The functions of immediate echolalia in autistic children: a developmental perspective.
Immediate echolalia in autism declines as expressive language grows, so target language expansion rather than echolalia suppression.
01Research in Context
What this study did
Bachman et al. (1988) watched autistic children talk in everyday play. They noted every time a child echoed words right after hearing them. They grouped the echoes by what the child seemed to be doing with them.
The team also scored each child’s own spontaneous speech. They wanted to see if echoes dropped as self-made words grew.
What they found
Kids who had almost no original words echoed a lot. Kids who could speak in short phrases echoed less. When a child’s own language grew, immediate echoes quietly faded.
The same echoes could look like questions, answers, or self-talk. Because the job an echo did kept changing, the authors warned against rigid labels.
How this fits with other research
Wearden (1983) and Hanley et al. (1997) showed you can use echoes as prompts. Letting a child repeat the label right before picking the picture speeds up learning. E et al. agree echoes are useful, but add they will drop on their own once real language blooms.
Delamater et al. (1986) stamped out echoes with prompts and praise. E et al. push back: suppression may be needless work if language is set to rise anyway.
Xie et al. (2023) revisited the same age group thirty-five years later. They saw clear jobs for echoes—naming, describing, keeping chats alive. Their data extend E et al. by showing echoes are not just fading noise; they are bridge tools that help conversation while language grows.
Why it matters
Stop treating immediate echolalia as an enemy response. Track it like a thermometer: lots of echoes signal low expressive language. Pour teaching into expanding phrases, not silencing echoes. As new words take root, you will see echoes thin out naturally, saving you from extra suppression programs.
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02At a glance
03Original abstract
This study examined differences in the use of immediate echolalia by autistic children at different stages of language development. Eighteen autistic children, aged 4 to 12 years, were videotaped in play sessions with a parent and with an examiner. Data were collected on frequency of echolalia, percentage of language that was echolalic, functions of echolalia (Prizant & Duchan, 1981), chronological age, nonverbal mental age, and language level. Frequency of immediate echolalia varied with expressive language level but not with nonverbal mental age or chronological age. The percentage of language that was echolalic was high at early stages of language development but decreased as language skills improved. No significant relationships were found between number of functions and language level, chronological age, or nonverbal mental age. Although coding of functions was reliable, the validity of functional categories for echolalia was not strongly supported. Implications for autistic language development and for methodology in this area are discussed.
Journal of autism and developmental disorders, 1988 · doi:10.1007/BF02211883