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Health & Science1h 51m ago
Frightened bat rays produce a chemical cue to warn other rays of danger, a strategy previously documented in bony fish but not cartilaginous fish.
Newport, Oregon
Who
Oregon State University researchers, Joshua Bowman, Taylor Chapple, Jamie Cornelius, Mauricio Cantor
What
Frightened bat rays produce a chemical cue to warn other rays of danger, a strategy previously documented in bony fish but not cartilaginous fish.
When
Tue, 16 Jun 2026 19:20:42 GMT · 1h 51m ago
Where
Newport, Oregon ·
Why
The research suggests a chemical alert is passed from a frightened ray, indicating an anti-predator strategy among cartilaginous fish.
The Frontline Impact
How this affects you
This discovery provides new insights into the communication pathways and behavioral complexities of sharks and rays, enhancing the understanding of their survival strategies in the wild. It also suggests that disturbing one marine animal may unintentionally impact others through chemical signaling.
Story chain
3 events in this thread- Currently Reading1h 51m agoFrightened bat rays produce a chemical cue to warn other rays of danger, a strategy previously documented in bony fish but not cartilaginous fish.
- Health & Science1h 51m agoFrightened bat rays produce a chemical cue to warn other rays of danger, an anti-predator strategy previously not documented in cartilaginous fish.Open article
- Health & Science1h 51m agoFrightened bat rays produce a chemical cue to warn other rays of danger, an anti-predator strategy previously undocumented in cartilaginous fish.Open article
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