In order to assess the role of syntactic, semantic, and discourse knowledge in spectrogram reading, three short stories were recorded and speech spectrograms were made of the individual sentences of each story. The stories were presented one spectrogram at a time to an expert spectrogram reader who is instructed to read each story word‐by‐word without writing down segment labels. The three
... [Show full abstract] stories contained a total of 670 words, and 612 (91%) were correctly identified. The median reading time per sentence across the three stories was about 40 s, or about 20 times real time. However, syllable‐by‐syllable analysis of reading times in one story reveal that this value was inflated by a small subset of syllables and words that took a long time to decode—sometimes over a minute. The modal (most frequent) reading time per syllable fell between 1–2 s, or between 3 and 6 times real‐time. Further analysis reveal that many common syllables were immediately recognized as complete patterns (e.g., “ment”, “tion”), and the use of context to recognize words from partial information was evident in many cases. Implications of the results for real‐time spectrogram reading will be discussed.