Warming seas might also look less colorful to some fish. Here’s why that matters.

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Warming seas might also look less colorful to some fish. Here’s why that matters. Duke Today, April 21, 2021. Climate change is driving some fish into cooler, deeper waters. Now they may be faced with another challenge: how to make sense of a world drained of color. Researchers report that even small increases in depth could make it harder for fish to discern the hues they use to find food, friends and family. They are trying to predict which species will be most impacted, and whether they’ll be able to adapt. Picked up by MSN.

Some unusual creatures are coming out of winter’s slumber. Here’s why scientists are excited.

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Some unusual creatures are coming out of winter’s slumber. Here’s why scientists are excited. Duke Today, March 12, 2021. Animals that hibernate in the wild rarely do so in zoos and sanctuaries, with their climate controls and year-round access to food. But now our closest hibernating relative has gone into true, deep hibernation in captivity for the first time at the Duke Lemur Center. Studying dwarf lemur torpor may help humans safely enter and emerge from suspended states, such as when cardiac surgeons cool patients to slow their hearts for life-saving surgery. Picked up by Inverse, Gizmodo, Smithsonian Magazine here and here, IFLScience and KHOU 11 News Houston.

Conjuring Coltrane

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Conjuring Coltrane. Duke Today, January 6, 2021. Duke researchers have been trying to reverse-engineer vintage saxophone sound, using X-ray imaging and 3D printing.

Tracking tiny moving targets

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Tracking tiny moving targets. Duke Research blog, July 28, 2020. Kevin Welsher has developed a technique that turns a microscope into a ‘flight tracker’ for molecules, making it possible to follow the paths of viruses and other particles thousands of times smaller than the period at the end of this sentence.

Ultra-black skin allows some fish to lurk unseen

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Ultra-black skin allows some fish to lurk unseen. Duke Today, July 16, 2020. Scientists report that at least 16 species of deep-sea fish have evolved ultra-black skin that absorbs more than 99.5% of the light that hits them, making them nearly impossible to pick out from the shadows. Picked by The New York Times, WIRED, Newsweek, Science News, Fox News, NBC News, CBS News, Ars Technica, Popular Science, Gizmodo, CNN and Reuters.