Inference making skill in children with visual impairments.

Sullivan et al. (2020) compared kids with visual impairments to sighted classmates.

They asked all kids to read short stories and answer three kinds of inference questions: emotional, time, and space.

The team used eye-tracking to see where each child looked while thinking.

Both groups got emotional and time questions right at the same rate.

Only the spatial questions tripped up the visually impaired kids.

Their eyes showed longer pauses and more re-reads when the answer required a mental map.

Gligorović et al. (2011) also found vision status shapes visuospatial test scores, so the new result is not a one-off.

Espín-Tello et al. (2017) and Fajardo et al. (2024) used the same eye-tracking method with autistic readers.

Those studies saw slow, jumpy gaze patterns too, but for different reasons—autistic kids needed extra time for social cues, while visually impaired kids needed extra time for space cues.

Together the papers show eye-tracking can flag which piece of comprehension is hard for each clinical group.

When a visually impaired learner stalls on a reading question, check if it is spatial first.

Swap the map-style prompt for a verbal one: replace “Where was the box?” with “What was next to the box?”

This tiny tweak keeps the child in the lesson instead of lost in mental pictures they cannot see.