All articles tagged with #biocrusts
UC Riverside researchers found fungi inside desert moss tissues, including arbuscule-like structures, suggesting a potential mycorrhizal relationship not previously documented in mosses; if confirmed, it could reshape ideas about moss biology and the early evolution of land plants, with implications for dryland restoration—though a true symbiosis has not yet been proven.
Scientists have discovered that biocrusts, a natural "living skin" of plants and microorganisms, are protecting the Great Wall of China by strengthening its rammed earth sections. These biocrusts, which include cyanobacteria, algae, moss, fungi, and lichen, enhance the wall's resistance to erosion and increase its structural stability. The study, published in Science Advances, suggests that biocrusts could be beneficial for the conservation of earthen heritage sites, challenging the conventional view that biological growth is harmful to such structures. The findings highlight the potential of using biocrusts in nature-based solutions for preserving cultural landmarks in the face of climate change.