Global visual processing and self-rated autistic-like traits.

The team asked adults without autism to fill out the Autism-Spectrum Quotient. They then split the group into high-trait and low-trait scorers.

Everyone completed two computer tasks: find hidden shapes inside bigger pictures and judge the direction of moving dots. Speed and accuracy were recorded.

High-trait adults found the hidden shapes faster, but they struggled to see the global motion of the dots. They showed a quick-local, weak-global pattern.

The result mirrors the visual profile seen in diagnosed autism, even though no participant had the diagnosis.

Sabatino DiCriscio et al. (2017) and Dolezal et al. (2010) saw the same speed boost on hidden figures in high-AQ adults, so the local advantage is reliable.

Bölte et al. (2007) and Nayar et al. (2017) also found weaker global perception, but in people with autism. The 2009 paper shows the trait exists outside the clinic.

Two studies seem to disagree. Storch et al. (2012) and Alonso Soriano et al. (2015) found no local boost in diagnosed autistic teens and adults. The gap likely comes from age and task differences: the 2009 study tested young neurotypicals with subtle traits, while the later work used older clinical samples with different tests.

You may see clients who score high on trait questionnaires but do not meet autism criteria. Expect them to spot tiny details quickly yet miss the big picture in busy visuals. When you teach matching, sorting, or safety signs, give extra time for whole-image cues and highlight global features with color or motion.