Researchers return to New York City next month to continue their study of insect populations in urban areas in the wake of Hurricane Sandy.
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Researchers return to New York City next month to continue their study of insect populations in urban areas in the wake of Hurricane Sandy.
"When Hurricane Sandy whipped through the Mid-Atlantic in October, the superstorm not only damaged hundreds of thousands of homes, displaced thousands of residents and shut down Wall Street, it swept right through the middle of an NC State research project collecting data on insects in New York City. Researchers will return to the storm-ravaged region next month to continue their work.
"The project got off to a smooth start last summer when ecologists Amy Savage and Elsa Youngsteadt, researchers in the Departments of Entomology and Biology, deposited sticky card traps, data loggers and other measuring devices in trees throughout New York City parks. This was part of Youngsteadt’s research on how urban warming impacts arthropods (such as scale insects, leaf hoppers and caterpillars.) Savage was studying the ecology of Manhattan’s ants."
Note: Both researchers are members of the team of Your Wild Life, a fascinating, rich group of studies, including Citizen Science, from the lab of Rob R. Dunn in the College of Agriculture & Life Sciences, NCSU.
You can see their profiles here:
http://www.yourwildlife.org/about-us/
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“Brother of the blowfly… no one gets to heaven without going through you first.” –Yusef Komunyakaa
CALS Research, NCSU's insight:
Biologist, Dr. Rob Dunn, blogs in Scientific American on the role of natural recyclers, such as blowflies and scarabs, in ecology and recycling in nature. Delete the scoop?
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A new paper in the Proceedings of the National Academy of Sciences shows that the epistatic network in fruit flies can be used to predict variation in quantitative genetic traits -- those controlled by multiple genes.
A team of researchers at NC State University published the paper, for which Dr. Trudy Mackay, Wm. Neal Reynolds and Distinguished University Professor of Genetics, is the corresponding author.
The paper bolsters the effort to predict how genes affect physical or behavioral traits through the genotype-phenotype map. Understanding how genes interact in the process known as epistasis would move the effort closer to the goal.
The effects of these gene-gene interactions ... are difficult to gauge in human populations because some variations are unknown, says Dr. Trudy Mackay.
The pnas paper can be found here: Delete the scoop?
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"When Hurricane Sandy whipped through the Mid-Atlantic in October, the superstorm not only damaged hundreds of thousands of homes, displaced thousands of residents and shut down Wall Street, it swept right through the middle of an NC State research project collecting data on insects in New York City. Researchers will return to the storm-ravaged region next month to continue their work.
"The project got off to a smooth start last summer when ecologists Amy Savage and Elsa Youngsteadt, researchers in the Departments of Entomology and Biology, deposited sticky card traps, data loggers and other measuring devices in trees throughout New York City parks. This was part of Youngsteadt’s research on how urban warming impacts arthropods (such as scale insects, leaf hoppers and caterpillars.) Savage was studying the ecology of Manhattan’s ants."
Note: Both researchers are members of the team of Your Wild Life, a fascinating, rich group of studies, including Citizen Science, from the lab of Rob R. Dunn in the College of Agriculture & Life Sciences, NCSU.
You can see their profiles here:
http://www.yourwildlife.org/about-us/