Tag: Forestry
A University of Florida research team spent two weeks in…
Advanced airborne lidar is transforming gold rush mapping in Victoria,…
Key Takeaways: Artificial intelligence and lidar are transforming forestry from…
What was once hidden beneath nearly two centuries of forest…
Recent research from MIT News exploring advances in optical phased…
Jordan Regenie, a geospatial strategist and advisor, explores how lidar…
Stitch3D is a browser-based platform for sharing and visualizing 3D…
3DEO, Inc. is proud to be the first member of…
Written by Bogdan Candrea, Forest Engineer There’s a quiet revolution…
New UW Online Portal Opens Access to Statewide LiDAR Data…
Using RIEGL LiDAR to Understand How Forests Mitigate Climate Change…
Tracking the Rhythms of the Forest with Lidar Phenology Monitoring…
Unlocking the Secrets of Ancient Trees with RIEGL Terrestrial LiDAR…
Key Outcomes Faster Processing: Leveraging Spacesium’s domain expertise and LiDAR…
Ladder Fuels – Not Total Biomass Wildfires are becoming more…
Riegl’s Innovative Solutions for Forestry Applications Named 2025 Forestry Solutions…
GeoCue Expands Distribution Network with the Addition of Latnet Technologies…
Forest owners need simple and efficient tools to capture and…
Popular Posts
River corridors are among the most challenging environments to survey because no single technology can capture every feature above and below the waterline. This project demonstrates how integrating airborne lidar, mobile mapping, UAV lidar, and multibeam bathymetry can produce a seamless digital terrain model for engineering, navigation, flood analysis, and long-term river management. Redefining River…
A University of Florida research team spent two weeks in June and July 2026 collecting paired field measurements and ground-based lidar data across recently burned landscapes and a range of forest conditions in Fish Lake National Forest, Utah, and North Kaibab National Forest, Arizona. The campaign combined terrestrial and mobile laser scanning with conventional stand…
Point cloud to TIN workflows are essential for transforming lidar data into terrain models used in surveying and civil engineering. Mach9’s latest release brings surface generation, editing, quality assurance, and LandXML export into a single workflow, reducing software handoffs and helping teams move more efficiently from point cloud to engineering-ready deliverables. Surveyors and engineers routinely…
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