The frequency and contextual predictability of words have a fundamental role in determining "where" and "when" the eyes move during reading in both alphabetic and non-alphabetic languages. However, surprising little is known about the how the influence of these variables develops, although this is important for understanding…

In this study, we examined the effects of word and character frequency across three commonly used word-identification tasks (lexical decision, naming, and sentence reading) using the same set of two-character target words (N = 60) and participants (N = 82). Facilitatory effects of word frequency were observed across all three tasks. The…

Most previous studies of semantic processing have examined group-level data. We investigated the possibility that there might be individual differences in semantic decision performance even among the standard undergraduate population and that such differences might provide insights into semantic processing. We analyzed the Calgary Semantic…

The boundary paradigm was used to investigate individual differences in the extraction of lexical information from the parafovea in sentence reading. The preview of a target word was manipulated so that it was identical (e.g., "sped"), a higher frequency orthographic neighbor ("seed"), a nonword neighbor ("sted"), or…

The study examined whether individual differences in the quality of phonological representations, measured by a categorical perception task (CP), are related with the use of phonological information in a lexical decision pseudohomophone task. In addition, the lexical frequency of the stimuli was manipulated. The sample consisted of…