Ohio resident Scott Miller shot this timelapse video earlier this year of dozens of Amish men raising a barn. The entire construction cycle takes place between 7am and 5pm—with at least an hour for lunch—and yet the bulk of the work is done by the end of the day. Amazing to see how incredibly precise the entire endeavor is. (via Sploid)
Photographer and filmmaker Milton Tan was given unprecedented access to Singapore Changi Airport in order to film his latest timelapse of planes taking off and landing at night. In an unusual reversal, airport officials saw one of Tan’s earlier films, and immediately invited him to shoot at Changi from several restricted areas. He was at times positioned so close that you can occasionally see his tripod shake from the thrust of the jet engines.
My favorite aspect is that even when the airport appears to be busiest (Changi Airport has a takeoff or landing every minute), the airplanes only appear as abstract orbs and streaks of light moving through the sky. You can see a bit more about how it was made over on PetaPixel, and on Tan’s blog.
The Rose of Jericho (Selaginella lepidophylla) is a species of desert moss that has the amazing ability to ‘resurrect’ itself after bouts of extreme dehydration lasting months or even years. After just a few hours of exposure to moisture the plants burst to life, uncurling from a tight ball of dry leaves to a green flower-like shape. Videographer Sean Steininger shot this timelapse of several plants as he exposed them to water. (via Cause, Science!)
Although major construction on Andy Scott’s imposing ‘Kelpies’ sculptures near Falkirk, Scotland ended last November, this new timelapse from the Helix captures the enormity of the project in vivid detail. The gargantuan horse head sculptures completely dominate an otherwise flat landscape over the Forth & Clyde canal and promise to be a major attraction when they open to the public on April 21. The construction part takes up the first half of the video, you can jump to around 3:00 if you want to see pretty shots of the completed pieces. (via MeFi)
When first thing that strikes you when watching this video of a man walking through Tokyo is that every other person in the entire clip is walking backward. The opposite of which is actually true: the man, Ludovic Zuili, is the one walking backward but the video is being played in reverse.
What you’re watching is just a short preview of a 9-hour movie that was aired in its entirety in France called Tokyo Reverse, part of a bizarre TV programming trend called Slow TV that has been regarded as a “small revolution.” According to the BBC, similar video projects aired in Norway include a 6-day video of a ferry journey through the fjords which attracted viewership of more than half the country. Is straight reality, in real-time, the new reality TV? We’ll find out soon here in the U.S. (via BBC)
This is a fantastic feat of photography and editing by Vincent Brady who shot this montage of firefly timelapses in 2013 at Lake of the Ozarks, Missouri and around his home in Grand Ledge, Michigan. To make the timelapse Brady had to master several different cameras, learn about photo stacking, 360° panoramas, and even how to pilot a pontoon boat to get all the requisite shots. While we’ve seen several articles here on Colossal featuring long-exposurefireflies it’s still fascinating to see them in motion like this. You can read about Brady’s adventures on his website, and learn more about the science of fireflies on It’s Okay To Be Smart. (via It’s Okay To Be Smart)
We’ve seen all matter of snow and ice photography here on Colossal, as well as time-lapses of melting snow and snowdrawings, but this is the first video individual snowflakes forming I’ve ever come across. Created by filmmaker Vyacheslav Ivanov this microscopic short shows the intimate details of fragile snowflakes as they form in their miraculous hexagonal forms. Robert Gonzalez writing for iO9 gives us an idea of what we’re looking at:
The ice crystal(s) in snowflakes owe their six-fold rotational symmetry to the hydrogen bonds in water molecules. As water freezes, water molecules bound to other water molecules crystallize into a hexagonal structure, where each point on the hexagon is an oxygen atom and each side of the hexagon is a hydrogen bonded to an oxygen. As freezing continues, more water molecules are added to this microscopic six-sided structure, causing it to grow in size into the six-sided macroscopic structure that we recognize as snowflakes.
We have a line into Ivanov to see how he filmed this and will update as soon as we hear something. Music by Aphex Twin.