3D mapping and drones target deforestation with PIX4Dmatic

Once a thriving green space, the Mont Balam forest in Togo is now facing alarming deforestation, driven by human activities such as subsistence farming, charcoal production, and land clearing. As tree cover diminishes, the forest’s ability to support biodiversity and sustain local communities is rapidly declining. The need to address this growing crisis formed the foundation for a drone-mapping and reforestation initiative led by Togo Flying Labs.

Degraded land in the Mont Balam classified forest. This area was mapped by Togo Flying Labs using drones to guide targeted reforestation efforts with adapted species

Togo Flying Labs is a national center of expertise in drone and data technology. As part of the global Flying Labs network, the organization focuses on solving social and environmental challenges through innovation. By integrating advanced mapping tools with community engagement, the project not only restored degraded ecosystems but also aims for long-term, inclusive forest management.

Aerial mapping against deforestation

High-resolution aerial mapping helped identify areas most at risk, allowing for targeted reforestation using species adapted to local conditions. By restoring damaged ecosystems and involving communities in long-term conservation, the project created a foundation for sustainable forest management.

The drone, ready for takeoff

To accurately map areas affected by deforestation, the team used the DJI Phantom 4 Pro V2 drone, capturing high-resolution aerial imagery crucial for identifying zones in need of reforestation. The mapping process began with defining the study area boundaries using Google Earth Pro to extract the necessary KML files. PIX4Dcapture was then used to plan and collect drone flight data, later processed with PIX4Dmatic. The software enabled the creation of detailed maps and supported in-depth analysis of critical zones. The team also used QGIS to digitize and refine key areas, ensuring precision in the planning of reforestation actions.

Images loaded into PIX4Dmatic showing full flight coverage over Mont Balam for reforestation mapping

One of the early challenges in the project was mobilizing local communities and building awareness around the importance of forest restoration. To overcome this, Togo Flying Labs organized stakeholder meetings and launched targeted environmental education programs. These efforts helped increase community involvement and foster a strong sense of ownership.

Community members and Togo Flying Labs gather to review reforestation plans for Mont Balam, using drone maps to guide local conservation efforts

Project impact

The project had a tangible impact on the Mont Balam area, with several degraded land plots successfully reforested. A total of 44 hectares were mapped, revealing 10 severely degraded hectares. Focused reforestation efforts led to the planting of approximately 1,622 seedlings across three of these hectares, helping to restore local biodiversity and enhance the ecosystem’s resilience. In addition to the reforestation work, local farmers received training in sustainable techniques.

Project details:

By integrating drone technology and advanced spatial analysis, the team was able to precisely identify the areas most vulnerable to deforestation. This accuracy ensured that interventions were targeted and efficient.

Local community members plant seedlings in Mont Balam, guided by drone-mapped data from PIX4Dmatic

A key factor in the project’s success was the use of Pix4D software, which provided a complete and reliable workflow from data collection to analysis. With tools like PIX4Dmatic, the team was able to efficiently process large datasets, generate high-quality maps, and extract actionable insights—all within a user-friendly and flexible environment.

“We particularly appreciated the flexibility and precision of Pix4D solutions, which allowed us to easily move from data collection to processing, while ensuring high-quality results tailored to our needs." - GNASSINGBE Tchoou Paul, Drone Pilot and GIS Analyst

The compatibility with GIS platforms also ensured that results could be seamlessly integrated into broader planning and conservation efforts. Pix4D’s accuracy, efficiency, and adaptability made it an essential part of this initiative, supporting informed decision-making and contributing to the long-term sustainability of reforestation activities in Mont Balam.