Robotics engineer Stephen Roberts was taking his lunch at Somerville College at the University of Oxford, in England, when the conversation turned to chicken. It wasn’t the food, though. His dining companion was animal welfare specialist Marian Dawkins, and she thought that the pattern-recognition technology Roberts was explaining might help identify misbehaving hens. Continue reading When Chickens Attack
Category Archives: Outlets
Iceland’s Monster Bares Its Heart
This past spring’s eruption of the Eyjafjallajökull volcano in Iceland was a nightmare for travelers, but it gave scientists in Europe unprecedented access to a complex eruption right in their backyard. Old workhorses of volcanology–seismometers and GPS sensors, which detect movement of the ground–first picked up Eyjafjallajökull’s stirrings in early January. (For the record: The name is pronounced “AY-yah-fyah-lah-YOH-kuul.”) But when the volcano turned volatile in mid-April, scientists took to the skies, enlisting specially equipped planes to study the eruption and its effects on the overlying glacier. Continue reading Iceland’s Monster Bares Its Heart
When hasty headlines fail to shake a family tree
When a new species comes to light, its effect on the arrangement of its family tree might be better measured by statistics than by headlines. In a study of primates and flightless dinosaurs, researchers at Bristol University, UK, have found that the likelihood of any given find shaking up the family tree depends on how complete that tree was to begin with.
“What we’ve done is look at the two most intensively studied groups,” Tarver says, and highlighted differences between the relatively stable catarrhine family tree, and the less certain family history of the dinosaurs. He says that statistical analysis could help to indicate which areas in a given family tree are already well-sampled and which might yet reveal more influential finds.
Climate Scientists Shine Light on Cave Ice
EISRIESENWELT, AUSTRIA—Tracing his glove along a chalky layer in a house-size block of ice that lines this cave in the Austrian Alps, Michael Behm can feel all that is left of an ancient warm spell. The ice, likely formed over the decades or centuries as calcium-enriched rainwater trickled deep in to the cave and froze, must have once warmed enough on top to melt and release a few years’ worth of the mineral, the Vienna University of Technology geophysicist explains.