All Environmental Microbiology articles – Page 4
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NewsAMI publishes first policy paper in new Sustainable Microbiology
Applied Microbiology International has published the first policy paper in its newly launched journal Sustainable Microbiology. The paper, ‘Evaluating the National Action Plan (NAP) on antimicrobial resistance, and recommendations for the next 5-year NAP: a roundtable discussion ‘ is by AMI policy team members Lucky Cullen and Daisy Neale and ...
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NewsHigher airborne fungal diversity found in heavy traffic conditions
Reducing vehicular traffic could be an effective measure to control airborne fungal exposure and microbial pollution, a new study suggests.
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FeaturesForecasting microbiomes
How to accurately model the composition and dynamics of microbial communities, far into the future.
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NewsSynthetic communities slash herbicide use for weed control
Synthetic microbial communities have been found to not only suppress the growth and yield of agricultural weeds, but also substantially strengthen infested wheat production.
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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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NewsLifetime of ‘biodegradable’ straws in the ocean is 8-20 months, study finds
Researchers found that some commercial bioplastic or paper straws might disintegrate within eight to 20 months in coastal ocean systems and switching to foam makes a major difference.
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NewsRising sea levels could lead to more methane emitted from wetlands
A low-salinity Bay Area estuary ecosystem is producing higher-than-expected levels of methane.
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NewsNew AMI publication Sustainable Microbiology launches online
The first content from the new open-access Sustainable Microbiology published by Applied Microbiology International goes live today.
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NewsBacillus strains deploy regulative responses to acid stresses
Bacillus strains are able to regulate their antioxidative system differently in response to decreasing environmental pH condition, and therefore have different acid tolerance capacities.
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NewsMicrobial awakening shifts high-latitude food webs as permafrost thaws
A new study shows that fungi are replacing plants as the primary energy source for Arctic and boreal animals.
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NewsProject investigates how biodiversity loss contributes to zoonosis risks
A newly launched project, titled ’Zoonosis Emergence across Degraded and Restored Forest Ecosystems’ (ZOE), is receiving about four million euros in funding from the European Commission for a period of four years.
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NewsStudy reveals indoor metabolites as key indicators in asthma and allergic rhinitis
Analyzing dust for its chemical fingerprint may be a more reliable and consistent way to assess environmental risk for childhood asthma and allergic rhinitis than studying the complex and variable microbiome, a new study suggests.
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NewsArtificial intelligence predicts the influence of microplastics on soil properties
Scientists used machine learning to reveal how different characteristics of soil microplastics can significantly alter soil properties.
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NewsPlants use ‘trojan horse’ bubbles to fight mold invasions
A study describes how plants send tiny lipid “bubbles” filled with RNA across enemy lines, into the cells of the attacking mold. Once inside, different types of RNA emerge to suppress the infectious cells that sucked them in.
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NewsGenetic sequencing uncovers unexpected source of pathogens in floodwaters
Local rivers and streams were the source of the Salmonella enterica contamination along coastal North Carolina after Hurricane Florence in 2018 – not the previously suspected high number of pig farms in the region.
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NewsMicrobes harnessed to remove and degrade indoor pollutants
Researchers have designed an indoor air purification prototype which uses microorganisms to capture and degrade pollutants, with efficiencies above 90%.
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NewsLittle bacterium may make big impact on rare-earth processing
Scientists show that genetically engineering Vibrio natriegens could improve the efficiency for the purification of elements found in smartphones, computers, electric cars and wind turbines, and could even boost global economic supply chains.
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NewsCoevolution and UV spectrum help Santa’s reindeer feast after flight
The eyes of Rudolph and his reindeer brethren may have evolved so that they can spot their favorite food - a lichen called reindeer moss - during dark and snowy Arctic winters.
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NewsDr Raquel Peixoto named as winner of the inaugural Rachel Carson Prize 2023
Dr Raquel Peixoto of King Abdullah University of Science and Technology (KAUST) in Saudi Arabia has been named as this year’s winner of the inaugural Rachel Carson Prize for microbiology.
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![Pioneer Awards - Emmanuel Ladent, Carbios, and Jacques Playe, L'Oreal[88]](https://d3rmrttq0bsnxi.cloudfront.net/Pictures/100x67/7/4/8/4748_pioneerawardsemmanuelladentcarbiosandjacquesplayeloreal88_710603.jpg)
NewsCarbios and L’Oréal win Pioneer Award for world’s first enzymatically recycled cosmetic bottle
The Solar Impulse Foundation has recognised Carbios’ breakthrough innovation and its adoption in 2021 by L’Oréal with the world’s first fully enzymatically recycled plastic cosmetic bottle.