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View of the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
View of the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
Several people in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
A couple in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
A person in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
A person in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
A person in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
A person in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
Several people in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
A person in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
View of the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
A couple in the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
View of the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
View of the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
View of the Sea of Ardora on the beach of Carnota, on August 7, 2024, in Carnota, A Coruña, Galicia (Spain). The Sea of Ardora is a natural phenomenon in which the sea water glows with a bluish hue in the darkness of the night. This spectacle is due to bioluminescent microorganisms, specifically the dinoflagellate Noctiluca Scintillans and other species of microalgae, where the organisms emit light as a result of internal chemical reactions, creating the characteristic luminous effect in the water. When there is a high density of microalgae and the water is agitated, this reaction that generates the blue glow occurs, a reaction similar to that which occurs in terrestrial fireflies. AUGUST 07;2024 Elena Fernández / Europa Press 08/07/2024 (Europa Press via AP)
Japan men's team coach TASEI Kunihito (L) and the ace player HARIMOTO Tomokazu react after losing the men's table tennis team semifinal against Sweden at the Paris Olympics at the South Paris Arena 4 in Paris, France, on August 7, 2024. Team Sweden proceeded to the final. ( The Yomiuri Shimbun via AP Images )
Japan men's team coach TASEI Kunihito (L) and the ace player HARIMOTO Tomokazu react after losing the men's table tennis team semifinal against Sweden at the Paris Olympics at the South Paris Arena 4 in Paris, France, on August 7, 2024. Team Sweden proceeded to the final. ( The Yomiuri Shimbun via AP Images )
Japan men's team coach TASEI Kunihito (L) and the ace player HARIMOTO Tomokazu react after losing the men's table tennis team semifinal against Sweden at the Paris Olympics at the South Paris Arena 4 in Paris, France, on August 7, 2024. Team Sweden proceeded to the final. ( The Yomiuri Shimbun via AP Images )
Japan men's team coach TASEI Kunihito (R) and the ace player HARIMOTO Tomokazu react after losing the men's table tennis team semifinal against Sweden at the Paris Olympics at the South Paris Arena 4 in Paris, France, on August 7, 2024. Team Sweden proceeded to the final. ( The Yomiuri Shimbun via AP Images )
HARIMOTO Tomokazu of Japan (in red) and KALLBERG Anton of Sweden react after finishing the men's table tennis team semifinal at the Paris Olympics at the South Paris Arena 4 in Paris, France, on August 7, 2024. KALLBERG defeated HARIMOTO, and Team Sweden proceeded to the final. ( The Yomiuri Shimbun via AP Images )
HARIMOTO Tomokazu of Japan (in red) and KALLBERG Anton of Sweden react after finishing the men's table tennis team semifinal at the Paris Olympics at the South Paris Arena 4 in Paris, France, on August 7, 2024. KALLBERG defeated HARIMOTO, and Team Sweden proceeded to the final. ( The Yomiuri Shimbun via AP Images )
HARIMOTO Tomokazu of Japan (in red) and KALLBERG Anton of Sweden react after finishing the men's table tennis team semifinal at the Paris Olympics at the South Paris Arena 4 in Paris, France, on August 7, 2024. KALLBERG defeated HARIMOTO, and Team Sweden proceeded to the final. ( The Yomiuri Shimbun via AP Images )
HARIMOTO Tomokazu of Japan (in red) and KALLBERG Anton of Sweden react after finishing the men's table tennis team semifinal at the Paris Olympics at the South Paris Arena 4 in Paris, France, on August 7, 2024. KALLBERG defeated HARIMOTO, and Team Sweden proceeded to the final. ( The Yomiuri Shimbun via AP Images )