microbial-networks
Microbial networks describe the complex, interconnected communities of bacteria, fungi, and other microorganisms that inhabit the rhizosphere and phyllosphere surrounding plants. Understanding these networks is critical for plant science because the collective interactions among microbes — including competition, mutualism, and nutrient cycling — directly influence plant health, growth, and stress resilience. Mapping these networks helps researchers harness beneficial microbial consortia for sustainable agriculture and disease suppression.
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Metabolic reconstruction and microbial network assembly immobilised...
Abandoned coal mine dumps leach heavy metals into surrounding soil and water — vetiver grass plan...
Artificial Humic Acid Derived from Microorganisms Promotes Root Gro...
Gardeners and farmers who already compost with straw may soon have access to a supercharged soil ...
Soil bacteria community makeup, not diversity, drives plant yield
Every nitrogen application you make reorganizes which bacteria dominate your soil; this research ...
Biochar nanoparticles modulate root-associated microbial interactio...
Contaminated runoff from old industrial sites and roadsides reaches urban waterways where water g...
Microbial networks and soil properties influence surface biodegrada...
The plastic mulch film, plant pots, or packaging scraps that end up in your garden soil break dow...
Everyday soil bacteria can soak up mining pollution
The soil microbes doing this metal cleanup work are relatives of the same Bacillus and Pseudomona...