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Insights
Optimizing microbiomes with bio-engineered carbon inspired by the ancient Terra Preta technology
  • Enhancing microbiomes with bio-engineered carbon
    • Bio-engineered carbon, blended with biological and non-biological residues, supports the proliferation of key carbon-sequestering microorganisms such as Actinobacteria, Bacillus subtilis, Mycorrhizal fungi, and Trichoderma
    • Tailored to local conditions to enhance naturally occurring microbiomes, ensuring site-specific biodiversity and resilience
  • Inspiration from Terra Preta Agriculture
    • Builds on the principles of Brazil’s ancient Terra Preta, integrating bio-engineered carbon to restore soil fertility and enable sustainable innovation
    • Applies these techniques to seabeds via Blue Terra Nova to foster marine microbiome recovery, including species like Nitrosopumilus maritimus and other marine fungi
  • Promoting Sustainability and Ecosystem Restoration
    • Accelerates green growth by supporting natural carbon capture and storage
    • Strengthens biodiversity by reviving local microbiomes and fostering ecosystem balance
By blending ancient Terra Preta wisdom with cutting-edge bio-engineered carbon technology, SUCARMA optimizes microbiomes, prioritizing both globally significant carbon-sequestering species and the natural restoration of local biodiversity
Partner with us for a greener future!
Join us in advancing the future of sustainable energy and environmental restoration. Whether you are an academic interested in collaborating on research, or an investor seeking impactful, ESG-compliant opportunities, The SUCARMA R&D initiative welcomes your engagement.
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