Professor Martin Schröder, Dean of the Faculty of Science at The University of Nottingham, led the research. He said: “Our novel material has potential for applications in carbon capture technologies to reduce CO2 emissions and therefore contribute to the reduction of greenhouse gases in the atmosphere.”
Perhaps the largest concern on the part of the public is the potential cost of cooling coal emissions. But proponents of this technology say costs would be offset by a decline in health problems associated with coal production. Scientists estimate that poor air quality derived from burning coal costs the health care system somewhere between $330 billion and $500 billion every year. And that’s only taking the financial cost into account.
Destruction of coastal habitats may release as much as 1 billion tons of carbon emissions into the atmosphere each year, 10 times higher than previously reported, according to a new Duke led study.
New studies were conducted by Angela Sanseverino who studied a combination of two biomarkers which now shows that methane is a crucial part of life systems found in lakes and which can be returned to the food chain.
If record-setting temperatures, drought, and food shortages aren’t enough in troubling news, we hope this German research effort to find if methane hydrate deep in the ocean is melting due to rising water temperatures – potentially emitting massive quantities of methane into the atmosphere – returns with negative findings and reports that deep sea ice formations have remained stable. This press release came in today:
Using detailed regional climate models and geographic information systems, researchers with the Climate Change and African Political Stability (CCAPS) program developed an online mapping tool that analyzes how climate and other forces interact to threaten the security of African communities.