Top Photographs of Earth from Space
While our private jet charters can only take you that far up in the sky, we are nonetheless excited to bring you these top photographs from space, captured by the world's leading space technology.
There’s something special about air travel which, no matter how many times you’ve experienced it, doesn’t diminish with regularity. For a few hours it can feel as though you exist in your own bubble, in which time is frozen and everything is comfort and quiet, while down below the hive of activity continues.
Space takes this feeling one step further and with all the recent news regarding the LightSail, New Horizons and commercial space flights it’s clear that astrophysicists have managed to capture our imaginations once more. With this in mind, Air Charter Service determined to get in contact with some of the leading researchers and scientific bodies in the UK to ask them what images they found most inspiring, and to tell us why.
Courtesy of Gemma Lavender of All about Space
This breath-taking image of planet Earth was taken during the Apollo 8 mission, which was the first manned mission to orbit the Moon. The photograph, shot by former NASA astronaut, William Anders on Christmas Eve in 1968, is famously known as Earthrise. The Apollo astronauts were so stunned to see our home rising over the Moon’s surface that the mission commander Frank Borman quickly snapped a black-and-white photograph of the scene.
Anders took the first colour shot of Earth from Moon orbit, where Antarctica can be seen at the ten o’clock position and the equator runs westward toward the top right-hand corner. The boundary between night and day, known as the terminator, can be seen be crossing the African continent.
Earthrise, which has been declared as “the most influential environmental photograph ever taken” by the late nature photographer Galen Rowell, was taken using a modified Hasselblad camera loaded with a custom 70mm film developed by technology company Kodak.
Courtesy of Karen Rogers of Satellite Applications Catapult
The Satellite Applications Catapult was established May 2013 as an independent innovation and technology company. It was created to foster growth across the economy through the exploitation of space, and to inspire others to innovate using satellite technologies and support the development of new products and services.
Philae is a washing machine sized space probe which was launched back in 2004 and was designed to intercept a comet, land on its surface and analyse its surface composition. Although it touched down recently it went dormant after rebounding off the comet and ultimately landing in a shady area, which didn’t provide enough sunlight to its solar panels. When it finally came out of hibernation seven months later it “spoke” to mission command.
This image was taken shortly before Philae’s wake-up signal was received. It is believed that Philae can be seen resting on the comet towards the top right in this image.
With the growing interest in space technologies, UK astronaut Tim Peake’s impending visit to the International Space Station and recent excitement of the Philae lander rendezvousing on a moving comet, space is now recognised as one of the UK’s ‘eight great technologies’, providing UK industries with new applications and services.
Courtesy of Siân Cleaver of WISE
Siân Cleaver is a member of the WISE Young Women’s Board, and also a Mission Systems Engineer for Airbus Defence and Space in the UK. She is currently working in the Future Programmes Team, helping to design and develop new space missions. They work primarily with the European Space Agency and also the UK Space Agency.
This beautiful image of the Zambezi River, in Zambia, has been produced by layering different-coloured radar images taken in March, September and December of 2011. The combination of three individually-coloured images reveals the change in the floodplain through the seasons.
Each Synthetic Aperture Radar (SAR) image was taken by Europe’s Envisat satellite which was in operation for 10 years, until 2012. A SAR image is produced by coherently adding the complex echo signals received from sending a radar beam down to the ground for a given period of time. As the satellite moves with respect to the Earth, this has the effect of simulating a much larger antenna with a size equal to the ground distance covered by the satellite, hence the term “synthetic aperture”. The resulting images are of a much higher spatial resolution than those produced by conventional radar techniques.
The UK space industry is growing rapidly, and many of Europe’s satellites, including Earth Observation satellites, have substantial involvement from UK companies. Airbus Defence and Space, based in Stevenage and Portsmouth in the UK, is the prime contractor for ESA’s Sentinel-5 Precursor satellite which will monitor atmospheric chemistry, and also ADM-Aeolus which will observe the winds in the atmosphere. Missions like these will provide us with invaluable data that will help us to understand our Earth, predict changes in our environment and enable us to interact harmoniously with our planet in the future.
A growing industry requires a growing workforce so widening the talent pool for STEM (Science, Technology, Engineering and Maths) -related careers has become a priority for the UK. The WISE Campaign (Women Into Science and Engineering) is committed to growing the STEM workforce by encouraging more girls and women into STEM-related careers.
Courtesy of Chris Bramley of Sky at Night Magazine
“In this image, taken using a Nikon DSLR camera from the International Space Station (ISS), the spacewalking astronaut is dwarfed by the immense size of the solar arrays and support structures surrounding him.
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