It’s difficult to use a video to explain 3D point cloud workflows, but this one from the UK does an excellent job with visually demonstrating how tree volumes can be calculated using 3D scanned data. Like many challenges with remote sensing calculating volume has been one of those difficult to achieve goals, but it seems […]
It’s difficult to use a video to explain 3D point cloud workflows, but this one from the UK does an excellent job with visually demonstrating how tree volumes can be calculated using 3D scanned data. Like many challenges with remote sensing calculating volume has been one of those difficult to achieve goals, but it seems fair to say that if you are willing to put in the time you can get excellent results – finally.
Forest Research, Tampere University of Technology and Université Grenoble Alpes have been working together to optimize measurements from forest sample plots using terrestrial LiDAR in order to produce more accurate, more detailed, timely and harmonized information that can be fed into national and international forest information systems.
This animation shows details of the data processing chain for tree volume and biomass assessments.
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Gene V. Roe founded Lidar News in 2008 with two family members and is the founder of MPN Components, Inc., a geomatics consulting firm specializing in applied research, strategic marketing, branding, and technology development. As both a Professional Engineer and Land Surveyor, Gene has dedicated his career to advancing the field of geomatics and currently serves as Chair of the ASTM 3D Imaging Systems committee, where he led the development of the widely adopted E57 3D lidar data interoperability format. He has long been a thought leader in the adoption of transformative technologies, including CAD, GIS, GPS, and 3D laser scanning and lidar, primarily supporting innovation in the transportation industry.
Glacier mapping often begins where conventional field surveys reach their limits. There’s a moment in every survey plan when the terrain wins. The slope is too steep, the surface too unstable, the vegetation too thick, or the area is simply too vast for a ground crew to cover in any practical timeframe. For years, that…
How Crowdsourced Bathymetry is Staying Afloat For decades, the deepest parts of the ocean have remained vast, unmapped voids covering most of our planet. Improving global ocean mapping has become a priority, yet the maritime world faces a paradox: a glut of hydrographic data but no efficient way to process it. The bottleneck has moved…
Advanced airborne lidar is transforming gold rush mapping in Victoria, Australia. A four-year survey by the Geological Survey of Victoria uncovered more than 230,000 previously undocumented mining relics hidden beneath dense vegetation, revealing forgotten mine shafts, tunnels, and prospecting pits while improving hazard identification, historical research, and land management. A four-year aerial mapping initiative conducted…
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