Linked from

The 25 pages that link to Mechanoreception, each with the reason it gives.

• ElectroreceptionCompared with: Both can detect nearby disturbances in water, but only electroreception responds to electric fields.

• NociceptionCompared with: Most mechanical sensations are not nociceptive, though sufficiently intense forces can activate nociceptors.

• Sensory ecologyRelated: Water currents, substrate vibrations, and contact provide information through mechanical stimuli.

• ChemoreceptionCompared with: Unlike chemoreception, it detects mechanical forces rather than molecular identity.

• OvipositionRelated: Contact and substrate texture can guide egg placement in some species.

• StridulationRelated: Animals receive stridulatory vibrations through mechanosensory organs.

• Tactile foragingNarrower topic: It supplies the touch signals used to detect hidden prey and food surfaces.

• BarbelNarrower topic: Touch-sensitive barbel receptors provide one form of mechanoreception.

• Lunge feedingRelated: Stretch-sensitive receptors in the mouth help rorquals register engulfment as their throat expands.

• Tube feetRelated: Sensory cells in tube feet help detect contact and mechanical conditions.

• AntennaRelated: Antennal hairs and joints can register contact, airflow, and movement.

• Sensory biologyBroader topic: It underlies senses that register touch, sound, balance, and body position.

• Insect antennaRelated: Antennal hairs and joints register contact, airflow, and movement.

• CerciNarrower topic: Cercal hairs detect air currents by bending under mechanical force.

• Rictal bristleRelated: A proposed role for rictal bristles is detecting contact near the bill.

• SchizomidaRelated: Sensory hairs and appendages let schizomids navigate dark, confined spaces.

• PalpigradiRelated: Palpigrades use tactile sensory structures to explore dark soil and cave surfaces.

• SpringtailRelated: Touch and vibration can trigger springtail escape responses.

• Whirligig beetleRelated: Surface waves help the beetle detect nearby prey and disturbances.

• Huntsman spiderRelated: Sensitive hairs help detect nearby movement and vibrations during pursuit.

• ProturaRelated: Sensory structures on proturan forelegs detect contact and movement in narrow soil spaces.

• RhaphidophoridaeRelated: Touch and vibration provide information when a habitat is dark or visually obstructed.

• Arthropod antennaeRelated: Antennae use mechanical receptors to register contact and movement in surrounding air or water.

• TriglidaeRelated: Free rays can probe the substrate and detect prey through contact.

• Umbrella octopusRelated: Cirri are thought to sense prey and water movements near the arms.