William & Mary chemist William McNamara is taking a “bio-inspired” approach to the world’s energy crisis by turning to nature’s very own chemical power plant: photosynthesis.
A team of biologists at William & Mary has begun a long-term experiment to determine what is behind the degradation of the College Woods ecosystem.
Scarecrows have never worked, and history shows that advancements in technology haven’t worked much better when it comes to shooing birds away from ripening crops.
The surface of a metal seems smooth, but a closer look—much closer, at the atomic level—will show that the same surface resembles the surface of a beehive.
Over the songs of Swainson’s thrush and white-throated sparrows come the soothing calls of approaching whimbrels. Soon 24 birds in formation appear over the tree line and begin a wide circle over the blueberry field.
William & Mary scientists are rebooting their algae biofuel initiative, aiming to build on opportunities brought about by new processes, new funding and newly patented apparatus.
They don’t call it a drone, because it’s not a drone.
Mike Panciera had already helped a blind man navigate the perilous fantasy worlds of video games. It made sense that the next step would be to design a mobile app to help the blind find their way through the interiors of real buildings.
Mercury takes a toll on the population of songbirds, even at sublethal doses.
Neutrinos are interesting to physicists for some of the same reasons that pottery shards are interesting to archaeologists.