Purple Bacteria From Vietnam’s Acid Sulfate Paddies Cut Methane by Up to 75 Percent
Researchers in Vietnam isolated acid-tolerant purple nonsulfur bacteria from Mekong Delta paddy soils that reduce methane emissions by up to ...
Researchers in Vietnam isolated acid-tolerant purple nonsulfur bacteria from Mekong Delta paddy soils that reduce methane emissions by up to ...
A Moroccan field trial found that switching from urea to nitrate-based fertilizers cut nitrous oxide emissions from drip-irrigated wheat nearly ...
A three-year organic rice system in China's Panjin region produced grains richer in antioxidant flavonoids and vitamin E while reshaping ...
A three-year field study in Northeast China's Mollisol shows that stover returning practices, including biochar and no-tillage mulching, reshape the ...
Engineered bacteria that overproduce rock-dissolving siderophore molecules significantly accelerate silicate mineral weathering, potentially boosting carbon dioxide removal on farmland.
Agriculture may soon gain a new line of defense against one of the most potent greenhouse gases ever released from ...
Oklahoma’s winter wheat fields may be influenced by an invisible biological network beneath the soil, according to a new study ...
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© 2025 Scienmag - Science Magazine