{"id":"src_unar5jdyfesz","title":"Mycelium-Mediated Recovery of Heavy Metal Contaminated Forest Soils Following Wildfire Events","authorName":"Dr. Ingrid Hoffmann et al. / Environmental Microbiology","abstract":"Wildfires can mobilize heavy metals previously bound within forest soils, creating long-term ecological risks. This research investigates how native mycorrhizal fungi and saprotrophic mycelial networks influence heavy metal immobilization and nutrient cycling during post-fire ecosystem recovery. The findings suggest that fungal communities play a significant role in restoring soil stability while reducing metal bioavailability to regenerating vegetation.","tags":["mycology","wildfire recovery","soil microbiology","heavy metals","forest ecology","bioremediation","fungal ecology"],"priceUSDC":"0.0001"}