LANDSLIDE EARLY WARNING SYSTEM
We are developing and integrating all the instrumentation into a single,
unified system. This allows for easy and centralized monitoring of all devices,
ensuring real-time data access. What sets this system apart is our in-depth study of
threshold values, designed to trigger alarms well before any disaster occurs. This
proactive approach ensures timely warnings, giving communities and authorities the
critical time they need to respond and mitigate risks
To monitor ground movement and detect early signs of landslides, we will install a variety of advanced instruments at identified sites. The instruments used include:
Landslide & Early Warning System
Instrumentation & Monitoring
In Placed Inclinometer
Measures ground movement and subsurface displacement.
Vibrating Wire Piezometer
Monitors water pressure within the soil to track changes in groundwater levels that could contribute to landslides.
Automated Rain Gauge
Records rainfall to identify potential landslide triggers
caused by heavy rain.
Wireless Tilt Sensor
Monitors changes in the slope or structure angles to detect
early movements that may lead to landslides.
Each of these instruments is strategically placed to ensure accurate and effective
data collection, which is then used to issue early warnings in the event of dangerous
ground movement.
Each of these instruments are real time update tracking and strategically placed to ensure accurate and effective data collection, which is then used to issue early warnings in the event of dangerous ground movement. This advanced system, driven by professional engineering analysis, enhances the region’s disaster preparedness by reducing response time and enabling proactive measures. By setting precise threshold values, the system provides a reliable way to anticipate and manage landslide risks, helping to safeguard communities and reduce property damage. It
also contributes to a broader understanding of local landslide behaviour, improving
future resilience and mitigation strategies.
Landslide & Early Warning System
Data Analysis & Threshold Model
In addition, we are developing and integrating all the instrumentation into a single,
unified system. This allows for easy and centralized monitoring of all devices,
ensuring real-time data access. What sets this system apart is our in-depth study of
threshold values, designed to trigger alarms well before any disaster occurs. This
proactive approach ensures timely warnings, giving communities and authorities the
critical time they need to respond and mitigate risks
Landslide & Early Warning System
Early Warning System Development
