How Water, Plants and Microbes Team Up to Beat Drought
A sweeping review in iScience reveals that irrigation regimes and rhizosphere microbes form a bidirectional feedback loop that can boost ...
A sweeping review in iScience reveals that irrigation regimes and rhizosphere microbes form a bidirectional feedback loop that can boost ...
New research shows that microalgae remodel their surface microbiome under nonylphenol pollution and recruit the bacterium Brevundimonas sp. D-1, which ...
A new isotope-tracing study finds that mucus-like microbial secretions contribute to stable mineral-associated soil carbon at rates rivaling dead microbial ...
A non-pathogenic soil bacterium uses its metal-resistant biofilm scaffold to convert toxic selenite into valuable crystalline selenium nanorods at ambient ...
Bacteriophages released from Acidithiobacillus ferrooxidans lift chalcopyrite copper bioleaching efficiency by 55 percent by stripping passivation layers and accelerating sulfur ...
In the sprawling deserts stretching from the Sahara through Egypt to the Mediterranean coast of Israel, fierce dust storms propel ...
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© 2025 Scienmag - Science Magazine