endeavour

Two Spectacular Photographs of a Volcanic Eruption as Seen from Space by Endeavour

In September and October of 1994, the space shuttle Endeavour was orbiting 115 nautical miles above Earth while the Kliuchevskoi Volcano was spewing ash and dust into the atmosphere at an alarming rate. Not in any position to do anything about it, the astronauts aboard the space shuttle did the only thing they could do... they took pictures.

Processing a Space Shuttle Endeavour Flyby Photo Using Lightroom

When Space Shuttle Endeavour was making low level flyovers of famous landmarks across the United States a couple of months ago, Adobe Lightroom Quality Engineer Ben Warde was able to photograph it flying by the Golden Gate Bridge. The 10-minute video above shows how Warde post-processed one of his best shots from that day using basic Lightroom adjustments. While the information may be basic for many of you, it should be helpful for people who are just starting out with programs like Lightroom, Adobe Camera Raw, or Aperture.

A Beautiful Time-Lapse of Space Shuttle Endeavour’s Journey Through LA

If you've been following the news over the past week, you probably know that the Space Shuttle Endeavour spent October 11-14 rolling through the streets of Los Angeles, going from the Los Angeles International Airport to its new home at the California Science Center. News crews and large camera-wielding crowds were constantly by the shuttle's side, documenting its progress.

For those of you who weren't lucky enough to personally witness the neat sight of the giant shuttle moving through the city, check out the beautifully-made time-lapse video above that shows the four-day journey in under three minutes.

HDR Photo of Endeavour Liftoff by NASA

Here's a good example of when HDR photography is useful: NASA created this image of the Space Shuttle Endeavour lifting off for the final time by combining six separate photographs.

Each image was taken at a different exposure setting, then composited to balance the brightness of the rocket engine output with the regular daylight levels at which the orbiter can be seen. The processing software digitally removes pure black or pure white pixels from one image and replaces them with the most detailed pixel option from the five other images. This technique can help visualize debris falling during a launch or support research involving intense light sources like rocket engines, plasma experiments and hypersonic vehicle engines. [#]