Anyone who’s seen a gecko will likely know they can climb walls. But these common lizards can also run across water nearly as fast as they can move on solid ground. Yet while we know how geckos scale ...

Add Yahoo as a preferred source to see more of our stories on Google. Gecko skin repels water because of microscopic hair-like structures called spinules, not oily coatings. The tiny spinules trap air ...

Geckos have amazingly-structured feet, but new research indicates that the lizards' skin also possesses exceptional properties. Photo: 167/Brooke Whatnall/Ocean/Corbis Geckos are the darlings of ...

Add water aerobics to the list of the agile gecko’s athletic accomplishments. In addition to sticking to smooth walls and swinging from leaves, geckos can skitter along the surface of water. By ...

Geckos are agile small reptiles that, with the help of their grippy little feet, sport the innate ability to scale vertical walls and perform incredible gliding stunts in the air. But as it would seem ...

Dec. 7 (UPI) --Walking on water was a skill most scientists thought was reserved for small creatures, like spiders and various water bugs, as well as a handful of larger ones, like the basilisk lizard ...

Geckos are known for being expert climbers, able to stick to any surface thanks to nearly 500,000 [corrected] tiny hair-like structures on the bottoms of their feet. Now it turns out the little ...

Flat-tailed house geckos can skitter across the surface of water – and now we know how they do it. They keep their upper body in the air by slapping hard on the water and creating pockets of air that ...

Water repellence is an extremely important feature for animals. Different animals have different types of skin, with some being better at repelling water than others. One example is the gecko, whose ...

Anyone who’s seen a gecko will likely know they can climb walls. But these common lizards can also run across water nearly as fast as they can move on solid ground. Yet while we know how geckos scale ...

Gecko skin repels water because of microscopic hair-like structures called spinules, not oily coatings. The tiny spinules trap air, reducing contact with water and creating a superhydrophobic, ...