22,878 hectares of Atlantic forest
56 endemic and 10 endangered species
2,455,977 tons of total carbon sequestered in forest biomass
We use native species to promote biodiversity in 22,878 of its hectares and thus restore the original structure of the ecosystem. Scroll through our interactive map to find the actions we are taking and the next stages of our project.



Together with specialized professionals, we conduct annual flora and fauna surveys to estimate species richness and the density or abundance of their populations. We prioritize monitoring keystone species, whose population dynamics allow us to assess ecosystem health and the impact of our interventions. This evidence base—integrating field monitoring and detection technologies—supports our compliance with the Climate, Community & Biodiversity (CCB) Standards at the Gold level, reflecting a verifiable commitment to sustainability and conservation.
56 native species
10 endangered species
Selva Paranaense Vida Nativa is located near the Mbyá-Guaraní community of Tekoa Alecrín and other rural communities. Together with them, we carry out activities that strengthen relationships and deepen understanding of their culture and social organization, respecting their protocols for intercommunity relations and their relationship with the forest. We have implemented a public consultation with rural communities and a Free, Prior and Informed Consent (FPIC) process with the Indigenous community, aiming to establish a consensual and long-term collaboration, safeguard their rights, and co-design support programs for climate change adaptation and for improving their living conditions within the framework of their own worldview and relationship with nature.
At Nideport, we harness technology to serve the forest and those who protect it. Satellites, drones, IoT, monitoring cameras, and biotechnology are integrated into an artificial intelligence-powered platform that detects anomalies, generates verifiable automated alerts, and ensures full traceability of every intervention. This enables us to make precise decisions, reduce risks, and streamline MRV—accelerating native forest restoration and supporting ultra-high-quality carbon credits.