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two years after flooding képek

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Kavrepalanchok, NEPAL, October 3, 2026: An aerial view shows changes along the banks of the Salamdo River two years after flooding in Patikharka, Kavrepalanchok, Nepal. While the landscape shows signs of recovery, the river has expanded into some areas, with flood-damaged sections of the riverbank still visible. Some areas continue to bear scars from the disaster, highlighting its lasting impact. (Photo by ap tolang/Nexpher Images)-stock-foto
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Kavrepalanchok, NEPAL, October 3, 2026: An aerial view shows changes along the banks of the Salamdo River two years after flooding in Patikharka, Kavrepalanchok, Nepal. While the landscape shows signs of recovery, the river has expanded into some areas, with flood-damaged sections of the riverbank still visible. Some areas continue to bear scars from the disaster, highlighting its lasting impact. (Photo by ap tolang/Nexpher Images)-stock-foto
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Kavrepalanchok, NEPAL, October 3, 2026: AAn aerial view shows changes along the banks of the Salamdo River two years after flooding in Patikharka, Kavrepalanchok, Nepal. While the landscape shows signs of recovery, the river has expanded into some areas, with flood-damaged sections of the riverbank still visible. Some areas continue to bear scars from the disaster, highlighting its lasting impact. (Photo by ap tolang/Nexpher Images)-stock-foto
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Kavrepalanchok, NEPAL, October 3, 2026: An aerial view shows changes along the banks of the Salamdo River two years after flooding in Patikharka, Kavrepalanchok, Nepal. While the landscape shows signs of recovery, the river has expanded into some areas, with flood-damaged sections of the riverbank still visible. Some areas continue to bear scars from the disaster, highlighting its lasting impact. (Photo by ap tolang/Nexpher Images)-stock-foto
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Kavrepalanchok, NEPAL, October 3, 2026: An aerial view shows changes along the banks of the Salamdo River two years after flooding in Patikharka, Kavrepalanchok, Nepal. While the landscape shows signs of recovery, the river has expanded into some areas, with flood-damaged sections of the riverbank still visible. Some areas continue to bear scars from the disaster, highlighting its lasting impact. (Photo by ap tolang/Nexpher Images)-stock-foto
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Kavrepalanchok, NEPAL, October 3, 2026: An aerial view shows changes along the banks of the Salamdo River two years after flooding in Patikharka, Kavrepalanchok, Nepal. While the landscape shows signs of recovery, the river has expanded into some areas, with flood-damaged sections of the riverbank still visible. Some areas continue to bear scars from the disaster, highlighting its lasting impact. (Photo by ap tolang/Nexpher Images)-stock-foto
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TOP PICS - Kavrepalanchok, NEPAL, October 3, 2026: An aerial view shows changes along the banks of the Salamdo River two years after flooding in Patikharka, Kavrepalanchok, Nepal. While the landscape shows signs of recovery, the river has expanded into some areas, with flood-damaged sections of the riverbank still visible. Some areas continue to bear scars from the disaster, highlighting its lasting impact. (Photo by ap tolang/Nexpher Images)-stock-foto
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PRODUCTION - 12 July 2024, North Rhine-Westphalia, Bad Münstereifel: KOMBO - Water stands in the town center on 18.07.2021 (l, above) after the flood disaster, after the Erft had caused considerable damage. Just under a year later (09.06.2022, r, above), a worker stands on a truck in the town center. In the following two years (05.07.2023, l, bottom and on 12.07.2024, r, bottom), people walk through the renovated pedestrian zone. In the night from 13 to 14 July 2021, heavy rainfall led to massive flooding in the Eifel region. Photo: Oliver Berg/dpa-stock-foto
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PRODUCTION - 12 July 2024, North Rhine-Westphalia, Bad Münstereifel: KOMBO helpers walk through the town center on 18.07.2021 (l, above) after the flood disaster, after the Erft had caused considerable damage. Almost a year later, on 09.06.2022 (r, above), workers stand in the town center. Two years later (05.07.2023, l, bottom), people sit in a street café in the pedestrian zone, while three years later (12.07.2024, r, bottom) the tables remain empty in the rainy weather. In the night from 13 to 14 July 2021, heavy rainfall led to massive flooding in the Eifel region Photo: Oliver Berg/dpa-stock-foto
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Fishermen wade while pulling their nets on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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A dog wades towards a marabou stock on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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May 27, 2024, Nakuru, Kenya: A dog wades towards a marabou stock on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James Wakibia/SOPA Images via ZUMA Press-stock-foto
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A dog wades towards a marabou stock on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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A young boy wades towards submerged buildings on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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May 27, 2024, Nakuru, Kenya: A young boy wades towards submerged buildings on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James Wakibia/SOPA Images via Z-stock-foto
