Rust Coats on Rice Roots Turn from Carbon Vaults into Greenhouse Gas Engines
A new study shows that iron plaque on rice roots first preserves soil organic carbon but later fuels iron-reducing bacteria ...
A new study shows that iron plaque on rice roots first preserves soil organic carbon but later fuels iron-reducing bacteria ...
Chinese Academy of Sciences researchers show that oxygen micro-nano bubbles can restructure waterlogged paddy soil, boost nutrient availability, and cut ...
A survey of 206 European ponds shows that richer aquatic biodiversity strongly boosts ecosystem multifunctionality, while nutrient pollution from intensive ...
Satellite-based research from Johns Hopkins University shows U.S. oil and gas methane emissions stayed flat between 2019 and 2024 even ...
Satellite-based inverse modeling shows US oil and gas methane emission intensity fell about 11 percent from 2019 to 2024, but ...
A new opinion paper in Plant and Soil proposes that silicon fertilization reshapes paddy soil microbes to suppress methane emissions ...
A new study of Chennai's Kodungaiyur and Perungudi dumpsites finds that incineration could more than double the energy recoverable from ...
A comprehensive review argues that sustainable rice production depends on integrating microbiome engineering, synthetic microbial communities, precision agriculture, renewable energy ...
High-resolution drone surveys at Sweden's Stordalen mire show permafrost thaw accelerating roughly tenfold since 2019, exposing thousands of kilograms of ...
A new neural-physical framework called NeuPlume reconstructs complete three-dimensional greenhouse gas plumes and emission rates from sparse drone measurements, outperforming ...
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© 2025 Scienmag - Science Magazine