Ecosystem restoration company uses drones to bring land back to life on a large scale
Around the world, large areas of land measuring together around 60,000 km2 (23,000 mi2) are used for mining. While we rely on the fuel and minerals from mines, we’ve now seen that we need the land in its forested state to absorb carbon and support biodiversity. In fact, many mines operate under regulations mandating restoration of degraded ecosystems at the end of their operations.
Dendra Systems is a UK-based company that specializes in providing ecosystem restoration services to mining companies based on an overall mission to bring back natural and biodiverse ecosystems.
“What we’re very focused on is biodiversity, which is quite complex,” said Adam Filby, Dendra’s Vice President of Sales. “If you want to restore an environment and bring back all the native flora and fauna, nature can do this successfully on its own. But we live in a world where there’s a lot of human intervention, and nature needs a helping hand. We provide tools that accelerate nature’s ability to heal itself.”
Representing a unique marriage of ecologists and technologists, Dendra uses drones to support eco restoration of land on a large scale and partnering with WingtraOne takes the operations of a project to a whole new level.
- Restoration
- Australia, United Kingdom
Capturing high-quality data and doing this in a repeatable and sustainable manner is key to our services. With Wingtra we get the consistent and reliable performance we need to ensure faultless delivery at all times.
Andy Boroughs
Operations Development Manager and UAV pilot, Dendra
Reviving ecosystems to scale
Right now, a lot of methods exist to draw carbon out of the air and manage it. In fact, it’s becoming a multi-billion dollar industry.
“There are many emerging industrial carbon sequestration solutions,” Filby said. “But a proven way to draw carbon out of the air and store it permanently is to grow trees, restore habitats and bring back biodiversity. You look at the amount of degraded land and you need billions, maybe trillions, of trees to support this level of recovery. Hundreds of millions of hectares of ecosystems need to be restored, and restored fast! To make this a reality you need tools that can do it in a scalable way.”
Planting the amount of trees needed to restore habitats and make any kind of dent in atmospheric carbon levels would be challenging and uneconomical to do manually, Filby said. In fact, drones provide a safe and scalable solution to repair damaged ecosystems. Dendra employs a range of drones both to plant and to analyze the restoration progress of the ecosystems they oversee, in great detail.
“Detail is key to assessing the health of an ecosystem. You can’t use satellite imagery to detect very young trees in early-stage restoration, as it doesn’t provide the resolution needed,” Filby explained. “You can’t see them with airplane data either. Planes fly too fast, and you can’t get close enough to the ground to get the detail required. Biodiverse ecosystems are very complex; you need detail that only drones can provide.”
Andy Boroughs is the operations development manager and a UAV pilot with Dendra. He says WingtraOne presents a “perfect balance of everything Dendra needs in a drone.” Specifically, WingtraOne provides crisp, accurate RGB and multispectral imagery covering 4-500 ha (1000-1200 ac) a day enabling Dendra to monitor the progress of ecosystem restoration projects closely. Plus, it’s convenient to transport.
