Rhizophagus irregularis - MoldNewsHub

Today’s news

Fungi May Warn Neighboring Networks About Toxic Metal Pollution, Study Finds

mold news - Fungal communication signals

Researchers found that fungal mycelial networks can transmit warning signals when exposed to toxic metal pollution. The discovery reveals coordinated communication across fungal colonies and may support future advances in environmental monitoring, ecosystem restoration, pollution detection, and fungal-based bioremediation technologies.

mold news - Carbon credits for mycorrhizal fungi

Today’s news

Mycorrhizal Fungi Generate the First Verra-Verified Soil Carbon Credits in the United States

Groundwork BioAg has issued the first Verra-verified soil carbon credits under the VM0042 methodology in the United States. Using mycorrhizal fungi and direct soil measurements, the project highlights advances in regenerative agriculture while also illustrating the continuing scientific discussion surrounding soil carbon measurement, permanence, and credibility within voluntary carbon markets.

Mycorrhizal fungal hyphae transferring molecular signals into plant root cells underground

The Fungal Messages Inside Plant Roots: How Mycorrhizal Fungi Use RNA to Build Symbiosis

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 and exchange nutrients with plants.

Leaf fossil in sandstone

Today’s news

407-Million-Year-Old Plant Fossil Reveals Ancient Fungal Partnership That Helped Life Conquer Land

Researchers discovered fungal structures preserved within a 407-million-year-old plant fossil, providing direct evidence of an ancient plant-fungus partnership. The finding suggests fungal symbiosis helped early plants colonize land, improve nutrient acquisition, and drive the development of terrestrial ecosystems that ultimately transformed Earth’s environment.

Ancient Alerce tree trunk in a temperate rainforest in southern Chile, representing old-growth forest ecosystems that support rich underground mycorrhizal fungal communities

Ancient Trees, Hidden Fungi: Why Old-Growth Forests Protect the Soil Microbiome

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 reservoirs — and protecting them means protecting hundreds of invisible fungal taxa that cannot survive without them.

Martian planting

Today’s news

From Regolith to Farmland: Fungi May Become a Key Resource for Sustaining Human Life on Mars

Scientists are investigating how fungi could help convert Martian regolith into fertile farmland. Through nutrient recycling, mycorrhizal partnerships, water retention, waste decomposition, and potential construction applications, fungi may provide the biological foundation needed to support sustainable agriculture and long-term human settlement on Mars.

Bee pollination

Today’s news

Hidden Organisms Quietly Supporting Human Life Gain Attention in Public Science Discussion

Readers discussed overlooked organisms that quietly support human life, including fungi, bacteria, phytoplankton, bees, earthworms, and yeast. The conversation highlighted hidden ecological systems responsible for nutrient cycling, pollination, digestion, climate regulation, and sustainable agriculture, emphasizing humanity’s dependence on microscopic and often invisible biological networks worldwide.

Coffee and mycorrhizal fungi

Today’s news

Underground Baristas: Mycorrhizal Fungi Strengthen Coffee Growth in Brazil’s Cerrado

Study shows mycorrhizal fungi enhance nutrient uptake and resilience in coffee plants grown in Brazil’s Cerrado. Despite uniform colonization across genotypes, fungal diversity remains high. Findings highlight the ecological importance of AMF and suggest monitoring and using native fungal communities for sustainable soil management and improved agricultural productivity.

Fungi play a vital role in restoring tropical island ecosystems.

Today’s news

Fungi Identified as a Key Factor in Restoring Degraded Tropical Islands

Research shows fungi are essential for restoring degraded tropical islands by supporting plant growth and rebuilding soil health. Mycorrhizal networks improve nutrient uptake and ecosystem stability. The study highlights the need for microbial-focused restoration strategies, offering a more effective, sustainable approach to ecological recovery and climate resilience.

Arbuscular mycorrhizal fungi and saprophytes

Today’s news

New Research Reveals How Fungi Shape Plant Growth and Ecosystem Dynamics

New research reveals fungi play a crucial role in plant growth by facilitating nutrient exchange and shaping root systems. Their interactions influence ecosystem dynamics, soil health, and plant resilience. The study highlights implications for sustainable agriculture and environmental adaptation, emphasizing fungi as key drivers in future ecological and agricultural systems.

Input your search keywords and press Enter.