A bee pulls a string. An octopus tackles an awkward delivery. An ant turns its jaws into an eject button.
Three real animal moves — which one wins?
The bee and octopus were trained in laboratory tasks. The ant’s jump is an escape mechanism. This is an entertainment countdown, not a ranking of intelligence.
FOOTAGE CREDITS
3 — Sylvain Alem, Clint J. Perry, Xingfu Zhu, Olli J. Loukola, Thomas Ingraham, Eirik Søvik and Lars Chittka (2016). Associative Mechanisms Allow for Social Learning and Cultural Transmission of String Pulling in an Insect. PLOS Biology. S4 Video.
S4 Video (.s006). CC BY 4.0.
Study:
2 — Jonas N. Richter, Binyamin Hochner and Michael J. Kuba (2016). Pull or Push? Octopuses Solve a Puzzle Problem. PLOS ONE. S1 Video.
S1 Video (.s004). CC BY 4.0.
Study:
1 — Fredrick J. Larabee and Andrew V. Suarez (2015). Mandible-Powered Escape Jumps in Trap-Jaw Ants Increase Survival Rates during Predator-Prey Encounters. PLOS ONE. S2 and S3 Videos.
S2 Video (.s002) high-speed escape + S3Video (.s003) standard-speed escape. CC BY 4.0.
Study:
License:
Modifications: excerpts cropped, reframed, resized and edited; source audio removed; original narration, captions, graphics, music and effects added. Two ant escape trials are shown, one at normal speed and one in the source’s slow motion. The slow-motion example is identified on screen. No endorsement by the research authors is implied.
Narration synthesized locally with Kokoro-82M (Apache 2.0 model weights). Original script, commentary, captions, editing, graphics, music and sound effects: Oddly Clever Lab.
#AnimalFacts #CleverAnimals #Shorts
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