Our tree location map provides a precise, drone‑derived inventory of every detected tree within the project area. Each tree is mapped as an individual point, allowing you to see stand density, spacing, and distribution at a glance. The map includes measured and detected trees, crown outlines, and key metrics such as height, diameter, and crown width. This visual layer helps landowners and consultants understand the structure of the forest and identify areas for thinning, mitigation, or further assessment.
Our forestry analysis includes a full set of drone‑derived tree metrics displayed through clear, easy‑to‑read visualizations. These graphics show how the stand is structured and help identify patterns in growth, density, and canopy health.
We generate heatmaps for tree height, trunk diameter, and crown diameter, each showing how these values vary across the project area. Warmer colors highlight larger or taller trees, while cooler colors indicate smaller or suppressed growth. Together, these maps provide a quick snapshot of stand conditions and canopy structure.
Creating defensible space around a home is one of the most effective ways to reduce wildfire risk in Arizona’s forested areas. By selectively thinning trees and removing overcrowded vegetation, the area around a structure becomes safer, more open, and far less likely to carry fire toward the home.
Our drone‑based forestry mapping helps identify which trees are closest to structures, which areas are overly dense, and where thinning will have the greatest impact. The before‑and‑after comparison shows how strategic thinning improves visibility, reduces ladder fuels, and creates a safer buffer zone while maintaining the natural character of the property.
