Old Tyres Turned Phosphorus Magnets Could Feed Crops and Clean Wastewater
Researchers transformed waste tyre biochar with hydrogen peroxide into a material that removes 99 percent of phosphorus from wastewater and ...
Researchers transformed waste tyre biochar with hydrogen peroxide into a material that removes 99 percent of phosphorus from wastewater and ...
A UPV-led study of 18 European countries finds river pollution improving since 2015 but at a pace insufficient to meet ...
A new pathway-resolved mass-balance model quantifies for the first time how South Korea's pet dog waste splits between landfills, sewers, ...
A comparative study of China's YamdrokTso and Taihu lakes reveals that plateau sediments act as phosphorus sinks while plain lake ...
A six-month study of Lagos coastal waters shows that freshwater inflows during the wet season deliver nutrients that elevate chlorophyll-a ...
A new global study shows that eutrophication-driven algal blooms destabilize iron-bound organic carbon in lake sediments, weakening one of Earth's ...
A new 5-arc-minute dataset quantifies how human-driven phosphorus inputs to land rose nearly elevenfold, from 3.8 to 41.0 teragrams per ...
A new conceptual paper argues that the biomolecular packaging of carbon, nitrogen, and phosphorus, not their elemental ratios, governs nutrient ...
A native Brazilian strain of Tetradesmus obliquus removed most ammonium and phosphate from domestic wastewater while producing biomass rich in ...
A study of 79 African lakes shows that methane-oxidizing bacteria, boosted by phytoplankton and wetland inputs, consume more than 70 ...
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© 2025 Scienmag - Science Magazine