Developed in collaboration with the Wichi people, this project restores 48 hectares of forest severely affected by deforestation.
The method builds on the regenerative power of native seeds, organic matter, biochar, mycelium and soil microbiology. Soil is carefully collected from beneath a "mother tree," where microbial life and seed density are na...Read more
Developed in collaboration with the Wichi people, this project restores 48 hectares of forest severely affected by deforestation.
The method builds on the regenerative power of native seeds, organic matter, biochar, mycelium and soil microbiology. Soil is carefully collected from beneath a "mother tree," where microbial life and seed density are naturally concentrated. A wood mound is then constructed to initiate a controlled slow-combustion process lasting approximately eighty days, producing biochar: a carbon-rich material that enhances soil fertility and moisture retention while preserving seed viability.
Once activated, the seed-rich biochar is dispersed across the territory. Rainfall then plays a crucial role in carrying the regenerative material along the natural key-lines of the landscape, supporting widespread germination and ecosystem recovery. The entire process is scientifically monitored through soil ecology data, microbiological analysis with emphasis on fungi and mycorrhizae, biodiversity assessments and long-term tree survival rates.
Once planting has taken place, this section will be updated with more information and pictures.