
Henry
(It's like that old saying - the early bat gets the bug! )When it comes to rocket science, it looks like bats had it worked out before the scientists did.
Oh I don't know. That sounds like most guys in a bar on Saturday night!Henry J wrote:Bats Use Guided Missile Strategy to Capture Prey(It's like that old saying - the early bat gets the bug! )When it comes to rocket science, it looks like bats had it worked out before the scientists did.
(Jiminy!)A Northern Arizona University doctoral candidate and a National Park Service researcher have discovered a new genus of cave cricket.
(Monkey business, indeedy! )In January 2006, scientists from the Wildlife Conservation Society were in the forests of Tanzania searching for a grayish, tree-dwelling primate that had been identified in photographs as a new species the previous summer. [...]
The monkey wasn't just an example of a new species; it belonged to a new genus. [...]
("paleopolyploidy"? Try saying that three times fast!)Researchers from the Floral Genome Project at Penn State University, with an international team of collaborators, have proposed an answer to Charles Darwin's "abominable mystery:" the inexplicably rapid evolution of flowering plants immediately after their first appearance some 140 million years ago. [...] a previously hidden "paleopolyploidy" event
(This puts a whole new meaning to the phrase "monkey business", doesn't it?)Common ancestor ~1 million years more recent than previous estimates;
Evolutionary age varies among genome regions;
Young age of sex chromosome points to complex speciation and possible interbreeding during speciation
(Bateria with sensitivity? Who'd'a thunked it!)When humans taste or smell, receptors unique to each nerve cell detect the chemical and send signals to the brain, where many cells process the message to understand what we are smelling or tasting. But a bacterium is just a single cell, and it must use many different receptors to sense and interpret everything around it.
(What a way to make a living, huh?)Giant tubeworms found near hydrothermal vents more than a mile below the ocean surface do not bother to eat: lacking mouth and stomach, they stand rooted to one spot. For nourishment, they rely completely on symbiotic bacteria that live within their bodies to metabolize the sulphurous volcanic soup in which they both thrive.
The first images of a live specimen of a small, furry animal once believed to have gone extinct more than 11 million years ago have been captured during a Southeast Asian expedition led by a retired Florida State University researcher.