Dirt-cheap trio of natural materials strips phosphorus from polluted water
Researchers have created a biochar-laterite-bentonite composite that removes phosphorus from water efficiently without rare-earth or heavy-metal modifications.
Researchers have created a biochar-laterite-bentonite composite that removes phosphorus from water efficiently without rare-earth or heavy-metal modifications.
A new study led by Washington State University maps where human activities drive harmful nutrient levels in coastal waters, finding ...
A new study of China's Huixian Karst Wetland shows that calcium and bicarbonate ions can either suppress or accelerate phosphorus ...
A spatially segmented nutrient model built on eight years of monitoring data shows that inflows, not lake sediments, drive the ...
A 25-year satellite and machine learning reconstruction of Ethiopia's Gefersa Reservoir shows that dry season algal growth and organic matter ...
A University of Liège study of 79 African lakes shows that methanotrophic bacteria living on microalgae consume more than 70 ...
A new perspective argues that seaweed farming's climate benefits depend critically on site hydrodynamics, which determine whether farms act as ...
A major review finds that inland waters emit about 8.2 petagrams of CO2-equivalent per year, an increase since the Industrial ...
New research shows that sediment-derived humic acid can cut the phosphate adsorption capacity of calcined modified red clay by more ...
Five native Indian red seaweed species removed up to 100 percent of nitrate and most phosphate and ammonium from shrimp ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine