Quiet Deep-Sea Habitats Allow Sixgill Sharks to Detect Minimal Vibrations

In the stillness of the abyss, even a faint twitch becomes a beacon.

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Water transmits vibrations more efficiently than air, enhancing lateral line sensitivity.

The deep sea is acoustically and physically calmer than turbulent surface waters, amplifying the effectiveness of a sixgill shark’s vibration-sensitive systems. Subtle prey movements propagate efficiently through dense water.

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With minimal background disturbance, the shark’s sensory network detects signals that would be masked near shore. Silence becomes a hunting advantage.

In a realm defined by pressure and darkness, the absence of noise transforms the ocean into a vast detection grid. The sixgill exploits environmental physics to dominate its niche.

Source

NOAA National Ocean Service

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