New study reveals “extraordinary change” in El Niño possibly linked to climate change

Posted on Categories Discover Magazine

In a first, researchers have used chemical fingerprints locked within coral skeletons to build a season-by-season record of El Niño episodes dating back 400 years — a feat many experts regarded as impossible. That record, presented in a new study appearing in the scientific journal Nature Geoscience, reveals an "extraordinary change" in the behavior of El Niño, according to the researchers. That shift "has serious implications for societies and ecosystems arou ...read more

Study Uncovers How Coca-Cola Influences Science Research

Posted on Categories Discover Magazine

Coca-Cola has poured millions of dollars into scientific research at universities. But if the beverage giant doesn’t like what scientists find, the company has the power to make sure that their research never sees the light of day. That’s according to an analysis published in the Journal of Public Health Policy that explains how Coca-Cola uses contract agreements to influence the public health research it financially supports. The paper explains that Coca-C ...read more

#CitSciDay2019: Global Community

Posted on Categories Discover Magazine

Citizen Science Day 2019 (#CitSciDay2019) results prove that all of us can make huge contributions to research. Citizen Science Day is an annual celebration presented by SciStarter and the Citizen Science Association in an effort to connect people to real research in need of their help.  It taps the curiosity and observations of people to contribute to significant scientific research efforts. This year, the featured event of #CitSciDay2019 was the StallCatche ...read more

SNAPSHOT: A Tropical Velvet Worm’s Death Trap

Posted on Categories Discover Magazine

Using nozzle-like extensions on the side of its head, a tropical velvet worm shoots streams of sticky slime when hunting or defending itself. Within the fluid are “nanoglobules,” tiny balls made of lipids and proteins. Once the slime hits the target, it’s over fast: The movement of the struggling prey, such as beetles and termites, causes the globules to harden into fibers as strong as nylon, creating a netlike trap that immobilizes the unlucky insect. Remarkably, the ball-to-f ...read more