k Changes in river ice conditions, illustration Map showing the changes in river ice conditions between 1984 and 2018. Looking across the three decades, researchers found an average global monthly decline in river ice extent of 2.5 percentage points. Grey and black areas indicate no change and red, orange and yellow indicate decreases in river ice coverage. In March, when the largest changes occurred, there was a 4.3 percentage point decline. The greatest declines occurred in the Tibetan Plateau, eastern Europe, and Alaska. Data from more than 400,000 Landsat images were analysed using Google Earth Engine to track when each river had ice., by NASA Earth Observatory, Joshua StevensYang, X., et al. 2020US Geological SurveySCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Changes in river ice conditions, illustration Map showing the changes in river ice conditions between 1984 and 2018. Looking across the three decades, researchers found an average global monthly decline in river ice extent of 2.5 percentage points. Grey and black areas indicate no change and red, orange and yellow indicate decreases in river ice coverage. In March, when the largest changes occurred, there was a 4.3 percentage point decline. The greatest declines occurred in the Tibetan Plateau, eastern Europe, and Alaska. Data from more than 400,000 Landsat images were analysed using Google Earth Engine to track when each river had ice., by NASA Earth Observatory,  Joshua Stevens Yang, X.,  et al.   2020  US Geological Survey SCIENCE PHOTO LIBRARY
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Changes in river ice conditions, illustration

Map showing the changes in river ice conditions between 1984 and 2018. Looking across the three decades, researchers found an average global monthly decline in river ice extent of 2.5 percentage points. Grey and black areas indicate no change and red, orange and yellow indicate decreases in river ice coverage. In March, when the largest changes occurred, there was a 4.3 percentage point decline. The greatest declines occurred in the Tibetan Plateau, eastern Europe, and Alaska. Data from more than 400,000 Landsat images were analysed using Google Earth Engine to track when each river had ice., by NASA Earth Observatory, Joshua Stevens/Yang, X., et al. (2020)/US Geological Survey/SCIENCE PHOTO LIBRARY

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