Planetary-Scale Mycelial Networks are engineered fungal networks designed to enhance soil health and facilitate the global distribution of nutrients.
Addressing nutrient deficiencies in soils globally, improving agricultural productivity, and promoting sustainable land management practices.
These networks consist of genetically modified mycorrhizal fungi that can establish extensive underground connections, enabling them to transfer nutrients over vast distances. The modified fungi have enhanced signaling capabilities, allowing for efficient communication and coordination across large areas.
The manufacturing process involves cultivating genetically modified mycorrhizal fungi under controlled conditions, followed by their distribution as spores or hyphal fragments to be inoculated into soil. This requires specialized facilities for genetic modification and cultivation.
Involves genetic engineering of mycorrhizal fungi to include long-distance signaling capabilities, followed by large-scale cultivation in bioreactors or controlled environments. The engineered fungi are then harvested and prepared for distribution.
Field units draw low hundreds of watts; fabrication is energy-intensive due to vacuum baking required for spore production. Continuous monitoring and maintenance require minimal power input.
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