If you need environmental and production reports in challenging areas, this article is for you
| Radaz | Blog
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The execution of forest inventories has historically been a lengthy and laborious process, requiring large teams and weeks of intensive work. However, technological innovation is transforming this reality. Imagine, for example, drastically reducing the time needed to prepare forest reports and, at the same time, decreasing the margin of error to just 2% in industrial forests and 10% in native forests. Incredible, right?
Well, with Radaz, this revolution is already a reality.
Our radar—the only one of its kind in the world—is capable of performing a complete scan of forest areas, generating georeferenced thematic maps with a regular grid of 3 meters and providing precise and detailed measurements of various essential parameters for forest management. Among the main functionalities of the Radaz radar are:
Diameter at Breast Height (DBH): precise measurement of the diameter of trees, fundamental for estimating wood volume and tree health.
Volume: detailed calculation of the available wood volume, crucial for sustainable and commercial forest management.
Height: exact determination of tree height, important for growth assessments and forest planning.
Terrain Model: creation of a digital terrain model that aids in planning interventions and forest management.
Surface Model: functions like the terrain model but is focused on forest cover and density.
There are numerous benefits: the precision — which cannot be achieved by any other conventional means — enables more efficient and sustainable forest management. The reduction in data collection time also results in significant savings in human and financial resources for companies.
Don't miss the opportunity to revolutionize your company's inventory management with the cutting-edge technology that only Radaz can offer. Contact us and discover how our services can transform the efficiency and accuracy of your forest reports.
Here, technology and innovation work in favor of the environment.