Researchers explore sea turtle locomotion! NSF Science Now 14

The video covers various NSF-funded research projects. It begins with a study on how flexible wrists help sea turtles move through sand, leading to the creation of a bio-inspired robot, Flipperbot. Next, it discusses Comet Ison's anticipated close passage to the sun, with predictions about its visibility. The video then highlights a new digital camera inspired by insect vision, offering a wide field of view. Finally, it showcases a documentary project by Rutgers University students, capturing Antarctic research and innovative technologies.

What adaptation helps baby sea turtles move effectively through sand?

• Long tails

• Flexible wrists

• Strong shells

• Sharp claws

What is the purpose of the Flipperbot robot?

• To protect sea turtle nests

• To track sea turtle migration

• To study sea turtle diets

• To mimic sea turtle movements for robotic design

What is Comet Ison expected to do as it approaches the sun?

• Disappear completely

• Cause a meteor shower

• Put on a spectacular light show

• Collide with the Earth

What unique feature do the digital cameras developed by the University of Illinois researchers have?

• Underwater functionality

• 360-degree vision

• Night vision capabilities

• 180-degree insect-like vision

What is the focus of the Rutgers University program in Antarctica?

• Exploring new tourist routes

• Building new research stations

• Documenting scientific research and innovations

• Studying penguin behavior