New Mosquito Trap Tested With Mixed Success

A mosquito trap that runs on solar electricity and mimics human odor as bait. Credit Alexandra Hiscox via NYTimes

We’ve seen solar power used for many things here, but not yet as a source of power for insect trapping.  On the island of Rusinga in Lake Victoria, Kenya, scientists from the Netherlands, Kenya, and Switzerland tested new traps that use electricity from solar panels to release a chemical similar to the carbon dioxide we exhale (which attracts mosquitos) and a blend of chemicals that mimic human odor (which also draws in the blood-suckers) as bait for the disease-bearing biters. From the New York Times:

Although the traps appeared quite effective at lowering mosquito populations, they had some significant drawbacks.

Because they need power from rooftop solar panels, they are relatively expensive. Still, the panels appealed to residents who could also use them to power a light bulb or charge a cellphone.

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Ancient Knowledge and a Nobel

In giving Youyou Tu the prize, the Nobel Prize committee has recognized the role ancient knowledge can play in the modern world. PHOTO: New Scientist

In giving Youyou Tu the prize, the Nobel Prize committee has recognized the role ancient knowledge can play in the modern world. PHOTO: New Scientist

Traditional Chinese medicine has found its Nobel Prize moment. A cure for malaria. And its origin is marked by war, military, learning, and more.

The Quartz reports:

In the war, the North Vietnamese were not just fighting American-supported forces but also failing to fight malaria. The parasite that caused the disease had developed resistance against chloroquine, which was commonly used as treatment. So, in desperation, they turned to China’s leader, Mao Zedong, for help. Mao’s answer was to make searching for a new malaria drug a military project.

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