The crew of the International Space Station is busy dealing with the aftermath of a false alarm signaling an ammonia leak in the American segment of the orbital facility. The alarm was apparently caused by a glitch in one of the station's computer relay systems.
© REUTERS / NASA/Handout via ReutersThe crew of the International Space Station is busy dealing with the aftermath of a false alarm signaling an ammonia leak in the American segment of the orbital facility.
Above: Photo of ISS taken from the Space Shuttle Endeavour.
Above: Photo of ISS taken from the Space Shuttle Endeavour.
The crew of the International Space Station is busy dealing with the aftermath of a false alarm signaling an ammonia leak in the American segment of the orbital facility.
Above: Photo of ISS taken from the Space Shuttle Endeavour.
Above: Photo of ISS taken from the Space Shuttle Endeavour.
© East News / SIPA/N.A.S.AThe alarm was apparently caused by a glitch in one of the station's computer relay systems.
Above: Internal view of the ISS Cupola.
Above: Internal view of the ISS Cupola.
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© East News / SIPA/N.A.S.A
The alarm was apparently caused by a glitch in one of the station's computer relay systems.
Above: Internal view of the ISS Cupola.
Above: Internal view of the ISS Cupola.
© REUTERS / NASA/Handout via ReutersNASA astronauts Barry Wilmore and Terry Virts, and ESA astronaut Samantha Cristoforetti were able to return from the Russian section of the station where they were forced to evacuate to.
Above: Members of Expedition 42 take air samples in the US segment of the ISS following an evacuation prompted by an ammonia leak. January 15, 2015.
Above: Members of Expedition 42 take air samples in the US segment of the ISS following an evacuation prompted by an ammonia leak. January 15, 2015.
NASA astronauts Barry Wilmore and Terry Virts, and ESA astronaut Samantha Cristoforetti were able to return from the Russian section of the station where they were forced to evacuate to.
Above: Members of Expedition 42 take air samples in the US segment of the ISS following an evacuation prompted by an ammonia leak. January 15, 2015.
Above: Members of Expedition 42 take air samples in the US segment of the ISS following an evacuation prompted by an ammonia leak. January 15, 2015.
© Flickr / ISS Star TrailsAt the present time, ISS is the largest artificial body in Earth's orbit.
Above: Long shutter speed photos of ISS taken by NASA astronaut Donald Roy Pettit.
Above: Long shutter speed photos of ISS taken by NASA astronaut Donald Roy Pettit.
At the present time, ISS is the largest artificial body in Earth's orbit.
Above: Long shutter speed photos of ISS taken by NASA astronaut Donald Roy Pettit.
Above: Long shutter speed photos of ISS taken by NASA astronaut Donald Roy Pettit.
© Photo : Russian Federal Space AgencyThe ISS program is run jointly by five space agencies involved in the project: Roscosmos, NASA, ESA, JAXA and CSA.
Above: Installation of the Rassvet ISS module.
Above: Installation of the Rassvet ISS module.
The ISS program is run jointly by five space agencies involved in the project: Roscosmos, NASA, ESA, JAXA and CSA.
Above: Installation of the Rassvet ISS module.
Above: Installation of the Rassvet ISS module.
© Photo : NASAThe ownership and use of the space station is regulated by intergovernmental treaties.
Above: Russian spacesuits aboard the ISS.
Above: Russian spacesuits aboard the ISS.
The ownership and use of the space station is regulated by intergovernmental treaties.
Above: Russian spacesuits aboard the ISS.
Above: Russian spacesuits aboard the ISS.
© Photo : Russian Federal Space AgencyThe first component of the ISS was launched in 1998.
Above: Zvezda ISS module.
Above: Zvezda ISS module.
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© Photo : Russian Federal Space Agency
The first component of the ISS was launched in 1998.
Above: Zvezda ISS module.
Above: Zvezda ISS module.
© Photo : Russian Federal Space AgencyThe ISS has been continuously crewed ever since members of Expedition 1 arrived there on November 2, 2000.
Above: Spacewalk. 2011.
Above: Spacewalk. 2011.
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© Photo : Russian Federal Space Agency
The ISS has been continuously crewed ever since members of Expedition 1 arrived there on November 2, 2000.
Above: Spacewalk. 2011.
Above: Spacewalk. 2011.
© Flickr / NASA's Marshall Space Flight Center ISS is the earth's ninth manned space station.
Above: Internal view of the ISS Cupola.
Above: Internal view of the ISS Cupola.
ISS is the earth's ninth manned space station.
Above: Internal view of the ISS Cupola.
Above: Internal view of the ISS Cupola.
© Photo : Russian Federal Space AgencySince the US Space Shuttle Program was terminated in 2011, Russian-made Soyuz rockets have been the only way for astronauts to reach the space station.
Above: Space Shuttle Atlantis. Photo taken from ISS.
Above: Space Shuttle Atlantis. Photo taken from ISS.
Since the US Space Shuttle Program was terminated in 2011, Russian-made Soyuz rockets have been the only way for astronauts to reach the space station.
Above: Space Shuttle Atlantis. Photo taken from ISS.
Above: Space Shuttle Atlantis. Photo taken from ISS.
© Photo : NASAAstronauts from 15 nations have visited the station.
Above: ESA astronaut Samantha Cristoforetti in her sleeping bag. ISS, December 2014.
Above: ESA astronaut Samantha Cristoforetti in her sleeping bag. ISS, December 2014.
Astronauts from 15 nations have visited the station.
Above: ESA astronaut Samantha Cristoforetti in her sleeping bag. ISS, December 2014.
Above: ESA astronaut Samantha Cristoforetti in her sleeping bag. ISS, December 2014.
© Photo : Russian Federal Space AgencyThe station is divided into the Russian Orbital Segment and the US Orbital Segment.
Above: Astronaunts work at the Russian segment of ISS. 2011.
Above: Astronaunts work at the Russian segment of ISS. 2011.
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© Photo : Russian Federal Space Agency
The station is divided into the Russian Orbital Segment and the US Orbital Segment.
Above: Astronaunts work at the Russian segment of ISS. 2011.
Above: Astronaunts work at the Russian segment of ISS. 2011.
© Photo : NASAThe station is used to perform experiments in biology, human biology, physics, astronomy, meteorology and other fields.
Above: View of the ISS. 2009.
Above: View of the ISS. 2009.
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© Photo : NASA
The station is used to perform experiments in biology, human biology, physics, astronomy, meteorology and other fields.
Above: View of the ISS. 2009.
Above: View of the ISS. 2009.
© Photo : NASAThe station was designed as a microgravity and space environment research laboratory, as well as a potential staging base for possible missions to the Moon and Mars.
Above: A reflection of astronaut's camera in space. 2007.
Above: A reflection of astronaut's camera in space. 2007.
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© Photo : NASA
The station was designed as a microgravity and space environment research laboratory, as well as a potential staging base for possible missions to the Moon and Mars.
Above: A reflection of astronaut's camera in space. 2007.
Above: A reflection of astronaut's camera in space. 2007.