The DJI firm, which specializes in the design of civilian drones, is collaborating with scientists and NGOs to carry out an innovative biodiversity monitoring project.
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Reduce requirements to facilitate research
Traditionally, biodiversity monitoring requires significant resources, both in terms of people and equipment. Conventional methods allow for the collection of samples, but areas that are difficult to access, such as the canopy of tropical forests, often remain unexplored.
To counter this problem, the eDNA project uses DJI's Matrice drones. Equipped with a robotic arm, these drones collect samples from the treetops, making the study of unknown regions more accessible.
Since the program launched in March, these drones have collected 36 samples in three different areas of the Peruvian rainforest. Analysis of the samples is expected to provide new information on local biodiversity and help NGOs in their fight against deforestation.
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DJI wants to get involved in the long term
DJI, although the main player, is not alone in this project. Scientists from ETH Zurich developed the sampling technology used. The Audi Environmental Foundation is funding the project as a whole, thus ensuring sustainable resources.
Local organizers collect data in a “traditional” way to compare results and avoid external contamination. This dual approach allows for increased scientific rigor and more reliable results.
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Impact and future of drones in research
Thanks to this technology, DJI drones open up new perspectives for biodiversity research. They make it possible to reach areas that were previously inaccessible, thus providing a better understanding of our environment.
The data collected by these drones can also play a crucial role in protecting threatened ecosystems. They provide accurate, real-time information that is essential for implementing effective conservation actions.
By making DNA collection more accessible and less expensive, DJI is helping to democratize scientific research. This project could serve as a model for other similar initiatives around the world.
| 🔍 Résumé | Description |
|---|---|
| 🌳 Surveillance | Using drones to monitor biodiversity |
| 🧬 eDNA | Environmental DNA collection by drones |
| 💰 Financing | Support par l’Audi Environmental Foundation |
| 📊 Comparison | Dual approach to ensure scientific rigor |
Here are some key elements of this project:
- Using DJI Matrix Drones
- Partnership with ETH Zurich
- 36 samples collected in the tropical forest
- Funding by Audi Environmental Foundation
- Comparison with traditional methods
This project to collect environmental DNA using drones is a revolution for biodiversity research. What other scientific field could benefit from such technological advances?
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