Hazard Mapping And Susceptibility Analysis
We create detailed maps using geological, topographical, and hydrological data to identify areas with high landslide potential.
- Utilize GIS and remote sensing data (LiDAR, satellite imagery) for high-resolution terrain modeling.
- Analyze historical landslide events and triggering factors like rainfall patterns and seismic activity.
- Apply statistical or deterministic models to classify land into susceptibility zones (low, moderate, high).
Real-Time Monitoring And Early Warning Systems
We deploy sensor networks and monitoring equipment to detect ground movement precursors and provide timely alerts.
- Install inclinometers, piezometers, and ground-based radar to measure slope displacement and pore water pressure.
- Integrate rainfall and seismic monitoring data to assess trigger thresholds.
- Develop automated alert protocols for authorities and communities to facilitate evacuation and response.
Engineering Mitigation And Slope Stabilization
We design and implement structural and non-structural measures to prevent landslides or reduce their impact.
- Design retaining walls, soil nailing, and drainage systems to improve slope stability.
- Recommend land-use planning and zoning regulations to restrict development in high-risk areas.
- Plan vegetative solutions, such as reforestation with deep-rooted plants, to reinforce slopes naturally.
Community Risk Reduction And Capacity Building
We engage with local communities and authorities to enhance preparedness and resilience against landslide hazards.
- Conduct risk communication campaigns and develop community-based early warning systems.
- Facilitate the creation of landslide risk management plans and emergency response protocols.
- Provide training on recognizing landslide warning signs and safe evacuation procedures.