Other Means Besides a Registry Should Be Developed to Evaluate Potential Health Effects of Military Burn Pits’ Toxic Emissions on Exposed Service Members; Data From Burn Pit Registry Could Be Used for Other Purposes, Including Alerting Health Care Providers About Participants’ Concerns
articles
Miniature organisms in the sand play big role in our oceans
The small organisms that slip unnoticed through sand play an important role in keeping our oceans healthy and productive, according to a Florida State University researcher.
Frogs have unique ability to see colour in the dark
The night vision of frogs and toads appears to be superior to that of all other animals. They have the ability to see colour even when it is so dark that humans are not able to see anything at all. This has been shown in a new study by researchers from Lund University in Sweden.
More mosquito species than previously thought may transmit Zika
Zika virus could be transmitted by more mosquito species than those currently known, according to a new predictive model created by ecologists at the University of Georgia and the Cary Institute of Ecosystem Studies. Their findings, published today in the journal eLife, offer a list of 26 additional potential candidate species-including seven that occur in the continental United States-that the authors suggest should be the first priority for further research.
Invasive and Native Marsh Grasses May Provide Similar Benefits to Protected Wetlands
An invasive species of marsh grass that spreads, kudzu-like, throughout North American wetlands, may provide similar benefits to protected wetlands as native marsh grasses. According to new research from North Carolina State University, the invasive marsh grass’s effects on carbon storage, erosion prevention and plant diversity in protected wetlands are neutral. The findings could impact management strategies aimed at eradicating the invasive grass.
Study finds secret to diverse forests' super success
We’ve long known that diverse stands of trees tend to be more productive than monocultures. What we haven’t known is why. In a paper published today in the scientific journal Nature Ecology & Evolution, researchers from the University of Minnesota and Université du Québec à Montréal show the talent behind the trait: Thanks to their natural different growth forms and ability to modify their shape to fit the available space, multiple species are able to fill in vertical gaps with branches and leaves. This maximizes their combined ability to soak up the sun falling on a particular plot of land and turn it into tree — absorbing planet-warming carbon dioxide and producing wood in the process.