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3rd Planet This page is about Global Facts & Wonders.

Before migration, purple martins form enormous communal roosts where thousands or even millions of birds gather together...
18/06/2026

Before migration, purple martins form enormous communal roosts where thousands or even millions of birds gather together. These gatherings provide safety in numbers and allow birds to exchange information about food and travel routes. Such massive aerial gatherings are among the most impressive social behaviors seen in songbirds.

Source: National geographic

Argentine ants can form enormous colonies where ants from distant nests recognize each other as family. One connected ne...
17/06/2026

Argentine ants can form enormous colonies where ants from distant nests recognize each other as family. One connected network has spread across vast regions, creating a “supercolony” with millions of workers. This unusual social structure allows them to dominate new environments efficiently.

Source: National Library of Medicine

Some bees possess tiny magnetic particles in their bodies that may help them sense Earth’s magnetic field. This ability,...
17/06/2026

Some bees possess tiny magnetic particles in their bodies that may help them sense Earth’s magnetic field. This ability, called magnetoreception, can support navigation and orientation, especially when visual landmarks are limited. It’s another example of the hidden senses insects use to survive.

Source: National Library of Medicine

The Namib Desert beetle has a unique way to collect water. Tiny bumps and waxy areas on its back help capture moisture f...
17/06/2026

The Namib Desert beetle has a unique way to collect water. Tiny bumps and waxy areas on its back help capture moisture from fog. Droplets roll along its body toward its mouth, allowing it to survive in one of the driest environments on Earth.

Source: Wikipedia

A bat's ability to locate itself is hampered by the ultrasonic clicks made by some moths, particularly tiger moths. Bats...
17/06/2026

A bat's ability to locate itself is hampered by the ultrasonic clicks made by some moths, particularly tiger moths. Bats may become confused by these noises or be alerted to the moth's toxicity. This is an amazing illustration of how an insect uses sound waves to protect itself from a sophisticated predator.

Source: National Library of Medicine

The fennec fox releases extra body heat in the hot desert by using its massive ears to detect minute movements of prey u...
16/06/2026

The fennec fox releases extra body heat in the hot desert by using its massive ears to detect minute movements of prey underground. Because of its thick fur, which shields its feet from the scorching sand, it is well suited to living in the hostile Sahara.

Source: Britannica

Starfish are remarkably capable of regeneration. If a portion of the core body is still attached, many species can regro...
16/06/2026

Starfish are remarkably capable of regeneration. If a portion of the core body is still attached, many species can regrow missing appendages, and some can even grow from a single arm to become an entirely new person. They can withstand injuries in the ocean thanks to this skill.

Source: Science insights

Vampire squid uses a unique defense called “pineapple posture,” where it spreads its webbed arms over its body and expos...
16/06/2026

Vampire squid uses a unique defense called “pineapple posture,” where it spreads its webbed arms over its body and exposes spines to appear larger and more intimidating. Despite its name, it does not drink blood and is a gentle deep-sea scavenger.

Source: Weebly

Unlike most solids, glass does not have a regular repeating arrangement of atoms. Its particles are arranged randomly, s...
15/06/2026

Unlike most solids, glass does not have a regular repeating arrangement of atoms. Its particles are arranged randomly, similar to a liquid structure but with solid-like rigidity. This makes glass an amorphous solid. Its unique structure gives it properties like transparency and gradual softening when heated.

Source: Doubtnut

Both diamond and graphite are made entirely of carbon atoms, but their atoms are arranged differently. In diamond, atoms...
15/06/2026

Both diamond and graphite are made entirely of carbon atoms, but their atoms are arranged differently. In diamond, atoms form a strong three-dimensional structure, making it extremely hard. In graphite, atoms form layered sheets that slide easily, making it soft. The difference is caused by atomic arrangement, not composition.

Source: Vedantu

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