The important work of Royal Holloway, University of London to protect and maintain the environment in the Guiana Shield region of South America is set to continue, following a new agreement that has been signed between the University and a UN funded environmental initiative.
About 150 scientists, policy makers and members of industry are gathering today at the 4th European Marine Board Forum in Brussels to discuss how best to manage the consequences of a changing Arctic Ocean for human health and well-being.
The second conference 0-carbon took place on 20th November 2013 at the School of Engineering and Architecture of Fribourg (EIA-FR). In the category “Architectural approaches”, Prof. Marilyne Andersen, Head of the laboratory LIPID and Dean of ENAC, spoke on building envelopes as an interface between environment and well-being.
In the mid-1970s, the first available satellite images of Antarctica during the polar winter revealed a huge ice-free region within the ice pack of the Weddell Sea. This ice-free region, or polynya, stayed open for three full winters before it closed.
New research from Plymouth State University and the University of New Hampshire indicates that collecting and bleeding horseshoe crabs for biomedical purposes causes short-term changes in their behavior and physiology that could exacerbate the crabs' population decline in parts of the east coast.
Sea stars off the Pacific Coast are dying en masse at an “unprecedented” rate and geographic spread, and Cornell researchers are trying to find out why.
A new study led by University of Minnesota researchers demonstrates that fertilization of natural grasslands -- either intentionally or unintentionally as a side effect of global farming and industry -- is having a destabilizing effect on global grassland ecosystems. Using a network of natural grassland research sites around the world called the Nutrient Network, the study represents the first time such a large experiment has been conducted using naturally occurring sites.
For the first time, scientists have discovered how tree roots in the mountains may play an important role in controlling long-term global temperatures.
Around the globe, sea levels typically rise a little in summer and fall again in winter. Now, a new study shows that, from the Florida Keys to southern Alabama, those fluctuations have been intensifying over the past 20 years. Summer peaks have been getting higher and winter troughs dipping lower, potentially increasing flooding from hurricanes and stressing delicate ecosystems, the researchers report.
Initial results from experiments conducted in the Santa Monica Mountains by a botanist at the University of California, Riverside and her colleagues indicate that high levels of nitrogen may adversely impact native plants and, by extension, increase the risk of wildfire.
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