Funga uses the forest fungal microbiome to improve forestry outcomes and address the climate crisis while enhancing beneficial microbial biodiversity. They combine modern DNA sequencing and machine learning technology with breakthrough research on the forest microbiome to put the right native, biodiverse communities of mycorrhizal fungi in the right place. This leads to more quality wood created more quickly, more carbon sequestered, and more resilient forest ecologies.

Life Sciences

Funga

Colin Averill

Ian Ware

Caylon Yates

Jonathan Hennek

Lauren Serota

Matt Wallenstein

Tom Crowther

The Advisory team at Funga provides expert guidance on leveraging forest fungal microbiomes to improve forestry outcomes. They offer strategic advice on applying DNA sequencing, machine learning, and microbiome research to enhance wood quality, increase carbon sequestration, and bolster forest resilience.

Advisory

The Science and Research team at Funga is responsible for advancing the understanding and application of forest fungal microbiomes to improve forestry outcomes and tackle climate change. This team combines expertise in data science, forest ecology, and microbial biology to identify and deploy native, diverse communities of mycorrhizal fungi. Their work involves conducting cutting-edge research, utilizing advanced DNA sequencing, and applying machine learning models to optimize fungal inoculation strategies, thereby enhancing wood quality, increasing carbon sequestration, and fostering resilient forest ecosystems.

Funga

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Advisory

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Funga

Org chart

Board & advisors

Teams

Advisory

Science and Research

Offices

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