Scientists study glacier crevasses, test water samples for microplastics in Antarctica
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
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Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
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Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
Scientists study glacier crevasses, test water samples for microplastics in Antarctica
31.01.2024 16:16
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
news.anonymous.signup
news.anonymous.login
Antarctica
Physicist Tsvetan Parov works on the Perunika Glacier, in the eastern part of Livingston Island, to measure the temperature interaction between air in the crevasses and the near-surface atmospheric layer.
BTA Photo/Emil Granicharov
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