Discovery of new cyanobacteria strain could advance carbon sequestrationClimate
Discovery of new cyanobacteria strain could advance carbon sequestration
A novel cyanobacteria strain has been discovered that could hold immense potential in addressing the global carbon crisis. Identified by researchers from the United States…
Adrian AlexandreOctober 30, 2024
Full articleFastest degrading bioplastic for ocean protectionNewsScience
Fastest degrading bioplastic for ocean protection
Researchers at the Woods Hole Oceanographic Institution (WHOI) have made a significant breakthrough in the fight against plastic pollution in oceans. After years of experimentation,…
Adrian AlexandreOctober 18, 2024
Full articleResearchers uncover plant genes for anti-stress molecule to boost crop resilienceScience
Researchers uncover plant genes for anti-stress molecule to boost crop resilience
In a breakthrough for sustainable agriculture, researchers from the University of East Anglia (UEA) have identified the genes responsible for the production of a unique…
Adrian AlexandreOctober 9, 2024
Full articleStable water storage amid climate change with aquifer solutionsScience
Stable water storage amid climate change with aquifer solutions
In recent years, the global water cycle has been increasingly disrupted by the effects of climate change, leading to more frequent floods and droughts. This…
Adrian AlexandreSeptember 26, 2024
Full articleDemand-side actions could drive net-zero targets in Europe’s construction sectorScience
Demand-side actions could drive net-zero targets in Europe’s construction sector
A new study suggests that Europe’s construction sector could nearly eliminate its carbon emissions by 2060 through the adoption of advanced energy efficiency technologies. The…
Adrian AlexandreSeptember 20, 2024
Full articleDecomposing ‘refrigerants’, a potent greenhouse gas, using industrial wasteScience
Decomposing ‘refrigerants’, a potent greenhouse gas, using industrial waste
Developing a catalyst to decompose refrigerants, which are 1,300 times more potent than carbon dioxide, using industrial waste known as red mud. By National Research…
SourceJuly 22, 2024
Full article