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Bugs & Insects Facts for Kids

Creepy-crawly facts about insects and bugs

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It takes about 5,000 silkworms feeding on 100 kg of mulberry leaves to produce just 1 kg of raw silk — making natural silk one of the world's most labour-intensive fibres.

Bugs & InsectsSource: Smithsonian
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When desert locusts form swarms, serotonin levels in their brains increase dramatically, changing their behaviour from shy and solitary to bold and gregarious — a neurochemical trigger for swarming.

Bugs & InsectsSource: New Scientist
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Some insects can regenerate lost legs during their next moult — the new limb grows inside the body and is revealed when the exoskeleton is shed, often slightly smaller than the original.

Bugs & InsectsSource: Britannica
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The origin of insect wings is one of evolution's great unsolved puzzles — the two main theories are that wings evolved from gill-like outgrowths used in aquatic ancestors, or from extensions of the thoracic wall.

Bugs & InsectsSource: Smithsonian
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Scientists are developing gene drive technology that could spread a genetic modification through wild mosquito populations to reduce their ability to transmit malaria — but ecological risks are fiercely debated.

Bugs & InsectsSource: New Scientist
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In addition to the waggle dance, bees communicate through vibrations — 'stop signals' are delivered by head-butting other dancers, and 'piping' vibrations from new queens trigger swarming decisions.

Bugs & InsectsSource: Smithsonian
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Experiments show that memories formed by caterpillars can survive complete metamorphosis — moths have been shown to remember aversive conditioning experiences they had as caterpillars, despite the brain restructuring.

Bugs & InsectsSource: New Scientist
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Army ant colonies never merge despite having identical appearances to humans — each colony has a unique chemical signature and workers from different colonies fight ferociously if they meet.

Bugs & InsectsSource: National Geographic
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Flowers build up a positive electric charge that attracts negatively charged pollen — and spiders lurking on flowers have been found to exploit this by using the charge to detect when a bee is approaching.

Bugs & InsectsSource: New Scientist
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The iridescent blue of the morpho butterfly is not produced by blue pigment — it is entirely structural, caused by thin-film interference of light reflecting off nanoscale ridges on the wing scales.

Bugs & InsectsSource: Smithsonian