A new study by scientists from WCS (Wildlife Conservation Society) and other groups predicts that the effects of climate change will severely impact the Albertine Rift, one of Africa’s most biodiverse regions and a place not normally associated with global warming.
articles
Bringing urban farming to the community
They are unlikely farmers, sure. But armed with a vision of making a social and sustainable impact in London, a lawyer, writer, business instructor and social service worker are rolling up their sleeves and making it work.
Study says Mekong River Dams Could Disrupt Lives, Environment
The Mekong River, one of the world’s largest, traverses six Southeast Asian countries and supports the livelihoods of millions of people. New efforts to provide hydroelectric power to a growing and modernizing population include more than eight proposed main-stem dams and 60 or more existing tributary dams in the lower Mekong basin. A new article from University of Illinois and Iowa State University scientists lays out what dam construction could mean for residents and the environment in the region.
Modern Perspective on Gas Hydrates
After lying hidden in sediments for thousands of years, delicate frozen gas structures are in the spotlight for both scientific research and the national interest. These structures, known as gas hydrate, are being investigated by scientists the world over for their possible contributions to the global energy mix, as well as their potential interaction with the environment.
Early-Killed Rye Shows Promise in Edamame
With the rise of herbicide-resistant weeds in most grain and vegetable crops, farmers are looking for alternatives to herbicides to control weeds. Cover crops offer one potential weed management tool. Their use in specialty crops is limited, and no testing has been done so far in edamame. However, a new University of Illinois study reports that early-killed cereal rye shows promise for edamame growers.
City Mouse-Country Mouse Study Shows Link in Environment, Worm Infections
When laboratory mice moved to the countryside where they could burrow in dirt, forage for food, and generally live like ordinary mice, they became more susceptible to infection with parasitic whipworms than mice that stayed in the lab, a new study has found.