HORIZON INTERNATIONAL SOLUTIONS SITE

A unique housing arrangement between a specific tree species and carbo-loading bacteria may determine how well tropical forests can absorb carbon dioxide from the atmosphere, says new research from 16 September 2013 in an advance online publication of the journal Nature.

Climate change is already affecting the spread of infectious diseases--and human health and biodiversity worldwide--according to disease ecologists reporting research results in the August 2, 2013 issue of the journal Science. Modeling disease outcomes from host and parasite responses to climate variables, they say, could help public health officials and environmental managers address the challenges posed by the changing landscape of infectious disease.

“The geckos stuck just as well under water as they did on a dry surface, as long as the surface was hydrophobic [water-loving],” Stark explains. “We believe this is how geckos stick to wet leaves and tree trunks in their natural environment.”

The study has implications for the design of a synthetic gecko-inspired adhesive. Geckos' ability to stick to trees and leaves during rainforest downpours has fascinated scientists for decades, leading a group of University of Akron researchers to solve the mystery.

Kerstin Forsberg, a 28-year-old marine conservation biologist and campaigner based in Peru, has been awarded the WWF International President’s Award 2013 at a special ceremony during global conservation organization WWF’s Annual Conference on June 11, 2013.