FURI | Fall 2025

Mapping Engineered Fungal Mycelium Growth in Soils of Varying Wildfire Disturbance Intensities

After wildfires, burned soils become susceptible to erosion and nutrient depletion due to the loss of vegetation cover and increased exposure to hydrological and environmental stressors. The leaching of essential nutrients and organic matter slows vegetative regrowth, compromises soil stability, and delays recovery. This study explores bio-stimulation and engineered fungal mycelium as sustainable approaches for post-wildfire soil rehabilitation and restoration. Fungal growth rates, colonization patterns, and their influence on nutrient retention will be investigated using hyperspectral imaging and targeted fungal inoculation across low, medium and high soil burn severities.  The findings aim to inform the development of eco-friendly bioremediation strategies that enhance soil resilience, promote nutrient cycling, and accelerate recovery in wildfire-disturbed landscapes.