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Contribute to a better environment for all living beings.
LiDAR systems are effective tools for monitoring environmental changes on a large scale.
This technology has revolutionized conservation and environmental research by providing useful information, as 3D pointclouds, in the quest to save forests, animals, and humans.
Environmental research knowledges base
L’Avion Jaune were mandated by the Departmental Council to conduct a risk assessment study of rockfall hazards on their road networks.
The SNCF wanted to compare UAV LiDAR surveys with those done with traditional methods, in a real work situation. Discover the success story.
The goal of this project was to generate a 3D model of the Huasco Pellet Plant (mining), in Chile, using the YellowScan Vx15 UAV LiDAR system.
This LiDAR project, led by our customer Ventus-Tech, aimed to establish a baseline & record the status of the Chain Bridge in Budapest
Learn how the YellowScan Mapper LiDAR system was used in Antarctica to study the spatial distribution of penguins in their environment.
Fly toward UNESCO World Heritage certification using Explorer LIDAR
Powerline Monitoring Using LiDAR
The new YellowScan Mapper UAV LiDAR in action
Use of Applanix POSPac UAV/MMS in the YellowScan workflow
From the air to the ground, get a complete point cloud
Capture, process and finetune your LiDAR data
Comparison of YellowScan LiDAR systems and how they fit your needs
How to collect a large amount of data with VTOL drones and LiDAR combination
The Future of Vegetation Analyses in Feeder Corridors
Mapping Penguin Colonies in Antarctica with the YellowScan Mapper
This multi-month research expedition on a sailboat covered several themes: climatology, sociology of science, chemistry of microplastics, microbiology, biogeochemistry, and ecology of penguins …
Our LiDAR solutions can capture different levels of vegetation, from the canopy to the ground, which helps analyze forest ecosystems, tree growths, the spread of disease and parasites, and more.
It also captures the 3D structure of the terrain and the vegetation above it, making it a valuable technique in many fields.
Snow cover evaluation
Compare bare and snow-covered terrains to work out the thickness of the snow and to find out where it accumulates. You can also follow the evolution of glaciers or pack ice.
Study the Earth’s surficial processes and landforms.
Mapping biodiversity from above
Obtain spatially accurate and comprehensive biomass evaluation for hazard prevention, effective planning and nature management.
Follow the action of water in fast changing environments, such as coastal cliffs, rivers, canyons and gorges, and more.
Wildlife habitat suitability
Assess and characterize suitable wildlife habitat by getting detailed 3D landscape information not available from other remote sensing applications.