Linked from

The 22 pages that link to Sensory adaptation, each with the reason it gives.

• HabituationCompared with: It can resemble habituation but arises in sensory processing rather than learned threat appraisal.

• Sensory neuronRelated: Adaptation changes how strongly some sensory neurons respond when a stimulus persists.

• MechanoreceptionRelated: Receptors differ in how quickly they stop responding to an unchanging mechanical stimulus.

• PsychophysicsRelated: It changes measured sensitivity as exposure and stimulus history accumulate.

• Sensory ecologyRelated: It shapes which persistent environmental cues remain detectable over time.

• SensationRelated: Adaptation changes receptor responses as stimulation continues.

• FlavorRelated: Repeated exposure can make a flavor seem weaker even when its chemical composition stays constant.

• FossorialityRelated: Darkness and enclosed tunnels shift the value of touch, smell, and vibration sensing.

• MechanoreceptorRelated: Adaptation helps explain why some mechanoreceptors emphasize changes rather than constant force.

• Sensory substitutionCompared with: Adaptation changes responsiveness; substitution changes the channel carrying information.

• AfterimageNarrower topic: It is a general process across senses; afterimages are a specifically visual consequence of adaptation.

• Sensory processingRelated: It changes how strongly ongoing inputs are represented over time.

• SomatosensationRelated: It explains why constant clothing pressure often fades from awareness despite continuing contact.

• Sensory perceptionRelated: Adaptation changes perception over time even when the stimulus remains present.

• Tactile perceptionRelated: It explains why constant contact, such as clothing on skin, quickly fades from awareness.

• TouchRelated: Adaptation explains why steady clothing pressure often fades from awareness.

• Electric organ dischargeRelated: Adaptation affects how fish separate relevant discharge distortions from persistent background signals.

• Sensory biologyRelated: Adaptation changes how strongly sensory systems respond as conditions persist.

• Ernst Heinrich WeberRelated: Weber’s findings raised questions about how sensitivity depends on stimulus level and sensory context.

• Weber–Fechner lawCompared with: Changing sensitivity over time complicates any fixed mapping from stimulus intensity to sensation.

• Phantom vibration syndromeRelated: Repeated phone contact may affect how ordinary skin sensations are noticed and interpreted.

• Sense organsRelated: Adaptation changes how strongly sense organs signal constant stimuli, such as steady pressure or odor.