US astronaut Jeff Williams has spent five hundred and thirty-four days in space, during the course of his career. That includes a one hundred and seventy-two day stint aboard the International Space Station (ISS), as part of Expedition 47/48. He had been aboard the ISS for two previous expeditions. All up, that’s quite some time to be away from Earth.
Many the time have I looked up at the night sky and seen a point of light arc gracefully overhead. It may have been an aircraft at high enough altitude to catch the Sun’s rays, or it could have been an orbiting satellite.
Possibly, it might have been the International Space Station (ISS). I’ll never know now, but thanks to NASA’s Spot The Station website, I’ll be able to find in the future when the ISS is going to be in skies in my part of the world, and where I can find it.
So how does plankton even reach the ISS? Via evaporation in over-drive? And once it… arrives there, what are the chances of survival? Pretty good actually, it would seem:
Some organisms can live on the surface of the International Space Station (ISS) for years amid factors of a space flight, such as zero gravity, temperature conditions and hard cosmic radiation. Several surveys proved that these organisms can even develop.
A totally speculative notion, I hope, what if the Moon were as close to Earth as the International Space Station?
If you overlook the fact that we wouldn’t be here – in short the tidal and gravitational forces of two bodies in such close proximity would tear the Moon apart, hammering Earth with debris in the process – the sight of the Moon a mere four or so hundred kilometres away, would be simultaneously eerie and spectacular.
Controlling the International Space Station (ISS), as it hurtles above our heads in Earth orbit, looks incredibly straightforward here, but I suspect there’s far more to steering a vessel, or if you ask me, a structure, with the dimensions of the ISS.
How do you address mail that might be sent into space? A somewhat serious question considering there is currently at least one full-time outpost in Earth orbit, the International Space Station (ISS), and that at one stage we were envisaging a very real off-planet future.
My sleep station, a coffin-sized box, is located in the fifth deck space of Node 2. From an Earth-based perspective, I pop out of my sleep station as if I were coming out of the floor. I am thus situated on the International Space Station (ISS) in Low Earth Orbit (LEO) with an orbital inclination of 51.6 degrees (the angle of our orbit plane to the equator) and an average altitude of 400 kilometers. It occurred to me that my address should be: Node 2, Deck 5, ISS, LEO 51.603. The first three digits of your space zip code would be your orbital inclination and the last two a designator for your particular space station, with ISS being the third in this location (after the Salyut series and Mir). This zip code nomenclature should suffice, at least until there are more than 99 different space stations in orbit.