lives - not only in Myanmar but throughout the developing world.

Matthew Pietz Chief of Party, Myanmar - FHI 360Global

### Landslides are more widespread than any other geological event

### Between 1998-2017, landslides affected ≈4.8 million people

Meet the experts

Dr Alister Smith

Reader in Geotechnics

Professor Neil Dixon

Emeritus Professor of Geotechnical Engineering

Read more about Alister’s research