by admin | Aug 13, 2020 | Carbon Inventory, Emissions Trading Scheme, Forest Inventory, GIS and Mapping, PlotSafe
When comparing edge trees with “normal” trees (found inside a stand) it becomes obvious they can be significantly different. A generalisation is often that edge trees are shorter and fatter (greater taper) and also tend to have large branching. An edge...
by admin | Aug 13, 2020 | Forest Inventory, PlotSafe, Training
Before engaging staff in the field, an appropriate inventory planning step will save time and cost of the resulting forest inventory, as well as improve sample accuracy and precision. An element often missed when conduction forest inventories are dealing with forest...
by admin | Jul 7, 2020 | Forest Inventory, GIS and Mapping, LiDAR, PlotSafe, UAV's / Drones, YTGEN
Interpine starts a new 2-year project working with Forest Wood Products Australia on operational immersive visualisation and measurement of dense point cloud data in forest inventory. This new project extends on work started in 2016, and involves working alongside...
by admin | Jun 8, 2020 | Carbon Inventory, Forest Inventory, Log Measurement, Log Scaling, LUCAS, PlotSafe
Our team are reviewing the latest Juniper Systems device for Forest Inventory, Conservation projects and Log Scaling operations. Juniper Allegro’s have been a goto device for rugged forestry applications and it is great to have the latest version running Android...
by David Herries | May 9, 2019 | Forest Inventory, GIS and Mapping, LiDAR, PlotSafe, Training, UAV's / Drones, YTGEN
Full Forest Inventory Tree Assessment using Virtual Reality (VR). Data is collected using LiDAR and then field assessment is done within Virtual Reality. Another iteration in the development of field assessment using VR using a point cloud collected from above...
by David Herries | Nov 22, 2018 | Forest Inventory, LiDAR, PlotSafe, UAV's / Drones
Interpine team recently presented and demonstrated at ForestTech 2018 the use of virtual reality for in forest inventory. While the system can use terrestrial LiDAR the focus was on using utra dense point clouds from airborne sensors flying above the tree canopy....
