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Ground News has come across 29 headlines reported on by FYFD during the past 3 months.

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Top FYFD News

Seal populations drastically dwindling as Antartic ice disappears

Animals · Antarctica

Seal populations drastically dwindling as Antartic ice disappears

54% Center coverage: 13 sources

Melting in a Spin

Antarctica · Antarctica

Melting in a Spin

The world’s largest iceberg A23a is spinning in a Taylor column off the Antarctic coast. This poster looks at a miniature version of the problem with a fluorescein-dyed ice slab slowly melting in water. On the left, the model iceberg is melting without rotating. The melt water stays close to the base until it forms a narrow, sinking plume. In the center, the ice rotates, which moves the detachment point outward. The wider plume is turbulent comp…Read Article

Manu Jumping, a.k.a. How to Make a Big Splash

New Zealand · New Zealand

Manu Jumping, a.k.a. How to Make a Big Splash

The Māori people of Aotearoa New Zealand compete in manu jumping to create the biggest splash. Here’s a fun example. In this video, researchers break down the physics of the move and how it creates an enormous splash. There are two main components — the V-shaped tuck and the underwater motion. At impact, jumpers use a relatively tight V-shape; the researchers found that a 45-degree angle works well at high impact speeds. This initiates the jumpe…Read Article

Flamingos create precise water vortices in a shrimp-hunting frenzy

100% Center coverage: 1 sources

Nashville Zoo flamingos reveal the oddball birds generate many types of vortices to eat. The swirls could be an inspiration to human engineers.Science · United States See the Story

Flamingo Fluid Dynamics, Part 1: A Head in the Game

Flamingos are unequivocally odd-looking birds with their long skinny legs, sinuous necks, and bent L-shaped beaks. They are filter-feeders, but a new study shows that they are far from passive wanderers looking for easy prey in shallow waters. Instead, flamingos are active hunters, using fluid dynamics to draw out and trap the quick-moving invertebrates they feed on. In today’s post, I’ll focus on how flamingos use their heads and beaks; next ti…Read Article

How Insects Fly in the Rain

Getting caught in the rain is annoying for us but has the potential to be deadly for smaller creatures like insects. So how do they survive a deluge? First, they don’t resist a raindrop, and second, they have the kinds of surfaces water likes to roll or bounce off. The key to this second ability is micro- and nanoscale roughness. Surfaces like butterfly wings, water strider feet, and leaf surfaces contain lots of tiny gaps where air gets caught.…Read Article

Magma's losses widen, revenue falls in Q1

100% Center coverage: 1 sources

KUALA LUMPUR: Magma Group Bhd’s net loss widened in the first quarter (Q1) ended March 31, 2025 due to higher corporate-related and capital restructuring expenses. © New Straits Times Press (M) BhdKuala Lumpur · Kuala Lumpur See the Story

Whale Migration Carries Nutrients

When it comes to the movement of nutrients in the ocean, we think of run-off from rivers, upwelling along coasts, and convective currents. We don’t typically think about animal migrations, but a new study of baleen whales (including species like humpbacks and right whales) suggests that these massive mammals provide a small but critical spreading service. These whales feed in cold, nutrient-rich waters, like those in the Arctic, then travel thou…Read Article

Bigger Particles Slide Farther

Mudslides and avalanches typically carry debris of many shapes and sizes. To understand how debris size affects flows like these, researchers use simplified, laboratory-scale experiments like this one. Here, researchers mix a slurry of silicone oil and glass particles of roughly two sizes. The red particles are larger; the blue ones smaller. Sitting in a cup, the mixture tends to separate, with red particles sinking faster to form the bottom lay…Read Article

Tracking Insects in Flight

Insects are masters of a challenging flight regime; their agility, stability, and control far outstrip anything we’ve built at their size. But to even understand how they accomplish this, researchers must manage to capture those maneuvers in the first place. Insects don’t stay in one small area, which is what the typical fixed camera motion capture set-up requires. Instead, one group of researchers has designed a system with a moveable mirror th…Read Article

Mapping the Mozambique Channel

The Mozambique Channel boasts some of the world’s most turbulent waters, driven by eddies hundreds of kilometers wide. Eddies of this size — known as mesoscale — determine regional flows that influence local biodiversity, sediment mixing, and how plastic pollution moves. To better understand the region, scientists measured a mesoscale dipole from a research vessel. Illustration of flows in the Mozambique Channel. The anticyclonic ring in dark b…Mozambique · Mozambique Read Article

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