In the face of escalating environmental degradation and persistent food insecurity, innovative soil restoration strategies ...

PFAS are widespread, persistent and difficult to measure. This article explores the limitations of current detection methods ...

A research team has developed a rapid flash-heating technology that produces highly efficient iron–carbon (Fe/C) composite catalysts capable of activating molecular oxygen to degrade stubborn organic ...

The lack of transparent monitoring data and public access to environmental information significantly increases risks for communities living near former uranium facilities.

Micronutrient depletion, toxic metal accumulation, and widespread soil degradation are driving a silent public health crisis. Regenerative agriculture offers a scientifically grounded path to restore ...

Per- and polyfluoroalkyl substances (PFAS) have been mass produced for decades in consumer products like frying pans, ...

I think those seeking solutions to our current climate challenges can look to natural purifiers as one pathway to planetary ...

Goldsby is working to expand constructed and restored wetlands as part of water management and environmental enhancement ...

The Aluminum Chemicals Market continues to demonstrate steady growth, reaching a valuation of USD 9.2 billion in 2024 and ...

EU-funded researchers are turning to nature’s very own clean-up crew to tackle toxic industrial soil pollution. By Ali Jones Outside the mountain town of Sabiñánigo in northern Spain, an abandoned ...

A research team demonstrates that common agricultural and forestry residues—flax shives and eucalyptus sawdust—can be transformed into powerful magnetic carbon-based adsorbents capable of removing the ...

For decades, “forever chemicals” have lived up to their name, slipping through treatment plants, accumulating in bodies, and ...