Restoring Degraded Cerrado Land with Smart Reforestation
This reforestation project is a collaboration between MORFO and Suzano, focusing on the restoration of 19 hectares of Permanent Preservation Areas (APPs) in Brasilândia, Mato Grosso do Sul.
As part of Suzano’s broader “Commitment to Renewing Life”, this initiative aligns with the company's goal of connecting 500,000 hectares of the Cerrado, Atlantic Forest, and Amazon through ecological corridors by 2030.
Using innovative restoration techniques, the project combines drone-based seed dispersal, precision soil analysis, and biodegradable seed capsules to accelerate forest recovery, improve biodiversity, and enhance soil and water retention in degraded areas.
CHALLENGES
Soil degradation: The region has highly sandy soil (88%+ sand), with low organic matter and water retention capacity, requiring tailored restoration strategies.
Invasive species: Brachiaria, an aggressive invasive grass, dominates the area and threatens seed germination, demanding intensive soil preparation and control measures.
Biodiversity loss: The affected areas have fragmented native vegetation, making species selection essencial for long-term ecosystem resilience.
Climate conditions: The region experiences prolonged dry seasons, necessitating drought-resistant native species and strategic planting techniques.
DEPLOYMENTS
19 hectares targeted for restoration using a combination of full-area planting and enrichment techniques.
42 native tree species selected to enhance biodiversity, improve soil structure, and create a resilient forest ecosystem.
45,000 Seepods deployed to protect seeds from environmental stress and improve germination rates.
Target density of 1,000–1,500 trees per hectare, ensuring a balanced and sustainable recovery process.
PROJECT MONITORING
Aerial and ground monitoring: Regular drone imaging and field assessments to track forest regeneration and soil quality.
Multispectral analysis: NDVI and other satellite-based vegetation indices used to evaluate plant growth and coverage.
Soil health tracking: Ongoing chemical and biological analysis to assess nutrient availability and necessary interventions.
Invasive species management: Continuous monitoring and control of Brachiaria to prevent competition with native species.
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