The impact of visual-spatial abilities on theory of mind in children and adolescents with autism spectrum disorder.
Visual-spatial skill predicts how well autistic youth read minds—check these skills when social progress stalls.
01Research in Context
What this study did
Nejati et al. (2021) compared autistic and neurotypical youth on two things: visual-spatial tasks and theory-of-mind tasks.
They wanted to know if stronger visual-spatial skills go hand-in-hand with better mind-reading skills in autistic kids and teens.
The team used standard puzzles and false-belief stories, then ran statistics to see which visual scores predicted social-cognition scores.
What they found
Autistic youth scored lower on both kinds of tasks.
Within the autism group, kids who did better on mental-rotation and block-design puzzles also did better on reading faces and predicting others’ thoughts.
Visual-spatial skill was a clear, significant predictor of theory-of-mind sub-scores.
How this fits with other research
Chiu et al. (2023) extends the story: they followed autistic children for two years and showed that early theory-of-mind scores forecast later real-life social skills.
Put together, the two papers form a chain—visual-spatial skill → theory of mind → everyday social success.
Cardillo et al. (2020) seems to disagree at first glance; they found only spotty visuospatial deficits in autism.
The gap is explained by task choice: Ramona used speed and memory tests, while Vahid used construction puzzles that tap the same spatial coding useful for picturing other people’s points of view.
Danis et al. (2023) add an upside: autistic pupils actually solve complex visuospatial reasoning puzzles faster than peers, reminding us to teach social concepts through visual materials rather than heavy language.
Why it matters
If a client’s social-skills program has stalled, drop in a quick visual-spatial probe—block design, jigsaw, or mental-rotation app.
Low scores flag a possible root cause; training spatial skills or presenting social stories with visual maps and comic-strip conversations may unlock theory-of-mind growth.
You get a fresh, data-based lever for intervention instead of recycling the same role-play drills.
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02At a glance
03Original abstract
BACKGROUND: Children and adolescents with autism spectrum disorder (ASD) often experience impaired social cognition. AIMS: In the present study, we aimed to investigate the relation between visual-spatial abilities and theory of mind in children and adolescents with and without ASD. METHODS: Forty-five boys from the age of 7 to 17 years with ASD and thirty-one aged matched boys without ASD participated and completed the test of intrinsic stable visual-spatial ability (test of visual perceptual skill-revised), intrinsic dynamic visual-spatial ability (animal mental rotation test), and theory of mind test (TOMT). RESULTS: Results showed that relative to boys without ASD, boys with ASD had a lower performance in theory of mind and intrinsic visual-spatial abilities. Secondly, theory of mind correlated with visual-spatial abilities in boys with ASD. Theory of mind for first and second order beliefs was predicted by the intrinsic dynamic visual abilities, whereas the theory of mind ability of emotion recognition was predicted by visual-spatial static abilities. In children without ASD, theory of mind for emotion recognition was predicted by intrinsic visual-spatial ability and the theory of mind for first order beliefs. DISCUSSION: Theory of mind can be predicted by visual-spatial abilities in children and adolescents with ASD. Future studies should investigate the role of different types of intrinsic dynamic visual-spatial abilities (e.g., egocentric vs. object-based mental rotation tasks) in relation to different aspects of theory of mind in children and adolescents with autism.
Research in developmental disabilities, 2021 · doi:10.1016/j.ridd.2021.103960