iss

Astronauts on the ISS Use a ‘NightPod’ to Stabilize Their Low-Light Photos

Astronaut photographers on the International Space Station have been beaming quite a few photographs of Earth as of late, but have you ever wondered how they manage capture relatively sharp photographs of Earth's cities at night?

The speed at which the ISS hurtles around our planet is indeed a major challenge for low-light photography, and astronauts in the past have tried to overcome it by using high-speed film or by doing some manual tracking (which is very hit-and-miss). Luckily, space shooters nowadays have a new special tool up their sleeve: the NightPod.

Photos Showing the Strange Similarities of Human Cities and Human Neurons

In the side-by-side images above, the photo on the left shows a city as seen by astronauts on the International Space Station, and then photo on the right shows a photo of a neuron imaged with fluorescence microscopy. One is massive and seen from a grand scale, while the other is microscopic and cannot be seen by the human eye, yet they look strangely similar in their structure.

Infinity Imagined has a gallery of these comparisons of cities and neurons, showing the strange and striking similarities between the two.

A Time-Lapse Message From the ISS to All of Humankind

Photographs captured by astronauts on the International Space Station are in the public domain, so they're often remixed into gorgeous time-lapse videos. Italian filmmaker Giacomo Sardelli went a step beyond many of the ISS time-lapses we've seen by adding in more than just epic music: he included short audio messages recorded by the astronauts who worked in the space station.

A Talk by NASA Astronaut Donald Pettit on Doing Photography in Space

Want to know how astronauts photograph in space? Just ask Donald Pettit, NASA astronaut and “amateur” photographer. Donald Pettit has called the International Space Station home for over 370 days, and in that time he’s captured some of the most mind-blowing photos of space – and Earth – we’ve ever seen.

Stacked Star Trail Time-Lapse Created with Photos Shot from Space

We're shared a couple of "stacked star trail" time-lapse videos over the past few months (see here and here), but those videos comprised nighttime photographs taken from the ground. Photographer Christoph Malin recently decided to try his hand at the technique, but instead of using his own earthbound photographs, he used NASA photographs shot from the International Space Station. The resulting video, shown above, features the stars drawing trails across the "sky" while the Earth creates light streaks down below.

Photos of Astronauts Using DSLRs on the International Space Station

Earlier this month we shared some neat photos of astronauts using DSLRs while on spacewalks outside the International Space Station. In case you're also wondering how the cameras are used inside the habitable satellite, we've carefully perused NASA's 2Explore Flickr photo stream in search of those photos as well, and have collected them here in one place for your viewing pleasure. They've got some pretty nice gear up in the ISS... lucky astronauts.

Photographs of Astronauts Using DSLRs on Spacewalks

This photograph of Japanese astronaut Aki Hoshide taking a self-portrait was published to NASA's amazing 2Explore Flickr account on Wednesday. It was snapped during a six-and-a-half hour spacewalk outside the International Space Station. The EXIF data embedded in the photo reveals that he was using a Nikon D2Xs with a 10.5mm fisheye lens at f/11, 1/500, and ISO 200.

Photo Shows Elusive “Red Sprite” Above Lightning Storm

Photographing lighting from the ground is cool enough, but if you happen to be taking pictures of a thunderstorm from, say, space (we know, unlikely, but never say never) on rare occasions you may capture something like what you see above. This is a picture of a "red sprite," a phenomenon that takes place when lightning doesn't shoot down but instead explodes 50-miles high in the clouds and fires red tendrils even higher.

Incredible Long Exposure Photographs Shot from Orbit

Last month we shared a long exposure photograph by NASA astronaut Don Pettit that showed star trails and city trails in the same frame. Turns out the photo was just one of many long exposure images shot by Pettit so far during Expedition 31. The photograph above shows star trails, an aurora, and flashes of lightning splattered all across the surface of the Earth.

Star Trails Above, City Trails Below

NASA astronaut Don Pettit shot this beautiful long exposure photograph showing star trails and city trails from the International Space Station. The image was created by combining 18 separate long-exposure photographs.

Auroras, Meteors, and Photography from the International Space Station

Here's a fascinating video by NASA that explains what auroras are and what they look like from space. It's filled with beautiful photographs and time-lapse sequences captured by astronauts on the International Space Station. Astronaut photographer Don Pettit, who maintains a blog about his experiences, writes that taking pictures of Earth is harder than it looks.

How NASA Creates Those Beautiful Blue Marble Photos of Earth

After NASA published its latest jaw-dropping "Blue Marble" photograph of Earth last month, many of you wondered how "real" the image was. Here's NASA's explanation on how their images are created:

The Suomi NPP satellite is in a polar orbit around Earth at an altitude of 512 miles (about 824 kilometers), but the perspective of the new Eastern hemisphere 'Blue Marble' is from 7,918 miles (about 12,743 kilometers). NASA scientist Norman Kuring managed to 'step back' from Earth to get the big picture by combining data from six different orbits of the Suomi NPP satellite. Or putting it a different way, the satellite flew above this area of Earth six times over an eight hour time period. Norman took those six sets of data and combined them into one image.

So rather than being a composite of multiple images captured from the same perspective, they do in fact map images captured by the satellite onto a 3D sphere.

Jaw-Dropping Time-Lapse Shots of Earth

Between August and October of this year, the crew onboard the International Space Station used a Nikon D3S (at high ISOs) to capture photographs of Earth as they zipped around it at 17,000mph. Michael Konig then took the footage and compiled it into this eye-popping time-lapse video showing what our planet looks like from up there.

Perseid Meteor Photographed from Space

One amazing perk that comes with being a NASA astronaut is that you can watch meteor showers up close and from above. Astronaut Ron Garan captured this awesome photograph from the International Space Station of a Perseid meteor burning up in our atmosphere.

Breathtaking Images from the International Space Station Taken With Nikon Gear

Nikon and NASA are showcasing some amazing photos taken aboard the International Space Station with Nikon equipment. According to Nikon, NASA took over 700,000 photos with the Nikon gear kept on board, which includes one Nikon D3S DSLR, eight Nikon D2XS cameras, 36 NIKKOR lenses including three teleconverters, seven SB-800 Speedlights, and other gear. Nikon notes that the D3S is unmodified, and is the same quality as available on the consumer market.

Nikon has a long history with NASA since sending a Nikon F camera with Apollo 15 in 1971. Since then, Nikon's enjoyed exposure while helping NASA get image exposures. Most recently, the D3S that is currently on board was delivered to the ISS via the Space Shuttle Discovery, launched April 10, 2010. NASA says each shuttle launch costs approximately $450 million -- that is one expensive delivery! Here are more images from the International Space Station taken with Nikon gear:

Astronaut Tweets Earth Photos from Space

For the past two weeks, Japanese astronaut Soichi Noguchi has been beaming down photographs of Earth from the International Space Station using his TwitPic account. The photographs, taken with a Nikon D2Xs, show various cities and landmarks around the world as the ISS flies roughly 200 miles overhead at an average of 17,227 mph.