“There are many ways of taking these metrics,” said Felipe Carazo, “but none with this level of resolution.”
Carazo is the executive director of Fundecor, a private non-governmental organization that’s working to manage Costa Rican forests in a more environmentally sustainable fashion. In association with American technology company Intel and the San Jose-based Aerial Robotixs, Fundecor is one of the financial backers of Deep Forest, a new program that hopes to use drone technology to scan and monitor the forest canopy more effectively and efficiently than ever before.
“The important thing in a country like ours,” says Ruperto Quesada in an interview with Reuters, “is to guarantee the existence of forest. That, in itself, guarantees the absorption of carbon, controls soil erosion, conserves biodiversity and provides other ecosystem services.”
Quesada is a researcher at the Center for Research in Forest Innovation at the Technological Institute of Costa Rica, an organization whose efforts to monitor and preserve the country’s natural wildlife is part of what’s made Costa Rica the only Latin American country to substantially reverse its deforestation. In 1983, only a quarter of the country was covered in trees – by 2010, that had become more than 50 percent.
But with 30 years of experience monitoring and protecting the nation’s verdant green life, why are these organizations starting to look to drones? Carazo has the answer: “There are many ways of taking these metrics but none with this level of resolution. Here, the advantage is the precision in a scheme that is cost-effective.”
It’s not that drones can do anything that manual observation can’t do (at least at this time) – it’s that they can scan the canopy faster and more effectively than any other method. A powerful drone can easily fly above the top of the trees, and Deep Forest is equipping its UAVs with LiDAR HD technology – a type of high-definition laser scanning that’s becoming more popular in the high-tech drone space.
Fundecor has previously used LiDAR HD with airplanes and helicopters, but the extreme price of renting such a vehicle has kept them from using it too frequently. The use of drones could keep costs down – and could therefore help to create a more complete portrait of the forest canopy than ever before.
The Deep Forest project is still currently considered a work in progress. The drone needs to capture and store large amounts of data as it flies, requiring the presence of a massive onboard processor. The same processor also controls the flight of the drone, and in early tests, Carazo says that the amount of data would overload the processor and cause the drone to plummet like a stone.
However, the drone will be scanning three forests near the city of Gualipes this year, which will be an important step leading up to a full rollout of the new technology.
Drones are being used in environmental efforts around the world. They’ve been seen to gauge the health of forests, monitor deforestation, and even help with replanting. Furthermore, Costa Rica’s Irazú project will be tracking similar forest measurements using an even more advanced piece of tech – a powerful satellite that’s now orbiting our planet.
The writer known as I Coleman is a veteran tech reviewer who’s spent seven years writing about everything from PC hardware to drone tech and who joined the Dronethusiast team early in 2017. I brings his characteristic sense of humor and attention to detail to our product reviews and buyer’s guides, making sure that they’re packed with expert analysis in a way that’s still easy for hobby newcomers to understand. In his spare time, I is using drones to create 3D modeling software for a company in his hometown.