Dartmouth Study Finds Octopuses Can Use Mirrors to Navigate and Find Hidden Food
By
Written byAmy Olson
Summary
A Dartmouth study published in Current Biology demonstrates that octopuses can use mirrors to locate hidden food, marking the first evidence that invertebrates possess this spatial cognitive ability. The research, led by PhD student Mary Kieseler, shows octopuses can understand mirror reflections to navigate their environment and find prey that is out of direct sight.
Source
Key quotes
· 2 pulledOur findings are the first to demonstrate that invertebrates can use mirrors to understand their environment to find prey.
Octopuses are remarkably intelligent creatures, as was demonstrated by Inky the Octopus's famous escape from the National Aquarium of New Zealand through a drainpipe back to sea in 2016.
You might also wanna read
California two-spot octopuses can learn to use mirrors to locate prey, study finds
Scientists have discovered that California two-spot octopuses (Octopus bimaculoides) can learn to use mirrors to locate prey. While octopuse
California two-spot octopuses can learn to use mirrors to locate prey, study finds
Scientists have discovered that California two-spot octopuses (Octopus bimaculoides) can learn to use mirrors to locate prey. While octopuse

Study reveals how long-distance ocean migrators reorient using compass headings in mid-ocean
This scientific research article investigates how animals navigate during long-distance ocean migrations to specific targets. The authors de

Study reveals how long-distance ocean migrators reorient using compass headings in mid-ocean
This scientific research article investigates how animals navigate during long-distance ocean migrations to specific targets. The authors de
Exploring Magnetoreception: How Organisms Navigate Using Earth's Magnetic Fields and Implications for Brain Function
The article explores the concept of magnetoreception - the ability of organisms to detect Earth's magnetic fields for navigation. It discuss

Study identifies liver macrophages as key to pigeon magnetoreception under overcast skies
Researchers have discovered that homing pigeons use superparamagnetic macrophages (iron-containing immune cells) in their livers for magneto

Remoras: The clingy fish challenging assumptions about marine symbiosis
This article discusses remoras, the fish known for their suction-cup foreheads that allow them to attach to larger marine animals. It challe

How a transparent fish and $1 billion in funding could advance neuroscience research
The article profiles the Danionella fish, a tiny, transparent species that is emerging as a powerful model organism in neuroscience. Neurobi

Comments
Sign in to join the conversation.
No comments yet. Be the first.