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Health & Science3h 7m ago
Frightened bat rays produce a chemical cue to warn other rays of danger, an anti-predator strategy previously not documented in cartilaginous fish.
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Newport, Ore.
Who
Oregon State University researchers, Joshua Bowman, Taylor Chapple
What
Frightened bat rays produce a chemical cue to warn other rays of danger, an anti-predator strategy previously not documented in cartilaginous fish.
When
Tue, 16 Jun 2026 19:20:42 GMT · 3h 7m ago
Where
Newport, Ore. ·
Why
This behavior helps the animals survive in the wild by enabling them to respond to potential threats from predators.
The Frontline Impact
How this affects you
This discovery provides new insights into the communication pathways and behavioral complexities of marine species like sharks and rays, suggesting a broader use of chemical signaling in evasion responses beyond bony fish.
Story chain
3 events in this thread- Health & Science3h 7m agoFrightened bat rays produce a chemical cue to warn other rays of danger, a strategy previously documented in bony fish but not cartilaginous fish.Open article
- Currently Reading3h 7m agoFrightened bat rays produce a chemical cue to warn other rays of danger, an anti-predator strategy previously not documented in cartilaginous fish.
- Health & Science3h 7m agoFrightened bat rays produce a chemical cue to warn other rays of danger, an anti-predator strategy previously undocumented in cartilaginous fish.Open article