Australia’s Breathing Rivers: Wet-Dry Cycles Control a Vast Hidden Carbon Emission
A nationwide monthly analysis reveals that seasonal expansion and contraction of Australia's river network, including emissions from dry riverbeds, governs ...
A nationwide monthly analysis reveals that seasonal expansion and contraction of Australia's river network, including emissions from dry riverbeds, governs ...
A three-year comparison at Germany's Schauinsland station shows that moving a greenhouse gas air intake from 12 to 35 metres ...
A new study combining stochastic life-cycle assessment with XGBoost and SHAP machine learning identifies a 41.3-kilometer economic carbon radius and ...
A year-long reciprocal sediment translocation between a nuclear-plant-heated bay and a control bay in the Baltic Sea shows that seafloor ...
A new open-source tool called EnviFlux uses simplified 4D-Var data assimilation on a desktop computer to reveal how model errors ...
A new critical review finds that combining biochar with compost can improve soil health, but claims of synergistic climate benefits ...
A statistical analysis of six US oil and gas basins shows that heavy-tailed methane emission distributions driven by super-emitters demand ...
A new study shows that thawed permafrost soils across the Arctic lack key microbial functions, and that microbes migrating in ...
A new version of the widely used MAGICC climate model incorporates a temperature-driven wetland methane feedback, raising projected warming slightly ...
A new satellite study combining Sentinel-5P TROPOMI and NASA EMIT observations reveals rising methane concentrations across Pakistan and pinpoints oil ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine