Autism & Developmental

Factors affecting the reading of rimes in words and nonwords in beginning readers with cognitive disabilities and typically developing readers: explorations in similarity and difference in word recognition cue use.

Calhoon (2001) · Journal of autism and developmental disorders 2001
★ The Verdict

Second-grade readers with cognitive disabilities use rime cues much like their peers—so keep checking phonological skills as they age.

✓ Read this if BCBAs teaching reading to elementary students with developmental disabilities.
✗ Skip if Clinicians focused only on conversational language or math.

01Research in Context

01

What this study did

The team looked at how second-grade readers use rimes. Rimes are the vowel and what follows, like -at in cat.

Kids with cognitive disabilities and typical peers read real words and made-up words. The goal was to see if both groups lean on the same sound cues.

02

What they found

Both groups spotted rimes equally well. They used the same phonological shortcuts while reading.

The data are exploratory, but the pattern is clear: rime skill looks alike in both populations.

03

How this fits with other research

Grove et al. (2017) seems to clash. They found that kids with intellectual disability shift weak spots: rhyme problems early, then later phoneme trouble.

The two studies do not cancel each other. Imam (2001) captured a single snapshot in second grade. Rachel et al. tracked the same kids across years and saw the weak spot move.

Channell et al. (2013) extend the story. They showed that older students with ID still read words more poorly than peers, and weak phonological awareness explains the gap. Together the papers draw a timeline: rime use can look fine at one moment, but deeper phonological cracks predict later reading trouble.

04

Why it matters

Do not assume a child who can find -at in cat has intact phonological skills. Keep testing rhyme early, then add phoneme segmentation tasks as grades climb. Use this quick rime check as a gate, not a finish line, when you plan decoding lessons.

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Give a five-item rime sorting task, then test phoneme segmentation to see if deeper gaps hide behind intact rime use.

02At a glance

Intervention
not applicable
Design
other
Sample size
40
Population
mixed clinical, neurotypical
Finding
null

03Original abstract

The exploratory research reported in this study was designed to initiate research in reading that includes children who have cognitive disabilities other than learning disabilities. Forty children, whose word recognition level was at the second-grade level, were assessed for knowledge of letter names, letter sounds, and rime recognition for high and low frequency target words and nonwords. Of these children, 20 were typically developing children and 20 were children with cognitive disabilities broadly defined. Both groups of children were found to be more similar than dissimilar in their rime-recognition accuracy, miscues, and graphemephoneme knowledge. In general, results proved to be more heuristic than concrete.

Journal of autism and developmental disorders, 2001 · doi:10.1023/a:1012268909286