The internal structure of Chinese three-character words may guide eye movements, but whether character-level eye movements vary with hierarchical roles remains unclear. In an eye-tracking lexical decision task, we manipulated branching direction and whole-word familiarity in non-idiomatic three-character words (H3CWs), controlled final-character predictability in the primary analyses, and measured skipping probability and fixation durations at the initial and final positions. Initial characters were skipped less often in right-branching than left-branching H3CWs, whereas final characters showed the reverse pattern, consistent with first-level characters being skipped less often at both positions. The predicted low-familiarity branching difference was reliable only for initial-character total fixation duration; first-fixation and gaze-duration contrasts were inconclusive, and no branching-related duration difference was detected for the final character. Higher predictability increased final-character skipping in left-branching but not right-branching H3CWs and was associated with shorter final-character total fixation durations. Apparent final-character familiarity effects were nonsignificant after predictability was controlled. The findings are compatible with structure-sensitive saccade-target selection and a familiarity-dependent pattern in later fixation time. However, because hierarchical role is intrinsically linked to branching and position, and the proposed mechanisms were inferred rather than measured directly, the pattern cannot be attributed uniquely to hierarchical role or a specific processing mechanism.
The cognitive mechanisms underlying Chinese word segmentation remain obscure. However, studies have found that readers can use character position probability to facilitate word segmentation, even though the Chinese script does not use spaces. Surprisingly little is known about how this ability is employed during silent...
Hai-Bo Cao, Ze-Bo Lan, Kuo Zhang et al.· Behavioral Science· 0 citations
Morpheme position information, referring to the relative sequential order of morphemes within a word, is crucial for word recognition and reading comprehension. Tibetan combines alphabetic and ideographic features, but it remains unclear whether morpheme position information is processed in Tibetan reading, whether the...
Shan Li, Chun-Hui Zhang, Lei Gao et al.· Behavioral Science· 0 citations
This study examined the relationship between the processing efficiency of single-character and two-character words presented in fovea and parafovea and word-level eye-movement parameters in reading Chinese among a heterogenous sample of 70 adult readers (age 18-60 years). Foveal processing efficiency was assessed with...
Timo T. Heikkilä, Yong-Sheng Wang, Chuan-Li Zang et al.· Memory & Cognition· 0 citations
Are the letters of a written word processed sequentially or in parallel? Despite an abundance of research on visual word recognition, the evidence in this longstanding debate rests almost entirely on indirect inferences from word-length effects and conventional whole-word eye-movement measures. We sought direct evidenc...
Hend Lahoud, Adi Shechter, Titus von der Malsburg et al.· Psychology Science· 0 citations
Introduction Turkish permits grammatical non-canonical word order while morphological case marking disambiguates thematic roles. Methods We examined comprehension accuracy and verb-locked event-related potentials (ERPs) to Turkish canonical subject-object-verb (SOV) and non-canonical object-subject-verb (OSV) sentences...
Medine Dudu, Yağmur Köyel Yıldırım, Talat Bulut· Frontiers in Human Neuroscie...· 0 citations
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