Monitoring Rehabilitation & Environmental Performance
Landloch delivers environmental monitoring services tailored to rehabilitation, vegetation and erosion challenges across Australia.
Our monitoring programs help clients measure environmental performance, demonstrate regulatory compliance and support sustainable outcomes across mining, construction, renewable energy, onshore gas and land management projects.
Landloch specialises in monitoring rehabilitation progress, landform stability, vegetation performance and erosion to provide reliable information on how rehabilitated landscapes are performing over time.
Our monitoring programs combine established assessment methods with specialist field testing and emerging remote sensing technologies. The resulting data can be used to demonstrate compliance with regulatory approvals, assess progress towards rehabilitation completion criteria and identify areas where further management or remediation may be required.
Landloch routinely manages long-term erosion plots across Australia to monitor runoff and erosion rates under a range of rehabilitation conditions.
This data provides an evidence base for assessing rehabilitation performance, demonstrating compliance with regulatory approvals and measuring progress against rehabilitation completion criteria.
Our field and laboratory capabilities also include rainfall simulation and soil erodibility testing, allowing erosion rates and processes to be quantified and used to inform proactive erosion management.
Landloch has developed the Geomorphic Gully Assessment System (GGAS) to monitor rill and gully activity and help determine whether erosion is likely to remain active and whether remediation may be required.
GGAS has been successfully applied on mine sites across Australia as well as for creek stability assessments, providing practical information to support erosion management decisions.
Landloch also applies remote sensing techniques to assess erosion in areas that can be difficult to monitor using conventional methods.
Drone and ground-based LiDAR can be combined with digital processing workflows to assess pit wall erosional stability and produce meaningful estimates of erosion occurring on steep slopes.
Landloch can develop site-specific monitoring programs to assess rehabilitation, vegetation and erosion performance and provide reliable data to support environmental management and regulatory compliance.
