ENVIRONMENT & CLIMATEMicrobes in the seafloor of the Guaymas Basin have adapted to the high temperatures that bake and burn large areas of seafloor sediments and turn organic matter into methane and energy-rich compounds.
Researchers found that oceanic microbes dwelling in carbonate chimney rocks consume methane 50 times faster than those that live in sediment, effectively regulating the Earth's temperature.
In a deep part of the Black Sea, situated between Europe and Asia, the waters still respond to a climate change pattern prompted by the last Ice Age - a period which officially ended about 12,000 years ago.
NASA has calculated the distinct evidence that shows how humans are causing climate change. Specifically, it has calculated the specific driving forces of recent climate change through direct satellite observations.
Research shows that the Environmental Protection Agency (EPA) has underestimated methane emissions for oil and natural gas production by 90% and 50% respectively.
Researchers discover red seaweed as a natural solution to methane by-products from cows and livestock. Significant reduction of methane emissions equals removing 100 million cars from the streets.
A team from the University of Illinois Chicago worked to develop a "Swiss Army Knife" catalyst - made up of ten different elements aside from Oxygen that helps natural gas burn cleaner.
A recent collaboration between Oregon State University's College of Engineering, Cornell University, and the Argonne National Laboratory has made significant progress in hydrogen extraction from water.
A crater 165 feet deep in the Russian Arctic, first discovered back in July, was believed to have been caused by the explosion of a methane gas buildup.
Scientists discover an active methane seep in Antarctica and have monitored its evolution. Its unique factors can help explain the role of methane-consuming microbes and how marine methane enters the atmosphere.
Something weird is at work on the cold, dark plains of Pluto, where hundreds of regularly spaced ridges look a bit like an alien thumbprint pressed into extraterrestrial ice. Today, though, researchers report in the journal Science that the strange landscape is actually a dune field crafted from methane "sand."
On average, 0.34 percent of the gas fuel used in the plants is emitted to the atmosphere Researchers from Cornell University and Environmental Defense Fund have discovered that emissions of methane from the industrial sector have been vastly underestimated.
Breaking down molecules to create new ones will create new forms of fuels and alter the [laying field pf the pharmaceutical industry according to a study made by the researchers from UCLA.