Bioluminescent Mycelium-Infused Treetop Fungal Laboratory

Construct the primary structural frame using steam-bent white oak ribs to create a natural, organic curvature that mimics fungal gills. These ribs are anchored to the host tree using non-invasive friction-bolt collars to preserve the tree's health.

Install modular wall panels crafted from sustainable poplar plywood that have been laser-etched with intricate grid patterns to support mycelium growth. These surfaces are treated with a specialized nutrient-rich agar wash to encourage the spread of local bioluminescent fungal strains.

Design the floor-to-ceiling interior using recycled reclaimed timber featuring glass-encased incubation chambers. These small, climate-controlled niches allow observers to monitor the daily progress of the fungal spores as they transition from mycelium networks to glowing fruiting bodies.

Complete the exterior shell with a breathable, semi-transparent cedar shingle cladding that allows for air circulation while maintaining the required humidity levels. The roof features an adjustable aperture mechanism for localized airflow control to regulate the moisture balance essential for consistent luminescence.