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  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122582_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    A man and a child walk across exposed riverbed rocks due to low water levels on the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. Prolonged droughts and rising temperatures linked to climate change significantly reduce water flow in many parts of the river. (Photo by Michael Nguyen/NurPhoto)

     

  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122572_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    People sit along the river promenade near exposed rocks and vegetation due to low water levels on the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. The drought conditions linked to climate change significantly lower the river's water level, exposing large sections of the riverbed. (Photo by Michael Nguyen/NurPhoto)

     

  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122569_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    People sit along the river promenade near exposed rocks and vegetation due to low water levels on the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. The drought conditions linked to climate change significantly lower the river's water level, exposing large sections of the riverbed. (Photo by Michael Nguyen/NurPhoto)

     

  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122565_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    A woman takes photos of exposed rocks and green patches caused by low water levels on the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. The ongoing drought and high temperatures linked to climate change lead to significant drops in water levels across the region. (Photo by Michael Nguyen/NurPhoto)

     

  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122561_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    A heron stands among riverbank vegetation beside the shallow waters of the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. The drop in water level results from extended drought and rising temperatures attributed to climate change. (Photo by Michael Nguyen/NurPhoto)

     

  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122557_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    People stand along the river promenade near exposed rocks and vegetation due to low water levels on the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. The drought conditions linked to climate change significantly lower the river's water level, exposing large sections of the riverbed. (Photo by Michael Nguyen/NurPhoto)

     

  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122552_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    Exposed rocks and scattered vegetation appear on the dried riverbed due to low water levels on the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. Severe drought conditions tied to climate change drastically reduce the river's flow and water volume. (Photo by Michael Nguyen/NurPhoto)

     

  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122548_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    A man and a child walk across exposed riverbed rocks due to low water levels on the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. Prolonged droughts and rising temperatures linked to climate change significantly reduce water flow in many parts of the river. (Photo by Michael Nguyen/NurPhoto)

     

  • Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    DUKAS_183122389_NUR
    Low Water Level On The River Elbe In Magdeburg As A Result Of Climate Change
    People sit along the river promenade near exposed rocks and vegetation due to low water levels on the River Elbe in Magdeburg, Saxony-Anhalt, Germany, on August 25, 2022. The drought conditions linked to climate change significantly lower the river's water level, exposing large sections of the riverbed. (Photo by Michael Nguyen/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816817_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816817_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816816_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816816_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816815_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816815_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816814_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816814_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816813_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816813_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816811_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816811_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816810_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816810_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816802_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816802_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816801_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Tourists take pictures against the backdrop of mountain ranges, which turn grey in the absence of winter rain and snowfall, at a hill station in Dolakha, Nepal, on February 7, 2025. The region, which experiences an absence of winter rainfall, now turns dry. The westerly winds used to bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816801_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Tourists take pictures against the backdrop of mountain ranges, which turn grey in the absence of winter rain and snowfall, at a hill station in Dolakha, Nepal, on February 7, 2025. The region, which experiences an absence of winter rainfall, now turns dry. The westerly winds used to bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816800_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Tourists take pictures against the backdrop of mountain ranges, which turn grey in the absence of winter rain and snowfall, at a hill station in Dolakha, Nepal, on February 7, 2025. The region, which experiences an absence of winter rainfall, now turns dry. The westerly winds used to bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816800_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Tourists take pictures against the backdrop of mountain ranges, which turn grey in the absence of winter rain and snowfall, at a hill station in Dolakha, Nepal, on February 7, 2025. The region, which experiences an absence of winter rainfall, now turns dry. The westerly winds used to bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816799_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816799_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816772_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816772_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816764_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816764_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816763_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816763_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816762_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816762_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816761_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816761_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816760_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816760_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816758_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816758_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816757_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816757_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Mountain ranges appear grey in the absence of sufficient winter rain or snowfall, as seen from a hill station in Dolakha district in Central Nepal, on February 7, 2025. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816639_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    People are silhouetted against the setting sun in a dry, rough patch of land in Sailung, Dolakha, on February 7, 2025. The region, which experiences an absence of winter rainfall, now turns dry. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816639_NUR
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    People are silhouetted against the setting sun in a dry, rough patch of land in Sailung, Dolakha, on February 7, 2025. The region, which experiences an absence of winter rainfall, now turns dry. The westerly winds usually bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

  • Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    DUKAS_180816638_NUR_2
    Climate Change: Absence Of Winter Rain And Snowfall Turns Nepal's Mountains Grey
    Tourists take pictures against the backdrop of mountain ranges, which turn grey in the absence of winter rain and snowfall, at a hill station in Dolakha, Nepal, on February 7, 2025. The region, which experiences an absence of winter rainfall, now turns dry. The westerly winds used to bring rainfall to the country, but global warming disrupts this system. Changes in the polar region and the jet stream affect the westerly winds. (Photo by Subaas Shrestha/NurPhoto)

     

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