Environmental Mapping
GIS-ready land, water and biodiversity intelligence
Remote Sensing
Satellite and drone insights for change detection
Drone & LiDAR
High-resolution terrain and canopy modelling
Environmental Monitoring
Track land, water and habitat change
The Problem
Environmental decisions depend on current, connected evidence.
Many organisations still rely on outdated aerial photos, disconnected field records, spreadsheets and one-off surveys. That makes it hard to detect change early, prove compliance and plan rehabilitation.
We combine drone mapping, laser scanning, mobile LiDAR, 360 imaging, GIS, BIM and digital twin workflows to build accurate, repeatable environmental baselines for land, water, vegetation and habitat.
Capture the landscape once and track change over time.
Our Approach
Construction progress and site records
As-built documentation and asset datasets
From baseline to rehabilitation, environmental data should stay useful.
XPATIAL connects field observations, survey, imagery and GIS across the environmental lifecycle, so trusted evidence supports baseline assessment, approvals, monitoring and reporting.
1 Capture
Field, drone, LiDAR and satellite data
2 Integrate
GIS, field survey, imagery and monitoring data
3 Plan
Baseline studies, impact assessment and approvals
4 Handover
Mapped baselines and compliance datasets
5 Operate
Monitoring dashboards and environmental digital twins
6 Maintain
Change detection, rehabilitation and reporting
Core Capabilities
Environmental mapping, remote sensing and monitoring services.
Landscape reality capture
Drone mapping, photogrammetry, airborne and mobile LiDAR and laser scanning of catchments, sites, forests and coastlines.
Environmental GIS and baselines
Build baseline datasets, integrate field records and prepare GIS layers ready for environmental assessment, approvals and reporting.
Scan-to-BIM for facilities
Turn scans of treatment plants, pump stations and environmental facilities into as-built drawings, CAD, Revit models and IFC files.
Vegetation and habitat mapping
Map vegetation cover, tree canopy, habitat extent, waterways and erosion into GIS-ready layers from drone and satellite imagery.
Change detection and monitoring
Use repeat drone, LiDAR and satellite capture to measure erosion, vegetation change, stockpiles and rehabilitation progress over time.
Digital twins and dashboards
Build environmental digital twins, GIS dashboards and web maps so teams can review conditions, risks and plans in one place.
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Built for the landscapes and resources environmental teams manage every day.
XPATIAL supports environmental GIS, baseline mapping, terrain modelling, condition assessment and repeat monitoring.
Native vegetation, tree canopy, habitat, farmland and land-use change.
Quarries, mine sites, stockpiles, tailings and rehabilitation areas.
​Rivers, wetlands, floodplains, stormwater, catchments and coastlines.
National parks, reserves, bushfire-affected land and conservation areas.
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The Applications
Designed around real environmental management challenges.
01
Problem
Catchment managers need accurate terrain and waterway data to understand flood risk and erosion.
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Solution
Drone photogrammetry, LiDAR terrain models and GIS catchment layers.
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Client value
Better flood and erosion planning, clearer approvals and evidence for funding.
02
Problem
Mine, quarry and landfill operators must show rehabilitation progress across large, changing sites.
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Solution
Repeat drone mapping, LiDAR volumes and satellite change detection, structured into GIS.
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Client value
Reliable evidence for compliance reporting, closure planning and stakeholder updates.
Natural resources and environmental mapping FAQs
Common questions from environmental, catchment and resource teams about environmental mapping, remote sensing and GIS.
What is environmental GIS mapping?
Capturing and organising spatial data about land, water, vegetation and habitat in GIS so teams can assess conditions, track change and report with confidence.
How do you monitor environmental change?
We repeat drone, LiDAR and satellite capture over time and compare the results to measure erosion, vegetation change, water extent and rehabilitation progress.
How accurate is drone and LiDAR asset data?
Survey-controlled drone mapping typically reaches centimetre-level accuracy and laser scanning millimetre-level. We agree accuracy targets with you before capture.
How do digital twins help environmental teams?
​A digital twin is a 3D, data-linked model of a site or landscape. Teams use it to test scenarios, plan rehabilitation and share findings with regulators and communities.
Will the data work with our GIS?
Yes. We deliver GIS-ready layers and models in standard formats such as SHP, GeoPackage, DWG, IFC and LAS or E57, ready for ArcGIS, QGIS and common asset systems.
Do you work outside Melbourne?
Yes. We are based in Southbank, Melbourne, and support environmental agencies, catchment authorities and resource companies across Victoria and Australia.
