Lichens are built for survival — but new research shows their fungal and algal partners respond to environmental stress differently, exposing a hidden fragility in one of nature's most…
Climate change and antifungal resistance are converging threats. New research maps how warming temperatures, wastewater contamination, and agricultural fungicide use may be accelerating the…
A 2022 ISS experiment found that Cladosporium sphaerospermum, a melanized mold, grew in orbit and reduced radiation beneath its biomass—raising the possibility that fungal biology could…
A 2026 study finds that mycorrhizal fungi transfer small RNAs into plant root cells during symbiosis—revealing a layer of molecular communication that actively shapes how fungi colonize roots…
Researchers screened 106 fungal strains to find that Pleurotus djamor can convert carrot-processing side streams into protein-rich mycelium—a promising ingredient for vegan burgers and…
A soil fungus called Serendipita indica colonizes pearl millet roots and helps the plant manage drought stress from within—reducing cellular damage and maintaining stability where external…
A 2026 study found that ancient Alerce trees in Chile support fungal communities 2.25 times richer than surrounding forest averages. The oldest trees function as underground biodiversity…
A study in Functional Ecology finds that fungal communities of four species decompose leaf litter most efficiently — more species can reduce performance through competitive interference.…
A new material platform built on conjugated microporous polymers can detect and remove aflatoxins simultaneously — addressing a food safety gap where the toxin persists long after visible mold…
Bacteria produce compounds called biosurfactants that can reduce fungal mycotoxin production by up to 99% in controlled conditions. A 2025 study shows this biological approach targets the…