Medicine & TechnologyWhy are some tarantula species bright blue or green? Scientists have determined that tarantulas can perceive each others' blue colors while green is a type of camouflage.
Mouse spiders can be found across Australia and often falls into the swimming pool. But experts warn people that these venomous spiders can usually survive underwater and their bite can cause severe pain and illness.
Australia has always been a land of the strange and bizarre. It is home to some of the world's most unique animals, from the kangaroo, to the wombat, to the lovable Tasmanian devil. So the fact that it's raining spiders should come as no surprise.
When you watch butterflies flutter through the sky and lobsters waddle in the sea, you may not readily believe that the two far off species have anything in common. But along with spiders, butterflies and lobsters share quite an interesting collective history-one where an ancient ancestor may have emerged from the sea. Cover the ocean, the land and the skies above the radiation of species into many forms are believed to have originated with a common ancestor as long as 508 million years ago. And in a new study published this week in the journal Paleontology researchers are finally giving a face to ancestor known as Yawunik kootenayi.
Add two more to the list. Not the species list, silly; the list of creatures to avoid when I’m visiting down-under. As it is, Australia has some pretty interesting, and sometimes terrifying, species unique to that region of the world. But with a new study recently published in the journal Peckhamia, researchers are adding two new arachnid species to the list. And they’re quite the colorful bunch.
Looking to boost the integrity of nanofilaments, important in commercial manufacturing and technology, researchers from Oxford University recently investigated how the filaments are spun in nature. Pulling inspiration from outside in their gardens, the researchers from the UK captured female Uloborus plumipes commonly known as “feather-legged lace weavers” and watched them spin their webs.
Looking just outside into their gardens for a bit of inspiration, one group of Oxford University researchers has sought out to discover how common spider species spin such long, ornate fiber while only being a few nanometers thick. Hoping to reveal nature’s secret, which may someday revolutionize the technological industry as manufacturers find new ways of commercially spinning nano-scale filaments, the researchers captured female Uloborus plumipes commonly known as “feather-legged lace weavers” and watched them spin their webs.