Fusarium oxysporum - MoldNewsHub

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Newly Discovered Bacterial Partnership May Influence the Severity of a Major Bean Fungal Disease

mold news - There is a symbiotic relationship between fungi and bacteria.

Scientists discovered the first known symbiotic relationship between Pseudocercospora griseola and Achromobacter xylosoxidans. The finding improves understanding of angular leaf spot disease, fungal evolution, and microbial interactions while providing new opportunities for developing sustainable disease management strategies that support global food security.

mold news - Ancient ivory products

Today’s news

Ancient Ivory Preservation Threatened by Fungal Growth, Study Reveals New Conservation Strategy

Researchers identified Trichoderma fungi as the primary cause of deterioration affecting silicone-sealed ancient ivory at China's Jinsha archaeological site. The study demonstrates how fungal colonization threatens cultural heritage and proposes targeted conservation strategies combining microbial identification, physical cleaning, and carefully selected antifungal treatments for long-term preservation.

mold news - Fungal communication signals

Today’s news

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

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 - The cooperative relationship between desert mosses and fungi

Today’s news

Fungi Hidden Inside Desert Moss Challenge Long-Held Views of Life in Extreme Drylands

Scientists have discovered fungi living inside desert mosses, revealing an unexpected symbiotic relationship that may help organisms survive extreme drought. The findings reshape understanding of biological soil crusts and suggest fungal partnerships could influence ecosystem resilience, desert restoration, and future climate adaptation strategies across arid regions.

mold news - Moss fungi

Today’s news

Hidden Fungi Found Living Inside Moss Reveal Ancient Plant-Fungal Partnerships

Researchers discovered diverse endophytic fungi living inside moss tissues, revealing ancient symbiotic relationships dating back to early land plant evolution. The findings suggest fungi helped mosses adapt to terrestrial environments, expanding scientific understanding of plant evolution, microbial diversity, and the ecological importance of hidden fungal communities.

mold new - Xinjiang cotton field Tianshan

Today’s news

Desert Moss Gene Enhances Cotton Resistance to Fungal Disease as Global Concerns Over Fungicide Resistance Grow

Chinese researchers improved cotton disease resistance by introducing a desert moss gene that enhances fungal defense and increases yields. The breakthrough comes as scientists warn that fungicide resistance threatens both agriculture and healthcare, highlighting the need for alternative disease management strategies that reduce dependence on chemical fungicides.

Dark compost extract liquid being applied to plant roots in a sustainable agricultural setting

When Compost Fights Fungi: Can Fermented Compost Extracts Become a New Tool for Sustainable Crop Protection?

A 2026 study finds that fermented, non-aerated compost extracts can inhibit multiple plant-pathogenic fungi — including Fusarium oxysporum and Penicillium italicum — and that living microbial communities, not chemistry alone, drive most of the suppressive effect.

Aerial view of agricultural landscape with crop fields and vegetation patches showing land-use patterns that influence soil fungal pathogen diversity

Land Use and Soil Fungal Risk: What a Global Dataset Tells Land Managers

A global analysis of 511 soil samples finds that surrounding landscape structure — not just local soil conditions — significantly shapes pathogenic fungal diversity. Crop-dominated areas show higher pathogen diversity; vegetation buffers show the reverse.

Coffee plant branches with wilting leaves and browning cherries in a plantation, showing signs of fungal disease stress

Coffee Under Siege: How Species-Jumping Fungal Genes Could Reshape Crop Disease

Coffee wilt disease has cost more than $1 billion since the 1990s — and new genomic research shows the pathogen may be acquiring genes from fungi on neighboring plants. The next outbreak may not look like the last.

Antarctic plants

Today’s news

Antarctic Plants Face Growing Threat from Expanding Fungal Diseases

Scientists warn that rising temperatures may allow fungal diseases to spread within Antarctica’s fragile plant ecosystems. The report examines how climate change, increased moisture, and human activity could introduce new biological threats to polar biodiversity, raising concerns about ecosystem resilience, pathogen expansion, and long-term environmental stability in Antarctica.

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