A comprehensive literature review of comprehension strategies in core content areas for students with autism spectrum disorder.
Response-prompting plus visual supports raise content-area comprehension for students with autism.
01Research in Context
What this study did
Foti et al. (2015) hunted for every paper that taught science, social studies, or math reading to students with autism. They kept only 23 studies that met basic quality rules. Thirteen of those earned high or adequate ratings.
The team looked for two kinds of tools: response-prompting routines like model-lead-test and time delay, plus any visual supports such as graphic organizers, pictures, or color-coded notes.
What they found
Both tool sets helped. Response-prompting raised comprehension in content classes. Visual supports did the same. No single study combined both, yet each alone produced gains.
The catch: most proofs came from single-case designs. Only a handful used group comparisons. Still, the pattern held across science, history, and math texts.
How this fits with other research
Rutherford et al. (2020) widens the lens. Their scoping review shows parents using visual schedules, choice boards, and picture cues at home and in the community. The 2015 classroom evidence and the 2020 home evidence fit like puzzle pieces—visual supports work across settings.
Tonnsen et al. (2016) goes deeper. They gave 8- to 13-year-olds with autism a visual imagery reading program. Kids’ brain scans lit up in language and visual areas, and comprehension scores rose. The neural data back the 2015 claim that visuals help learners with ASD.
Vassos et al. (2023) seems to disagree. They tested story comprehension in three formats—watching, listening, and reading—and found no format was easier for autistic students. But their kids were older (upper-elementary/middle school) and the task was self-monitoring, not content learning. The clash fades when you see the age and goal differences.
Why it matters
You can start Monday. Pick a science or social studies passage. Add a graphic organizer or icon strip. Use a quick response-prompting loop: model the strategy, lead the group through one example, then test with a new paragraph. Track correct responses for five days. If the line goes up, you just repeated the 2015 finding in your own room.
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02At a glance
03Original abstract
Understanding text can increase access to educational, vocational, and recreational activities for individuals with autism spectrum disorder (ASD); however, limited research has been conducted investigating instructional practices to remediate or compensate for these comprehension challenges. The current comprehensive literature review expanded previous reviews and evaluated research quality using Reichow (Evidence-based practices and treatments for children with autism, pp 25-39. doi: 10.1007/978-1-4419-6975-0_2 , 2011) criteria for identifying evidence-based practices. Three questions guided the review: (a) Which approaches to comprehension instruction have been investigated for students with ASD?; (b) Have there been a sufficient number of acceptable studies using a particular strategy to qualify as an evidence-based practice for teaching comprehension across the content areas?; and (c) What can educators learn from the analysis of high quality studies? Of the 23 studies included in the review, only 13 achieved high or adequate ratings. Results of the review suggest that both response-prompting procedures (e.g., model-lead-test, time delay, system of least prompts,) and visual supports (e.g., procedural facilitators) can increase comprehension skills in content areas of ELA, math, and science. Authors conclude with a discussion of (a) research-based examples of how to use effective approaches, (b) implications for practitioners, and
Journal of autism and developmental disorders, 2015 · doi:10.1007/s10803-014-2280-x