Watch Perched On A Tree Online Perched On A Tree Full Movie Online

Breaking Into a Russian Military Base to See an Abandoned Soviet Space Shuttle Was Worth the Risk. Because any trip to see a Soviet shuttle is worth it as long as no one’s wearing handcuffs at the end. A group of You. Tubers going by the name Exploring the Unbeaten Path traveled to the middle of nowhere to get a look at some space shuttles from the suspended Soviet- era Buran programme. Located at the Baikonur Cosmodrome spaceport in Kazakhstan, the hanger that the group would have to infiltrate is abandoned but the base is still active. The world’s first and largest space launch facility, Baikonur is leased by the Russian government and all crewed Russian missions still launch from there. Commercial and military missions are also staged at the spaceport, and soldiers patrol the area.

At a press conference on Sunday, angry citizens ran off Jason Kessler, the organizer of a disastrous rally for white supremacists, neo-Nazis and other members of the. A detailed guide to the most interesting Thai spas and some of the best wellness resorts in Thailand, from Smart Travel Asia and Dancing Wolf Media. L.A. Times entertainment news from Hollywood including event coverage, celebrity gossip and deals. View photo galleries, read TV and movie reviews and more. Get the latest weird news stories from all over the world. Find bizarre and offbeat news about people, nature and unexplained mysteries at ABC News. Because any trip to see a Soviet shuttle is worth it as long as no one’s wearing handcuffs at the end. Cast, crew and reviews from the Internet Movie Database.

Cast, crew, reviews, plot summary, comments, discussion, taglines, trailers, posters and photographs. Watch A Trip To The Moon Online on this page. Spiders in the family Migidae don’t get out much. Known as “tree trapdoor spiders,” they are unapologetic homebodies, spending nearly their entire lives.

Test your knowledge with amazing and interesting facts, trivia, quizzes, and brain teaser games on MentalFloss.com. Kumo, the giant metal spider, awoke from the top of Notre Dame Cathedral on Sussex Drive on Thursday evening to kick off the highly anticipated La Machine. Hundreds.

Although the explorers have numerous scares, they manage to get into the facility and spend a lot of time. They brought back tons of footage of the shuttles on the inside and out, even managing to fly a drone through the enormous hanger. These shuttles are an important piece of space history and it would be great to see them get better treatment.

The Buran programme was Russia’s reusable spacecraft plan that was hobbled by the collapse of the Soviet Union. Only one unmanned mission flew during the program and the orbiter was later crushed in a hanger collapse. The program was indefinitely suspended in 1. Technik Museum Speyer. Take a glimpse at this beautiful space that you’d probably never make it into, risk free.[Exploring the Unbeaten Path via Digg].

Tiny Spider Appears to Have Sailed Across an Entire Ocean. Spiders in the family Migidae don’t get out much. Known as “tree trapdoor spiders,” they are unapologetic homebodies, spending nearly their entire lives chilling in a single burrow. Unlike their close, but much more famous relatives the tarantulas, tree trapdoor spiders are teeny, with most species small enough to fit on a fingernail. Just a few meters away from where they originally hatched, they build silk- lined tubes within the bark of trees and hide inside, waiting for prey to come close enough for an ambush attack. And yet, despite the simple, sedentary habits of the tree trapdoor spider, findings in a newly published paper in the journal PLOS ONE suggest that one variety of these humble hermits has accomplished a seemingly impossible feat—voyaging across an entire ocean. The intrepid arachnid in question is Moggridgea rainbowi, a tree trapdoor spider found only in the woodlands of South Australia’s Kangaroo Island.

Recent research has determined that this spider is somewhat of a black sheep among its closest family, being the only Moggridgea species found in Australia. Where are the rest of its brethren? Africa. Literally thousands of miles away across the Indian Ocean. The explanation for dramatically split distributions like this has generally revolved around the fact that, up until about 1. Australia, Africa, Antarctica, and South America were all part of the supercontinent “Gondwana.” The imprint of former Gondwana exists in the distribution of many groups of organisms even today, including Migidae. The assumption about the lone Australian Moggridgea spider had been that it was a relict species of a bygone era, separated from its African relatives by continental drift.

It’s a perfectly reasonable explanation, but not one that had been directly tested. To confirm that the continental split up was behind this familial fragmentation, the timing of the separation of the African and Australian spider populations would need to line up with the timing of the African and Australian landmasses. Luckily, modern genetic techniques can allow scientists to estimate just how long ago different species diverged from one another, and this is exactly what a team of Australian scientists did with these tree trapdoor spiders. The research team took DNA samples from several species of African Moggridgea spiders, the Australian oddball spider (Moggridgea rainbowi), and some other close, Australian trapdoor spider relatives (Bertmainius). In analyzing the DNA, the researchers found specific differences between several genes in the spiders, and compared them to ascertain the evolutionary relationships between species.

This verified that the Australian Moggridgea species was indeed most closely related to the African spiders. Then, to figure out when all these species separated from each other, the scientists used a “molecular clock,” which relies on the fact that DNA mutations accrue at a predictable rate. The results showed that the Australian Moggridgea species is fairly young, separating from its African relatives only about two million years ago.

This is way too recently to support the idea that Moggridgea rainbowi is an Aussie because of the supercontinent shake up—Africa and Australia broke apart from each other 1. At the same time, the divergence is also much older than any occupation of Kangaroo Island by 1. European settlers, which theoretically could have introduced the spider from Africa via ships. Two million years ago, the most logical way for a trapdoor spider to get from Africa to Australia was by going right across the Indian Ocean.

Unlike some other spiders, which can use their silk to “balloon” and even direct their aerial path over huge ocean distances, trapdoor spiders are firmly grounded. This means that their most likely method of transport was passively floating there, sailing the high seas on a mat of plant debris. This phenomenon—called “rafting”—is a wild card way for living things to spread across the globe. Madagascar appears to have received many of its mammals this way, as does South America in regards to burrowing worm lizards. We’ve even seen it occur in real time, when hurricane debris allowed iguanas to colonize a Caribbean island. Somewhat ironically, the trapdoor spider’s stationary lifestyle is probably what made its epic journey possible. Cozy in their burrows, they would be oblivious as a storm or landslide sent their wooden domiciles into the sea.

Basically, these spiders are less “Bilbo fleeing Bag End for a grand adventure,” and more “guy accidentally becoming a stowaway by passing out in a ship’s cargo hold.” While this rafting scenario is still a hypothesis, it is the only explanation so far that fits with the timeline of divergence of the African and Australian species. The proposal would be solidified if future genetics research on the other island spiders also shows an evolutionary timeline that doesn’t match up with geologic events, or if trapdoor spiders are discovered in a vegetation raft at sea. This study’s revelations highlight the burgeoning role of modern genetics in uncovering the epic and unexpected origins of what we thought were familiar organisms. Just this year, genetics research also upended how we think of modern elephant relationships, and helped reveal a species of praying mantis with sexes that look nothing alike. As newer genetic methods develop, our understanding of the Tree of Life will continue to radically change.

Jake Buehler is a Seattle area science writer with an adoration for the Tree of Life’s weird, wild, and unsung—follow him on Twitter or at his blog.