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A view of buildings submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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A young boy wades towards submerged buildings on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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A fisherman assists a woman to cross a flooded road submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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May 27, 2024, Nakuru, Kenya: A fisherman assists a woman to cross a flooded road submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James Wakibia/SOPA Images via ZUM-stock-foto
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A woman wades beside submerged buildings as fishermen cast their nets on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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May 27, 2024, Nakuru, Kenya: A woman wades beside submerged buildings as fishermen cast their nets on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James W-stock-foto
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A woman wades beside submerged buildings on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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May 27, 2024, Nakuru, Kenya: A woman wades beside submerged buildings on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James Wakibia/SOPA Images via ZUMA P-stock-foto
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Fishermen cast their nets on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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A woman walks towards a submerged building as fishermen cast their nets on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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May 27, 2024, Nakuru, Kenya: A woman walks towards a submerged building as fishermen cast their nets on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James-stock-foto
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May 27, 2024, Nakuru, Kenya: Fishermen wade beside submerged buildings on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James Wakibia/SOPA Images via ZUMA-stock-foto
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May 27, 2024, Nakuru, Kenya: Fishermen wade in front of submerged buildings on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James Wakibia/SOPA Images via-stock-foto
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A fisherman displays his caught fish on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms.-stock-foto
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May 27, 2024, Nakuru, Kenya: A fisherman displays his caught fish on land submerged by the rising water levels of Lake Nakuru. Heavy rainfall in Nakuru and the upper catchment areas of the Mau Forest has caused the water levels of Lake Nakuru to rise once again after gradually receding the last two years. Over the past decade, the increased flow of freshwater into this previously alkaline lake has altered its water chemistry, now supporting freshwater fish populations likely introduced through surface runoff from upstream private farms. (Credit Image: © James Wakibia/SOPA Images via ZUMA Press-stock-foto
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A two wheeler falls down due to the slippery road near the Red Fort as floodwater of the swollen Yamuna River recede in New Delhi. The locals and authorities carry out a cleanliness drive in flood-affected low-lying areas to minimize the waterborne diseases. Again Yamuna water level reached 205.93 metres above danger mark of 205.33 official said. The Yamuna Rover broke a 45 years record and reached its all-time highest level of 208.65 on July 2023 after heavy rainfall and release of water from the Hathnikund barrage in Haryana.-stock-foto
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Flooded pistachio trees at a farm near Corcoran, California. Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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A flooded ranch house near Corcoran, California. Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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Inundated ranches and farming equipment cover a vast swath of California's Central Valley. Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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Inundated ranches and farming equipment cover a vast swath of California's Central Valley. Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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Inundated ranches and farming equipment cover a vast swath of California's Central Valley. Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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Tulare Lake was once the largest body of fresh water in the American West. It dried up a century ago after its tributaries were dammed, diked, and diverted and the lake bed converted into some of the most fertile and productive agricultural land in California. In 2023, Tulare Lake made a surprise reemergence after a winter of unusually heavy rainfall, flooding some 180 square miles of farmland in the Central Valley. Experts believe it may take as long as two or three years for the flood waters to recede.-stock-foto
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