[ COASTAL RESOURCE MAPPING — 2018 ]

AI meets forestry: smarter tree detection with drones.

UAV Pilot & AI Model Trainer AI GIS

[ HERO MEDIA PLACEHOLDER — UAV FOOTAGE ] Coastal Resource Mapping — project imagery

Manual forestry surveys are slow and expensive, and tree detection in dense coastal BC stands is brutal — overlapping crowns and steep terrain distort every measurement.

We combined UAV imagery with GIS: digital surface, elevation and canopy height models, plus watershed analysis for crown isolation — validated against field survey data.

[ UAV PILOT & AI MODEL TRAINER ] SCHEDULE A CALL  ↗
TREE HEIGHT ACCURACY 5–20%
TOOLKIT UAV + GIS + AI
TERRAIN Coastal BC
FLOWN 2018
[ AERIAL IMAGERY PLACEHOLDER ]Low-Altitude Flights
LOW-ALTITUDE FLIGHTS
[ CANOPY MODEL PLACEHOLDER ]Point Cloud To Chm
POINT CLOUD TO CHM

Part field work, part machine learning. Here’s how the forest got measured.

[ FORESTS DON'T SIT STILL ]
  • Slow manual surveys
  • Complex point cloud processing
  • Dense, steep terrain

Manual surveys are time- and resource-intensive, processing UAV point clouds takes real expertise, and dense stands with overlapping crowns distort measurements.

[ MODELS ALL THE WAY DOWN ]
  • DSM / DEM / CHM generation
  • Watershed crown isolation
  • Field data validation

A two-tiered methodology using Pix4D, Exelis E3D and ArcGIS: surface, elevation and canopy height models with raster math and watershed analysis, validated against field surveys.

[ PILOT & TRAINER ]
  • UAV piloting & flight paths
  • AI model training
  • Crown delineation tuning
  • Field data integration

I piloted the UAVs and designed low-altitude flight paths, trained AI models for tree detection and species differentiation, and reduced false positives by integrating field data.

[ MEASURED FROM ABOVE ]
  • 5–20% height accuracy
  • Fewer ground surveys
  • Repeatable methodology

Height accuracy within 5–20% — meeting or exceeding BC forestry standards — with less ground surveying, larger coverage, and a repeatable, partially automatable methodology.

The weirdest project on the list.

Before the design systems and brand builds: flying drones over BC forests and teaching machines to count trees. Range is a feature.

MORE WORK

Let’s build
something together.

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[ GET IN TOUCH ]

Have an interesting project? Feel free to reach out and talk it through. I’ll make it sharper.