With this information, energy companies, researchers and the public sector can take action to reduce emissions from oil and gas infrastructure faster and more effectively. By powering methane detection algorithms with Cloud computing and applying AI to satellite imagery to identify oil and gas infrastructure around the world, our goal is to help EDF quantify and trace methane emissions to their source. Methane from human sources is responsible for about 30% of global warming today, and a big contributor of methane in the atmosphere comes from extracting fossil fuels, like oil and gas, from the Earth. This is one of the most powerful, short-term actions we can take to reduce warming. Earth auf allen Geräten Alle Earth-Versionen ansehen. Today, we’re announcing a partnership with Environmental Defense Fund (EDF) that combines our science and technology to reduce methane emissions. Satellitenbilder der NASA und Fotos von Astronauten enthüllen das englische Alphabet in Landformen und Naturphänomenen unseres Planeten. Reducing this warming is essential to decreasing the risk of wildfires, drought and other extreme environmental events, and results in cleaner air and healthier communities. In fact, 2023 was the hottest year on record, and the last ten years have been the hottest years since 1850. The updated maps are live now in both Google Earth and when viewing the satellite layer in Google Maps.Every year, our planet gets hotter because of greenhouse gas pollution. Landsat, which has been in operation since 1972 to track changes to the earth over time, makes its data open and accessible, which is how Google is able to update its maps products as new imagery becomes available. Where things were blurry, they’re now crisp - for example, when you look down on New York City, you can now see details like skyscrapers, building shadows and baseball fields in Central Park, thanks to Landsat 8. The result is sharper and more current images on Google Earth than before. ![]() That’s more than 700 trillion pixels, the company notes, or 7,000 times more pixels than the number of estimated stars in the Milky Way, it adds, having fun with the numbers. The new satellite is able to capture images with “greater detail, truer colors, and at an unprecedented frequency - capturing twice as many images as Landsat 7 does every day,” Google announced on its Google Maps blog this afternoon.Īs before, the new Google Earth imagery is also cloud-free, thanks to mining nearly a petabyte of data. Now Google has updated Google Earth with the imagery from Landsat 8, launched in 2013. ![]() It did so by analyzing a large number of images, similar to how it produced this global time-lapse image of the earth. This was still the best imagery available at the time, though, which forced Google to come up with a means of removing those gaps from Google Earth. However, the images Landsat 7 captured after 2003 were affected by a hardware failure that resulted in diagonal gaps of missing data. ![]() When Google first unveiled its techniques for eliminating from Google Earth images striped artifacts, clouds and other atmospheric effects, it was using imagery from Landsat 7. Geological Survey’s (USGS) Landsat 8 satellite. Today, the company has repeated the process, but this time with newer, crisper imagery from NASA and the U.S. Several years ago, Google engineers figured out a way to stitch together satellite imagery to remove clouds, giving Google Earth and Google Maps users a better and more comprehensive view of the ground below.
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