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E. coli survives longer in poultry-amended Georgia onion soils, two-year study finds
المصدر: Phys.org - latest science and technology news stories · نُشر
New research suggests that poultry litter-based soil amendments and weather conditions, particularly extreme weather events, may influence how long bacteria survive in agricultural soils used to grow sweet onions. The findings could help inform food safety risk management for pro
New research suggests that poultry litter-based soil amendments and weather conditions, particularly extreme weather events, may influence how long bacteria survive in agricultural soils used to grow sweet onions. The findings could help inform food safety risk management for produce growers.
أخبار ذات صلة
After record heat, could the Atlantic make Britain's weather even more extreme?
As temperatures rise, scientists are investigating whether a changing Atlantic could bring more volatile weather to the UK
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As AI images become common, the threat to elections draws alarm: ‘How will voters know what’s true?’
Deepfakes and misinformation driven by artificial intelligence have become a point of deep concern for legislators, advocates and the public An image of College Park, Georgia mayor Bianca Motley Broom kissing a man – who was not her husband – in a bar spread far and wide on Faceb
World news | The Guardian ·
Late drama as Northern Ireland beat Georgia
Watch the best of the action as Shea Charles scores a 99th-minute winner as Northern Ireland beat Georgia in the Nations League.
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More cats: The key to happy countries?
National happiness is influenced by complex relationships beyond basic economic factors, according to a study by Javier I. Borráz-León of the Secretariat of Science, Humanities, Technology, and Innovation in Mexico City and colleagues.
Phys.org - latest science and technology news stories ·
Why Kamchatka's giant earthquake sent a smaller tsunami across the Pacific
In 2025, along parts of Kamchatka's coast in Russia, a magnitude 8.8 earthquake caused a tsunami to surge nearly 20 meters (65 feet) above sea level. Yet across the Pacific, its waves were much smaller than those produced by the region's great 9.0 earthquake in 1952. How could th
Phys.org - latest science and technology news stories ·