Project: DRONE-ASSISTED REFORESTATION OF DEGRADED AREAS
Project O2 develops innovative solutions for restoring degraded and fire-damaged forests using SeedBalls seed balls and drone technology, with a particular focus on remote and hard-to-reach areas. Its goal is to establish Smart Forests — diverse, biodiverse ecosystems that are more resilient to climate change, pests, and diseases. The project also engages local communities, schools, and kindergartens in nature restoration activities and educational initiatives that promote forest conservation.
Supports:
- Biodiversity – Preserve natural ecosystems and life on Earth
- Protect Wildflife– Safeguard endangered species and habitats
- Green Innovation -Develop technology for sustainable future
- Community Wellbeing – Ensure healthy living and quality of life for all
The problem
Forests are facing growing pressures from deforestation, climate change, extreme weather events, and increasingly destructive wildfires. Globally, approximately 10.9 million hectares of forest are lost each year, while Europe is experiencing an expansion of fire-prone areas and increasingly prolonged wildfire seasons.
The European Union has set an ambitious target of planting an additional three billion trees by 2030, yet forest restoration remains a major challenge, particularly in the aftermath of wildfires and in remote, steep, and hard-to-reach areas, where traditional planting methods can be slow, costly, or impractical.
The key challenge today is not only to prevent and effectively combat wildfires, but also to restore forest ecosystems promptly after fires and other forms of degradation. To preserve ecological balance and strengthen forest resilience to future threats, restoration efforts must be sufficiently fast and effective to keep pace with the escalating impacts of climate change.
The solution
Project O2 restores degraded, fire-damaged, and hard-to-reach areas by combining expert site assessments, SeedBalls tailored to local conditions, and precision deployment using drones.
The restoration process begins with an assessment of the terrain, soil, climate, and existing vegetation. Based on these findings, a tailored mix of native plant species is selected to support diverse forest ecosystems with greater resilience to climate change. The SeedBalls are then precisely deployed by drones, enabling restoration in steep, remote, and fire-damaged areas that are difficult or impossible to reach using conventional planting methods.
Restoration progress is monitored using drones equipped with multispectral sensors and LiDAR technology, enabling detailed tracking of vegetation growth and landscape changes.
Project O2 is currently active in six European countries. To date, more than 248,000 SeedBalls have been deployed, over 560,000 m² of degraded land has been targeted for restoration, and more than 3,000 people have participated in nature restoration activities.
ABOUT THE ORGANIZATION
PROJECT O2
https://project-o2.org/
Project O2 is an environmental innovation initiative of Magic Forest d.o.o. focused on restoring degraded ecosystems through nature-based solutions and advanced technology. We combine scientific expertise, SeedBalls, drone-based deployment and data-driven monitoring to make ecosystem restoration faster, more scalable and accessible, particularly in remote and hard-to-reach areas. Our work focuses on forest restoration, climate resilience, biodiversity and the restoration of fire-damaged and degraded landscapes, in collaboration with forestry institutions, researchers, public authorities and private partners across Europe.