"earth evolution"

#12163514

16 March 2025

The Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021, supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.

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#12163515

16 March 2025

The Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021, supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.

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#12163516

16 March 2025

The Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021, supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.

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#12163517

16 March 2025

A Munich bus passes the Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021. This renewable energy facility supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.

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#12163518

16 March 2025

The Freiham geothermal plant in Munich, Upper Bavaria, Bavaria, Germany, on May 22, 2021, supplies district heating to the Freiham district and neighboring areas in western Munich since 2016. It extracts hot water at 90?C from a depth of 2,500 meters to provide sustainable heating, contributing to the city's clean energy initiatives. The plant's modern infrastructure includes an architecturally distinct ventilation tower and green-roofed underground facilities, seamlessly integrated into the urban landscape.

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#12055948

15 February 2025

A scale model of the Najid 2 Iranian low Earth orbit communications microsatellite is pictured as young Iranian men look at a scale model of the Khayyam satellite, an Iranian high-resolution imaging satellite that is successfully sent into low Earth orbit on August 9, 2022, from the Baikonur space base in Kazakhstan, at the booth of the Iranian Space Research Center during an aerospace exhibition in Tehran, Iran, on February 11, 2025.

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#12055951

15 February 2025

Scale models of Najid 1, an Iranian low Earth orbit communications microsatellite (L bottom), and the Khayyam satellite, an Iranian high-resolution imaging satellite successfully sent into low Earth orbit on August 9, 2022, from the Baikonur space base in Kazakhstan (L top), are displayed while two young female Iranian scientists stand together at the booth of the Iranian Space Research Center during an aerospace exhibition in Tehran, Iran, on February 11, 2025.

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#12055949

15 February 2025

Two young female Iranian scientists sit together while the Nahid 1 (L) and Nahid 2 low Earth orbit communications satellites are displayed at the booth of the Iranian Space Research Center during an aerospace exhibition in Tehran, Iran, on February 11, 2025.

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#12055953

15 February 2025

A model of the Najid 2, an Iranian low earth orbit communications microsatellite, is displayed at the booth of the Iranian Space Research Center during an aerospace exhibition in Tehran, Iran, on February 11, 2025.

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#12055954

15 February 2025

A model of the Najid 1, an Iranian low earth orbit communications satellite, is displayed at the booth of the Iranian Space Research Center during an aerospace exhibition in Tehran, Iran, on February 11, 2025.

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#12055947

15 February 2025

Young Iranian men speak with each other while looking at a scale model of the Khayyam satellite, an Iranian high-resolution imaging satellite that is successfully sent into low Earth orbit on August 9, 2022, from the Baikonur space base in Kazakhstan, at the booth of the Iranian Space Research Center during an aerospace exhibition in Tehran, Iran, on February 11, 2025.

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#12055950

15 February 2025

An Iranian visitor stands behind a model of the Khayyam satellite, an Iranian high-resolution imaging satellite that is successfully sent into low Earth orbit on August 9, 2022, from the Baikonur space base in Kazakhstan, at the booth of the Iranian Space Research Center during an aerospace exhibition in Tehran, Iran, on February 11, 2025.

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#12055952

15 February 2025

Two young female Iranian scientists speak with each other while standing next to a model of Najid 2, an Iranian low earth orbit communications microsatellite, at the booth of the Iranian Space Research Center during an aerospace exhibition in Tehran, Iran, on February 11, 2025.

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#11252772

19 May 2024

A volcanic rock column group is standing in Gulinaobao in Ulanqab city, Inner Mongolia autonomous region, China, on May 18, 2024. The volcanic geological remains of Gulinaobao are basalt hexagonal pillars formed by the cooling and contraction of lava from the Late Oligocene volcanic eruption of the Tertiary period more than 25 million years ago, and they are containing the secrets of the evolution of the earth hundreds of millions of years ago.

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#11252773

19 May 2024

A volcanic rock column group is standing in Gulinaobao in Ulanqab city, Inner Mongolia autonomous region, China, on May 18, 2024. The volcanic geological remains of Gulinaobao are basalt hexagonal pillars formed by the cooling and contraction of lava from the Late Oligocene volcanic eruption of the Tertiary period more than 25 million years ago, and they are containing the secrets of the evolution of the earth hundreds of millions of years ago.

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#11252774

19 May 2024

A volcanic rock column group is standing in Gulinaobao in Ulanqab city, Inner Mongolia autonomous region, China, on May 18, 2024. The volcanic geological remains of Gulinaobao are basalt hexagonal pillars formed by the cooling and contraction of lava from the Late Oligocene volcanic eruption of the Tertiary period more than 25 million years ago, and they are containing the secrets of the evolution of the earth hundreds of millions of years ago.

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