Palm Waste Biochar and Compost Team Up to Supercharge Depleted Tropical Soils
A Ghanaian study shows that combining oil palm waste biochar with poultry manure compost boosts soil microbes, enzymes, and nutrient ...
A Ghanaian study shows that combining oil palm waste biochar with poultry manure compost boosts soil microbes, enzymes, and nutrient ...
Researchers have engineered a two-strain bacterial consortium that degrades over 91 percent of the insecticide fipronil in 14 days, mapping ...
A new review synthesizes evidence that Kunapajala, a fermented liquid manure documented in ancient Indian texts, functions as a multifunctional ...
A proposed tripartite remediation system combining biochar, Pseudomonas bacteria and the legume Canavalia ensiformis could degrade persistent atrazine residues in ...
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 ...
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© 2025 Scienmag - Science Magazine