Whole Air Outperforms Synthetic Air in Greenhouse Gas Monitoring
A new study in Atmospheric Measurement Techniques finds that whole air reference materials remain superior for high-precision greenhouse gas monitoring, ...
A new study in Atmospheric Measurement Techniques finds that whole air reference materials remain superior for high-precision greenhouse gas monitoring, ...
A new 12-year dataset from Paris reveals increasing trends in methane and nitrous oxide, while several other trace gases show ...
A global modeling study evaluating 10,883 production locations across seven scenarios identified key transport corridors and carrier preferences for international ...
A field study of 243 Ethiopian household biogas plants found 53.1% were not operational, with only 27.1% fully functional.
Statistical and AI models combining fermentation and chemical data predicted in vitro ruminal methane production of 395 tropical forage accessions ...
Two supplemental feeds formulated from Trinidad and Tobago's crop by-products matched a commercial concentrate in fermentation efficiency and produced less ...
A validation of four GOSAT and GOSAT-2 proxy methane products against China's two TCCON stations finds site-dependent biases and shows ...
A 40-day laboratory study of four Moroccan waste streams found poultry droppings produced the most biogas, while highlighting that existing ...
A new study finds that the type of lactic acid bacteria inoculant and ambient temperature jointly determine fermentation quality, aerobic ...
A new review of 57 studies argues that credible measurement, reporting and verification systems, rather than any single technology, will ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine