Forestry

Post harvest monitoring for ODF

The 2023 ODF unit on video and in a StoryMap, with how the LiDAR, multispectral, and RGB products were built.

Client
Oregon Department of Forestry
Location
Lincoln County, Oregon
Years
2023
Lane
Forestry

What we flew

  • Drone LiDAR for structure and terrain
  • MicaSense RedEdge MX multispectral for species
  • RGB orthomosaic for review and detection

What we delivered

  • Orthomosaic, canopy height model, and classified point cloud for the unit
  • Standing live and dead trees to species
  • Downed woody debris counted, measured, and classed
  • Video walkthrough and an ArcGIS StoryMap of the method

This is the same unit as the downed woody debris case. The video shows what the products look like and the StoryMap walks the method.

Video

Post harvest monitoring for ODF, video

Canopy height model with crowns outlined.
Canopy height model with the crowns outlined.
Three views of the same unit from one LiDAR flight: surface model, bare earth model, and canopy height model.
Surface model, bare earth model, and canopy height model from the same LiDAR flight.
Classified LiDAR point cloud over the unit: ground, low vegetation, and tree canopy in separate classes.
The classified point cloud. Ground, low vegetation, and canopy each carry their own class.
RGB orthomosaic of the post harvest unit, bare ground and slash with standing trees along the boundary.
The RGB orthomosaic of the unit, flown the same day as the LiDAR.
Downed logs and slash on a post harvest unit, a cut stump in the middle and standing timber on the hill behind.
Field check on the unit. Pieces are measured on the ground and compared against the detection.
A soft, broken log on the ground with a blue paint mark, bark gone and the wood in orange chunks.
A decayed piece with the crew's paint mark. Texture like this is what the decay classes describe.

Let's talk about your stand.