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Showing posts with the label Greenhouse gases

Methane Super-Emitters From Space: How Satellites Detect the Biggest Climate Leaks

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  Methane “super-emitters” and the satellites catching them By Whispering Earth Methane (CH₄) is a greenhouse gas that heats the planet very strongly in the short term—about 82.5× stronger than CO₂ over 20 years . That’s why cutting methane can slow warming faster than many other actions. What are “super-emitters”? Methane doesn’t leak evenly. Often, a small number of big releases (like equipment failures or venting) create a large share of total emissions. In the U.S. oil and gas sector, EPA defines a methane “super-emitter event” as ≥100 kg/hour (measured by approved third-party methods). A region of enhanced methane is visible near Modesto, California. Credit:  NASA's Scientific Visualization Studio Why satellites matter Ground inspections are important, but they can miss leaks that start and stop quickly. Satellites help because they: Cover huge areas (including remote places) Revisit regularly (so leaks can be caught sooner) Create accountability (det...

The Hidden Life Beneath Forest Floors: How Soil Microbes Control Earth’s Climate | WhisperingEarth

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The Hidden Life Beneath Forest Floors: How Soil Microbes Control Earth’s Climate By Whispering Earth Beneath every forest lies a living system more powerful than any machine—one that quietly controls Earth’s climate without ever being seen. When we think about Earth’s climate system, forests, oceans, and the atmosphere usually come to mind. Rarely do we look beneath our feet. Yet, hidden within forest soils lives one of the most powerful forces regulating Earth’s climate: soil microbes . These microscopic organisms— bacteria , fungi , archaea , and protozoa —quietly govern how carbon is stored, released, and recycled across the planet. The Underground World Beneath Forests Photo by Turek: pexels.com Forest soils are not lifeless dirt. They are complex, living ecosystems packed with billions of microorganisms in just a single gram of soil. These microbes thrive around plant roots, leaf litter, and decaying wood, forming an invisible network that connects plants, nutrients, and the at...