Researchers have unveiled a remarkable discovery: the identification of novel bacterial proteins that play a vital role in the formation and stability of methane clathrates, which trap gigatons of greenhouse gas beneath the seafloor. These newfound proteins not only suppress methane clathrate growth as effectively as toxic chemicals used in drilling but also prove to be eco-friendly and scalable. This innovative breakthrough not only promises to enhance environmental safety in natural gas transportation but also sheds light on the potential for similar biomolecules to support life beyond Earth.
A potent greenhouse gas, methane is released by many sources, both human and natural. Large cities emit significant amounts of methane, but in many cases the exact emission sources are unknown. Now, ...
As global temperatures rise, permafrost and methane hydrates -- large reservoirs of ancient carbon -- have the potential to break down, releasing enormous quantities of the potent greenhouse gas ... Using an automated method to create a high-resolution map of the seismic velocity below the seafloor, researchers found a large-scale gas reservoir in an area where the Earth's upper layers are being ...
The primary component of natural gas, methane, is itself a potent greenhouse gas. A recent study has unveiled a high performance catalyst for methane conversion to ...
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– Novel Bacterial Proteins From Seafloor Shed New Light on Climate and AstrobiologyGigatons of greenhouse gas are trapped under the seafloor, and that’s a good thing. Along continental coasts, where slopes descend into the ocean, tiny ice cages hold methane gas in place, preventing it from rising and releasing into the atmosphere. Though not often highlighted in media, these fo
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How researchers are using AI to save rainforest species in Puerto Rico: ExclusiveDeclining species in rainforests around the world may have a second chance of survival due to artificial intelligence technology.
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U.S. researchers brace for likely government shutdownGiven budget impasse in Congress, furloughed staff, delayed grant reviews, canceled travel, and shuttered instruments look imminent
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Striking rare gold: Researchers unveil new material infused with gold in an exotic chemical stateFor the first time, Stanford researchers have found a way to create and stabilize an extremely rare form of gold that has lost two negatively charged electrons, denoted Au2+. The material stabilizing this elusive version of the valued element is a halide perovskite—a class of crystalline materials that holds great promise for various applications including more-efficient solar cells, light sources, and electronics components.
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| An ambitious, stinging novel inspired by a real-life literary scandal“The Most Secret Memory of Men,” by Mohamed Mbougar Sarr, won France’s top literary prize and has now been translated into English.
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