"changing water temperature level"

#12221398

2 April 2025

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.

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#12221400

2 April 2025

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.

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#12221402

2 April 2025

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.

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#12221405

2 April 2025

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.

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#12221407

2 April 2025

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.

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#12221409

2 April 2025

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.

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#12221411

2 April 2025

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.

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#12221414

2 April 2025

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.

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#12221415

2 April 2025

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.

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#6787080

7 June 2021

The photo shows mucilage covers surface of the Marmara Sea, coast of Istanbul, Turkey on June 7, 2021.The Ministry of Environment and Urbanization announced that the largest sea cleaning campaign will be launched to eliminate mucilage(sea snot) . Mucilage, which was observed intensively on the water in the Sea of Marmara in 2007, is due to the excessive increase in the sea of single-celled plant microorganisms called "phytoplankton". In the Marmara Sea these single-celled microorganisms also multiply by taking advantage of the marine pollution caused by domestic and factory wastes and the changing water temperature level due to global climate change.

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#6787082

7 June 2021

The photo shows mucilage covers surface of the Marmara Sea, coast of Istanbul, Turkey on June 7, 2021.The Ministry of Environment and Urbanization announced that the largest sea cleaning campaign will be launched to eliminate mucilage(sea snot) . Mucilage, which was observed intensively on the water in the Sea of Marmara in 2007, is due to the excessive increase in the sea of single-celled plant microorganisms called "phytoplankton". In the Marmara Sea these single-celled microorganisms also multiply by taking advantage of the marine pollution caused by domestic and factory wastes and the changing water temperature level due to global climate change.

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#6787084

7 June 2021

The photo shows mucilage covers surface of the Marmara Sea, coast of Istanbul, Turkey on June 7, 2021.The Ministry of Environment and Urbanization announced that the largest sea cleaning campaign will be launched to eliminate mucilage(sea snot) . Mucilage, which was observed intensively on the water in the Sea of Marmara in 2007, is due to the excessive increase in the sea of single-celled plant microorganisms called "phytoplankton". In the Marmara Sea these single-celled microorganisms also multiply by taking advantage of the marine pollution caused by domestic and factory wastes and the changing water temperature level due to global climate change.

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#6787086

7 June 2021

The photo shows mucilage covers surface of the Marmara Sea, coast of Istanbul, Turkey on June 7, 2021.The Ministry of Environment and Urbanization announced that the largest sea cleaning campaign will be launched to eliminate mucilage(sea snot) . Mucilage, which was observed intensively on the water in the Sea of Marmara in 2007, is due to the excessive increase in the sea of single-celled plant microorganisms called "phytoplankton". In the Marmara Sea these single-celled microorganisms also multiply by taking advantage of the marine pollution caused by domestic and factory wastes and the changing water temperature level due to global climate change.

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#6787088

7 June 2021

The photo shows mucilage covers surface of the Marmara Sea, coast of Istanbul, Turkey on June 7, 2021.The Ministry of Environment and Urbanization announced that the largest sea cleaning campaign will be launched to eliminate mucilage(sea snot) . Mucilage, which was observed intensively on the water in the Sea of Marmara in 2007, is due to the excessive increase in the sea of single-celled plant microorganisms called "phytoplankton". In the Marmara Sea these single-celled microorganisms also multiply by taking advantage of the marine pollution caused by domestic and factory wastes and the changing water temperature level due to global climate change.

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#6787090

7 June 2021

The photo shows mucilage covers surface of the Marmara Sea, coast of Istanbul, Turkey on June 7, 2021.The Ministry of Environment and Urbanization announced that the largest sea cleaning campaign will be launched to eliminate mucilage(sea snot) . Mucilage, which was observed intensively on the water in the Sea of Marmara in 2007, is due to the excessive increase in the sea of single-celled plant microorganisms called "phytoplankton". In the Marmara Sea these single-celled microorganisms also multiply by taking advantage of the marine pollution caused by domestic and factory wastes and the changing water temperature level due to global climate change.

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#6787092

7 June 2021

The photo shows mucilage covers surface of the Marmara Sea, coast of Istanbul, Turkey on June 7, 2021.The Ministry of Environment and Urbanization announced that the largest sea cleaning campaign will be launched to eliminate mucilage(sea snot) . Mucilage, which was observed intensively on the water in the Sea of Marmara in 2007, is due to the excessive increase in the sea of single-celled plant microorganisms called "phytoplankton". In the Marmara Sea these single-celled microorganisms also multiply by taking advantage of the marine pollution caused by domestic and factory wastes and the changing water temperature level due to global climate change.

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