The Theory of Reconstructive Memory (AQA GCSE Psychology)

Revision Note

Claire Neeson

Written by: Claire Neeson

Reviewed by: Cara Head

How reliable is memory?

  • Memory is not like a camera, it does not record an event with 100% accuracy, rather it is:

    • retrieved as fragments of the event rather than as a whole, intact memory

    • sometimes key pieces of information are omitted or inserted

    • information which was not present at the time of the event may find its way into the memory

    • sometimes the sequence of events is recalled in a different order to the original

    • sometimes the memory is influenced by other people’s recall of the event or by media reports of the event

  • Information after the event is one way in which reconstructive memory (RM) may be manifest, for example:

    • you are present at a birthday party but your recall of the party will be influenced by:

      • discussing it with others afterwards

      • viewing photos of the party on social media

      • your memories of other birthday parties you have attended in the past

  • Confabulation is another way in which RM occurs in which recall of the event is impacted by distortion of the information, fabrication of details, misinterpretation of the information

  • Having predetermined/set ideas about the world can interfere with accurate recall - this happens when someone recalls an event not as it truly happened but as a result of schematic interference i.e. their schemas‘got in the way’ of 100% accurate recall of the event (generally people are unaware of this happening)

  • Schemas are relevant to RM as they produce biased recall

    • Cultural schemas may lead to incorrect and faulty recall of material which does not align with or fit into a person’s schema based on their own culture 

The concept of effort after meaning

  • Effort after meaning refers to energy invested in attempting to understand unfamiliar terms, ideas or concepts by re-framing them using existing schemas, knowledge or ideas

  • In terms of memory formation, when an event occurs or information is taken in, the individual experiences a general, overall interpretation of that event/information

  • Issues with recall arise when the event/information includes unfamiliar details

  • It is more difficult to fit unfamiliar information into memory so what tends to happen is that the general meaning of the event/information is re-visited afterwards and effort is put into making the unfamiliar detail familiar (which is what happened in Bartlett’s study)

  • Effort after meaning usually happens unconsciously, without people being aware that they are reconstructing the original event in their memory

Examiner Tips and Tricks

Remember to link the theory of reconstructive memory to Bartlett’s War of the Ghosts study, particularly on a higher-value AO3 question.

Evaluation of the theory of reconstructive memory

Strengths

  • Research into eyewitness testimony (particularly that of Elizabeth Loftus) highlights how important it is to avoid witnesses in a criminal trial giving unreliable accounts of what they observed, thus reconstructive memory has good application

  • There is research support for the theory, for example:

    • Loftus & Palmer (1974) asked participants to watch videos of a staged car crash

    • The participants were asked one of five different leading questions about what they had witnessed

    • The results showed that participants who were given a leading question with a stronger verb e.g. ‘smashed’ estimated higher car speeds than those with ‘softer’ verbs

    • In short, the participants used effort after meaning to make sense of what they had seen

Weaknesses

  • Some research e.g. Yuille & Cutshall (1986) found that eyewitnesses to a real-life shooting were not affected by leading questions i.e. reconstructive memory may not occur if the event was highly personal and emotional

  • It is almost impossible to measure how schemas may impact memory as:

    • each person’s schemas will be unique to them

    • schemas cannot be observed or quantified

Worked Example

Here is an example of an A01 and A02 question you might be asked on this topic.

AO1: You need to demonstrate knowledge and understanding of key concepts, ideas, theories and research.

AO2: You need to apply your knowledge and understanding, usually referring to the ‘stem’ in order to do so (the stem is the example given before the question).

A police officer is reading the statements of two eyewitnesses. Both statements describe the same traffic accident which happened on the town’s high street. The first eyewitness described hearing the screech of car tyres and breaking glass. The second eyewitness described seeing tyre marks on the road and a smashed red tail light.

Q. Use your knowledge of the theory of reconstructive memory to explain why each eyewitness gave different descriptions of the traffic accident.

[6 marks]

Model answer:

AO1:

  • Memory is not like a video recording or a camera; it tends to pick up fragments of events

  • This ‘piecing together’ process of memory may not be an accurate version of events

  • Memory is an active process in which we try to make sense of events using pre-existing schemas, knowledge and experience (effort after meaning).

  • We can alter our memories so that they fit in with our social and cultural expectations/schemas

  • Information after the event i.e. conversations with others and media coverage can produce reconstructed memory

AO2:

  • The two eyewitnesses gave different descriptions of the same traffic accident because they made sense of the events they saw in different ways.

  • Their own experiences and expectations such as what they have heard in the news or seen in films will shape how they remember the accident

  • One eyewitness may have expected tyres screeching and glass breaking which explains why they recall these details

  • The other eyewitness may have previously seen tyre marks and smashed lights at the scene of a traffic accident which explains why they remember these details

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Claire Neeson

Author: Claire Neeson

Expertise: Psychology Content Creator

Claire has been teaching for 34 years, in the UK and overseas. She has taught GCSE, A-level and IB Psychology which has been a lot of fun and extremely exhausting! Claire is now a freelance Psychology teacher and content creator, producing textbooks, revision notes and (hopefully) exciting and interactive teaching materials for use in the classroom and for exam prep. Her passion (apart from Psychology of course) is roller skating and when she is not working (or watching 'Coronation Street') she can be found busting some impressive moves on her local roller rink.

Cara Head

Author: Cara Head

Expertise: Biology Content Creator

Cara graduated from the University of Exeter in 2005 with a degree in Biological Sciences. She has fifteen years of experience teaching the Sciences at KS3 to KS5, and Psychology at A-Level. Cara has taught in a range of secondary schools across the South West of England before joining the team at SME. Cara is passionate about Biology and creating resources that bring the subject alive and deepen students' understanding