Climate Science Digest: November 4, 2024Science
Climate Science Digest: November 4, 2024
How a melting ice sheet reshaped North America’s coastline Approximately 19,000 to 26,000 years ago, a vast ice sheet blanketed Canada and extended over parts…
Muser NewsDeskNovember 4, 2024
Full articleDiscovery 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 articlePlant diversity boosts soil carbon retention and crop healthScience
Plant diversity boosts soil carbon retention and crop health
The potential to mitigate climate change could be hiding in our fields. Increasing plant diversity in agricultural systems is emerging as a powerful tool to…
Adrian AlexandreOctober 24, 2024
Full articleMuser Press – New Research Articles Week 42, 2024Science
Muser Press – New Research Articles Week 42, 2024
Vulnerability of Arctic-Boreal methane emissions to climate change The rapid warming of the Arctic-Boreal region has led to the concern that large amounts of methane…
SourceOctober 20, 2024
Full articleMuser Press – New Research Articles Week 41, 2024NewsScience
Muser Press – New Research Articles Week 41, 2024
Strong contribution from sensible heat to global precipitation increase in climate models is not supported by observational based data It has previously been shown that…
SourceOctober 13, 2024
Full articleAgriculture’s path to becoming a carbon capture powerhouseClimate
Agriculture’s path to becoming a carbon capture powerhouse
The global food system is one of the largest contributors to greenhouse gas emissions, making the reduction of these emissions a top priority for climate…
Adrian AlexandreSeptember 24, 2024
Full articleCement materials hold potential to absorb atmospheric CO2, new research findsScience
Cement materials hold potential to absorb atmospheric CO2, new research finds
Researchers have made significant strides in understanding the carbonation process in cement-based materials, which could play a crucial role in reducing atmospheric carbon dioxide (CO2).…
Adrian AlexandreSeptember 9, 2024
Full articleBetter Carbon Storage with Stacked GeologyScience
Better Carbon Storage with Stacked Geology
By University of Texas at Austin The overarching goal of all carbon capture and storage projects is the same: Keep carbon dioxide (CO2) emissions out…
SourceJuly 24, 2024
Full articleCapturing carbon with energy-efficient sodium carbonate−nanocarbon hybrid materialClimateScience
Capturing carbon with energy-efficient sodium carbonate−nanocarbon hybrid material
By Chiba University Industrial emissions are one of the main sources of climate change-inducing carbon dioxide (CO2). While adopting renewable and clean energy alternatives is…
SourceJuly 16, 2024
Full articleNew carbon storage technology is fastest of its kindScience
New carbon storage technology is fastest of its kind
By The University of Texas at Austin | The Cockrell School of Engineering A new way to store carbon captured from the atmosphere developed by…
SourceJuly 9, 2024
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