Creating a 3D Digital Twin of Copeland Creek Using Drone LiDAR Data
Funded by the Norwick Memorial Fund
Abstract
High-resolution digital twin of Copeland Creek created using drone LiDAR to generate a 3D point cloud that was used to model terrain and vegetation structure. The data was collected in the GEP 380 Environmental Remote Sensing course with a drone-mounted remote sensing system that enables effective rapid, high-resolution mapping in complex environments.
Results
| Title | Format | Download | Students |
|---|---|---|---|
| Creating a 3D Digital Twin of Copeland Creek Using Drone LiDAR Data | Poster | Tyler Mason |
Key Terms: datasonde, Copeland Creek, drone, LiDAR, terrain, vegetation structure, tree Segmentation and Analysis, ladder fuel density
Project Date: Spring 2026
Faculty:
Dr. Matt Clark
Departments:
- Geography Environment and Planning
Partners:
- Center for Environmental Inquiry (CEI)
Students:
- Tyler Mason
Locations:
- Sonoma County
- SSU
- Copeland Creek
Project Topics:
- LiDAR
- Mapping
- Vegetation
Funding Sources:
- WATERS Collaborative