About
Funga PBC is an Austin, Texas-based public benefit corporation pioneering fungal soil microbiome restoration as a nature-based climate solution. Forests are among Earth's most powerful carbon-sequestering systems, but their effectiveness is limited when soil health is degraded. Trees rely on symbiotic relationships with mycorrhizal fungi to access nutrients, promote growth, and withstand environmental stress — yet traditional land management practices have dramatically reduced these critical fungal populations. Funga identifies and reintroduces the native, growth-promoting fungal communities that degraded forests have been missing. By restoring these underground partnerships, trees grow faster and healthier, allowing forests to reach their full ecological and carbon-capture potential. This biodiversity-first methodology goes beyond simple tree planting, addressing root-cause limitations in forest productivity. Through programs like the Southern Pine Carbon Project, Funga partners with landowners to create verified, high-integrity carbon credits that generate revenue while improving long-term land health. Their work bridges ecology, soil microbiology, and climate science to deliver measurable and verifiable carbon removal outcomes. Funga is designed for forest landowners, land managers, conservation organizations, and corporate sustainability teams seeking science-backed, durable solutions to forest health and climate resilience. As a public benefit corporation, Funga balances commercial viability with a mission-driven commitment to planetary health.
Key Features
- Fungal Microbiome Restoration: Identifies and reintroduces the native, growth-promoting fungal species that degraded forest soils are missing, rebuilding the underground networks trees depend on.
- High-Integrity Carbon Credits: Partners with landowners through verified carbon projects like the Southern Pine Carbon Project to generate credible, science-backed carbon offset credits.
- Science-Driven Methodology: Applies peer-reviewed soil ecology and mycology research to measure, verify, and continuously optimize carbon sequestration outcomes in partner forests.
- Landowner Partnership Program: Provides structured programs for forest landowners to improve soil health, accelerate tree growth, and generate revenue through carbon markets.
- Biodiversity-Based Climate Solution: Uses ecological restoration of fungal biodiversity — not just tree planting — to sustainably and durably boost forest carbon storage capacity.
Use Cases
- Forest landowners seeking to improve degraded soil health and accelerate tree growth rates on their properties
- Carbon market participants and project developers sourcing high-integrity, nature-based carbon removal credits
- Conservation organizations working to restore fungal biodiversity and ecosystem function in managed forests
- Corporate sustainability teams procuring verified carbon removal offsets to meet net-zero and ESG commitments
- Land managers implementing long-term climate resilience and sustainable forestry strategies
Pros
- Nature-Based & Durable: Leverages existing forest ecosystems and biological processes rather than engineered interventions, making carbon capture more sustainable and long-lasting.
- Dual Environmental Benefit: Simultaneously restores underground biodiversity and increases carbon sequestration, providing meaningful co-benefits beyond carbon credits alone.
- Revenue for Landowners: Enables forest landowners to generate carbon credit revenue while improving the ecological and commercial long-term health of their land.
Cons
- Limited Geographic Availability: Projects are currently focused on specific regions such as Southern Pine forests, restricting access for landowners in other geographies.
- Long Time Horizon for Returns: Forest restoration is a multi-year process; meaningful carbon benefits and financial returns materialize over extended timeframes rather than immediately.
Frequently Asked Questions
What does Funga do?
Funga restores degraded forest soils by reintroducing native mycorrhizal fungal communities. These fungi form symbiotic partnerships with tree roots, enabling faster growth and greater carbon sequestration, using biodiversity restoration as a scalable climate solution.
How does fungal restoration improve carbon capture?
Mycorrhizal fungi help trees access nutrients more effectively and withstand environmental stress. Healthier, faster-growing trees sequester significantly more carbon over their lifetimes, amplifying a forest's natural climate benefit.
Who can partner with Funga?
Forest landowners and land managers can partner with Funga to restore their soil health and participate in carbon credit programs that generate revenue from improved carbon sequestration outcomes.
What is the Southern Pine Carbon Project?
It is Funga's flagship carbon project that generates high-integrity, scientifically verified carbon credits through fungal soil and forest restoration in Southern Pine forests across the United States.
Where is Funga headquartered?
Funga is a public benefit corporation (PBC) headquartered in Austin, Texas, USA, with a mission to restore forest health and fight climate change through soil microbiome science.
