All rhizosphere articles
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NewsScientists to explore role soil microbes play in helping hemlocks survive woolly adelgid
Scientists are investigating why some stands of Eastern hemlock are able to resist a non-native, hemlock-loving invasive species known as the hemlock woolly adelgid which is wiping out the trees throughout the East Coast of the U.S.
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NewsFertilizer strategies can shape microbial communities in the rhizosphere
Fertilizer strategies can play a key role in the diversity of microbial communities in the crop rhizosphere, according to a new study.
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NewsThar desert rhizobacterium offers potential as green biofertilizer that protects plants against drought stress.
A rhizobacterium found in the Thar desert in India has the potential to become an environmentally friendly biofertilizer while also protecting plants against drought stress.
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NewsScientists probe ‘superpower’ that allows soil bacteria to protect rice roots from pollution
Scientists have lifted the lid on how changes in cell surface hydrophobicity of a strain of soil bacterium may help to stave off heavy metal-polycyclic aromatic hydrocarbon pollution from entering rice plant roots.
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CareersThe Babalola Lab
The Babalola Lab examines the interplay between plants and plant growth-promoting rhizobiome in plant health management using high throughput sequencing
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OpinionIs climate change driving an increase in cases of anthrax?
The anthrax outbreak in Africa could be a harbinger of more to come, with climate change creating opportunities for the emergence of more cross-over strains capable of causing anthrax-like infections.
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NewsScientists devise bacterial toolkit for colonizing plants
Researchers have discovered a core set of genes required by commensal bacteria to colonize their plant hosts. The findings may have broad relevance for understanding how bacteria establish successful host–commensal relationships.
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NewsChanges in soil organisms in crop rotation farmland accessed by DNA metabarcoding
Researchers using DNA metabarcoding to analyze changes in the composition of soil organisms in corn-cabbage rotation fields found that the soil biota are unexpectedly easily altered by the soil environment, cultivation history and crops.
