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Commitment to Responsibility

818

Hectares of planted forests for production

6,718

Tons of CO2 fixed annually

1.302.806

Trees planted from 55 species

Symbiosis Model

The Symbiosis model, in addition to producing high-quality wood, directly contributes to environmental recovery: it reforests large degraded areas, restores local flora and fauna biodiversity, conserves soil, and increases water production in springs. This model, replicable in different tropical areas, is feasible on a large scale and also for small producers. It provides an important economic alternative to timber extraction and monoculture models.

Water Cycle Regulation

We plant forests and we plant water. Restored forests play a crucial role in water retention, maintaining soil moisture, and regulating river and spring flows. This helps prevent floods and droughts, promoting a more balanced water environment.

Improvement of Soil Quality

The roots of the planted trees help prevent erosion, retain moisture, and increase soil fertility. This process restores the land's productive capacity, enabling responsible cultivation and ecosystem recovery.

Carbon Sequestration

Growing trees absorb carbon dioxide from the atmosphere, helping to mitigate the effects of climate change. Reforestation in degraded areas is an effective strategy to capture carbon and reduce global warming.

Restoration of Biodiversity

Reforestation promotes the recovery of local flora and fauna, creating a more diverse habitat. This contributes to ecological balance and the protection of endangered species that rely on these areas to survive.

Socioeconomic Benefits

Reforestation generates employment and livelihood for local communities through forest management. In addition, reforested areas provide renewable natural resources, such as timber and fruits, contributing to the economy.