Brief report: accuracy and response time for the recognition of facial emotions in a large sample of children with autism spectrum disorders.
Autistic kids read basic facial emotions fine once language is equal—look deeper for real social targets.
01Research in Context
What this study did
Elian and team tested 8- to young learners kids with and without autism.
Each child saw faces showing happy, sad, angry, and scared emotions.
They pressed keys as fast as they could to name each feeling.
The team also gave short language tests and made sure both groups had similar word skills.
What they found
When word skills were equal, autistic kids named emotions just as fast and just as right as their peers.
No group difference showed up for accuracy or speed.
The old idea that autistic kids simply can't read faces did not hold once talking skill was held steady.
How this fits with other research
Sherwell et al. (2014) looked at the same age band and found worse emotion recognition in autistic kids.
The twist: Sarah’s team did not control for verbal ability.
Once you add that control, the deficit disappears, so the studies actually agree.
Payne et al. (2020) moved up to teens and still saw trouble, but only with negative faces.
That tells us the problem may grow with age or shift to harder emotions.
Begeer et al. (2014) found younger autistic kids struggle with tricky feelings like relief.
Together, the picture is: basic face reading is intact, but complex or negative emotions may still trip kids up later.
Why it matters
If a child’s emotion scores look low, first check language level before blaming social skill.
Save teaching time for higher-order work like reading mixed or hidden feelings, not simple happy versus sad.
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02At a glance
03Original abstract
The empirical literature has presented inconsistent evidence for deficits in the recognition of basic emotion expressions in children with autism spectrum disorders (ASD), which may be due to the focus on research with relatively small sample sizes. Additionally, it is proposed that although children with ASD may correctly identify emotion expression they rely on more deliberate, more time-consuming strategies in order to accurately recognize emotion expressions when compared to typically developing children. In the current study, we examine both emotion recognition accuracy and response time in a large sample of children, and explore the moderating influence of verbal ability on these findings. The sample consisted of 86 children with ASD (M age = 10.65) and 114 typically developing children (M age = 10.32) between 7 and 13 years of age. All children completed a pre-test (emotion word-word matching), and test phase consisting of basic emotion recognition, whereby they were required to match a target emotion expression to the correct emotion word; accuracy and response time were recorded. Verbal IQ was controlled for in the analyses. We found no evidence of a systematic deficit in emotion recognition accuracy or response time for children with ASD, controlling for verbal ability. However, when controlling for children's accuracy in word-word matching, children with ASD had significantly lower emotion recognition accuracy when compared to typically developing children. The findings suggest that the social impairments observed in children with ASD are not the result of marked deficits in basic emotion recognition accuracy or longer response times. However, children with ASD may be relying on other perceptual skills (such as advanced word-word matching) to complete emotion recognition tasks at a similar level as typically developing children.
Journal of autism and developmental disorders, 2014 · doi:10.1007/s10803-014-2084-z