Technology

Scientists believe that the ice shelves under the sea ice hold the keys to further our understanding of climate change. Unfortunately, diving to such areas to explore them is impossible.

How, then, can we access these areas?

Scientist Xi Yu from West Virginia University may have found the answer. She suggests deploying a fleet of marine robots, controlled by a smart mothership, to reach these inaccessible depths and transmit back invaluable insights.

In a world where facial recognition technology is becoming commonplace, it is not just humans who are being identified. A groundbreaking study has successfully applied this technology to identify individual whales and dolphins in the wild across 24 species.

Part of sea turtle conservation involves monitoring when turtle hatchlings emerge from the nest and ensuring that they make it safely to the oceans. This method currently involves much manpower and cost, as we cannot predict the exact day and time of this occurrence.

Keeping an eye on whale behaviour is not easy, considering the fact that they travel vast distances and spend the majority of their time beneath the ocean surface.

To counter this, researchers at Oregon State University {OSU) have developed a new satellite tag that can track the whales' movements, even during dives.

Known as RDW, this new technology incorporates pressure and accelerometer sensors, thus giving the researchers the opportunity to monitor the whales’ movements underwater for several months.

A team of scientists at the King Abdullah University of Science and Technology are applying innovative approaches to 3D printing solutions in a bid to restore depleted coral reefs.

Instead of using synthetic or hybrid materials, they have developed a new approach called 3D CoraPrint, which uses an eco-friendly and sustainable calcium carbonate photo-initiated (CCP) ink that they also developed.

In the colonization process, coral microfragments are attached to a printed skeleton. There are two methods used, and both start with a scanned model of the coral skeleton.

Narwhals, notwithstanding their unicorn-like tusks, are a mysterious species. They live in distant Arctic regions and hunt as deep as 1,000 meters down. 

They orient themselves using echolocation, making clicking sounds to explore their surroundings. When they hunt, the clicking sounds turn into buzzing sounds as the interval times shorten.