Scene construction and autobiographical memory retrieval in autism spectrum disorder.
Teaching autistic clients to build a clear mental scene may unlock fuller, more organized personal memories.
01Research in Context
What this study did
Andrews et al. (2024) pulled together every paper they could find on how autistic people remember their own lives.
They looked for patterns that might explain why personal stories often feel vague or jumbled.
The team paid special attention to ‘scene construction’—the brain’s knack for rebuilding a place in mind.
What they found
Across studies, autistic people often struggle to picture the where and when of past events.
The authors say this scene-building step may be a separate skill that can be taught.
If true, you could shore up memory by first teaching a client to draw a clear mental room.
How this fits with other research
Agiovlasitis et al. (2025) scanned autistic adults and saw weak activity in the retrosplenial complex—the exact brain zone that lights up when typical people imagine scenes.
That fMRI result gives flesh to the target paper’s idea: poor scene pictures equal poor memories.
Godfrey et al. (2023) add that autistic adults also skip ‘thematic gist’—the big point of a story.
Together the three papers form a chain: weak brain scene code → patchy mental picture → missed story moral.
No clash here; each study zooms in on a different link of the same chain.
Why it matters
If scene construction is trainable, you can add quick visualization drills before you ask for personal recall.
Try having the learner sketch or model the room where an event happened, then tell the story.
A five-minute scene warm-up may give you richer self-talk targets and stronger social stories down the line.
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Join Free →Before a conversation about a past event, have the learner draw or VR-view the setting for two minutes, then narrate.
02At a glance
03Original abstract
Individuals with autism spectrum disorder (ASD) frequently exhibit difficulties in retrieving autobiographical memories (AMs) of specific events from their life. Such memory deficits are frequently attributed to underlying disruptions in self-referential or social cognition processes. This makes intuitive sense as these are hallmarks of ASD. However, an emerging literature suggests that parallel deficits also exist in ASD individuals' ability to reconstruct the rich spatial contexts in which events occur. This is a capacity known as scene construction, and in typically developing individuals is considered a core process in retrieving AMs. In this review, we discuss evidence of difficulties with scene construction in ASD, drawing upon experiments that involve AM retrieval, other forms of mental time travel, and spatial navigation. We also highlight aspects of extant data that cannot be accounted for using purely social explanations of memory deficits in ASD. We conclude by identifying key questions raised by our framework and suggest how they might be addressed in future research.
Autism research : official journal of the International Society for Autism Research, 2024 · doi:10.1002/aur.3066