(1) These data can be accounted for by assuming multiple lexical entries for heterophonic homographs, single lexical entries for homophonic homographs, and phonological mediation of accessing meanings.
(2) Significant pre-post RT differences, collapsed over pre-post measures and over ears, were found at all 3 frequencies (p less than .0001), indicating that the Monaural Heterophonic RT (MHRT) procedure can indeed be used as an objective measure of auditory adaptation.
(3) The present authors used a monaural heterophonic balance to investigate the adaptation of a 500 Hz adapting tone.
(4) Disambiguation of heterophonic and homophonic homographs was investigated in Hebrew using semantic priming.
(5) Lexical decision for targets related to the dominant phonological alternatives of heterophonic homographs were facilitated at all SOAs.