Autobiographical memory studies conducted with narrative methods are onerous, requiring significant resources in time and labor. We have created a semi-automated process that allows autobiographical transcribing and scoring methods to be streamlined. Our paper focuses on the Autobiographical Interview (AI; Levine, Svoboda, Hay, Winocur, & Moscovitch, Psychology and Aging, 17, 677–89, 2002), but this method can be adapted for other narrative protocols. Specifically, here we lay out a procedure that guides researchers through the four main phases of the autobiographical narrative pipeline: (1) data collection, (2) transcribing, (3) scoring, and (4) analysis. First, we provide recommendations for incorporating transcription software to augment human transcribing. We then introduce an electronic scoring procedure for tagging narratives for scoring that incorporates the traditional AI scoring method with basic keyboard shortcuts in Microsoft Word. Finally, we provide a Python script that can be used to automate counting of scored transcripts. This method accelerates the time it takes to conduct a narrative study and reduces the opportunity for error in narrative quantification. Available open access on GitHub (https://github.com/cMadan/scoreAI), our pipeline makes narrative methods more accessible for future research.
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A similar approach is used in studies of autobiographical imagination, wherein participants are asked to narrate an event imagined in a specific context (e.g., “Imagine catching your grandchild getting into trouble twenty years from now”; e.g., Race, Keane, & Verfaellie, 2011; Addis et al., 2008), or in studies of counterfactual thinking, wherein participants are asked to think about what could have been (e.g., De Brigard et al., 2016).
A wide array of other interview structures have been employed to capture a participant’s narrative for analysis, such as the Autobiographical Memory Interview (Kopelman et al., 1989) or the TEMPau task (Piolino et al., 2003), and our method can be modified to these other structures as well. Moreover, although our focus is on narrative work in the context of specific events (i.e., situated in a specific time and place), our approach can be modified for studies examining broader autobiographical content, including life stories (e.g., Grilli, Wank, & Verfaellie, 2018), narrative meaning (McAdams & McLean, 2013) or self-referential processing (Kurczek et al., 2015; Verfaellie, Wank, Reid, Race, & Keane, 2019; also see Adler et al., 2017, for a discussion of other approaches).
The AI method can also be used with other event selection prescriptions, such as the use of single word cues to elicit specific events (see Addis et al., 2008; also see Crovitz & Schiffman, 1974). We note that more specific cues (e.g., “granddaughter’s recital”) have been shown to elicit more specific and detailed memories than cue words (e.g., “lemon”), particularly in patient populations. The former may afford greater organizational scaffold to augment memory search (Kwan, Kurczek, & Rosenbaum, 2016). Other work shows that the emotional nature of the retrieval cues can also impact the nature of recall (Sheldon & Donahue, 2017).
For free and open software alternatives, our protocol can be used in conjunction with Google Docs or OpenOffice.
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The authors thank Hallie Liu and Taylyn Jameson for assistance with scoring the sample memories. D.J.P. is supported by a Discovery Grant from NSERC and the John R. Evans Leaders Fund from the Canadian Foundation for Innovation. The authors thank Young Ji Tuen and two reviewers for helpful comments. The authors declare no conflicts of interest, including no financial conflicts of interest with regard to any software or commercial products cited in this paper.
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Electronic supplementary material
Appendix 1: Transcription manual
The following is an example of our laboratory’s protocol for transcribing narratives. We use a Microsoft Word.docx file as a template for each participant (as shown below). This document is also available for download in Supplementary Materials (template.docx).
General transcribing instructions
Open the transcript template and fill out the following information:
Transcriber (that’s you)
Date of Testing
Open the participant’s raw Dragon outputted transcript
Open the participant’s MP3 file with Express Scribe software
Connect an Infinity pedal to the USB port (optional)
Edit the raw Dragon transcript (following the guidelines listed below under “editing transcripts”)
Insert the dialogue into the appropriate section of the template
It is possible that there will be some dialogue between the experimenter and participant that requires you to add in additional ‘Experimenter:’ or ‘Participant:’ lines to the template
Go through the transcript and:
Bold everything said by the experimenter
Double-space everything said by the participant
Spell-check the transcript
The transcript is now ready for a second transcriber to perform a quality check and sign off on the cover sheet (when complete).
Transcripts are verbatim. This means any ums, ahs, or stutters are documented. Dragon will not do this for you
When the audio is unclear, type (inaudible 00:00), where 00:00 is the time stamp for the words you could not hear
For consistency, it is recommended that you use the following spelling for filler/shortened words:
Hyphens are used when a word or sentence is not finished
Ex: We were – Well we didn’t want to go
Commas are used when words are repeated and around filler words
Ex: I, I, I was so tired
Ex: I, um, wondered what to do
Ellipses (“…”) are used when participants pause for an extended period of time. Be careful not to overuse this; it is only necessary for long pauses (e.g., more than 3 seconds)
Round brackets are used to mark noises that are not words
Ex: (sighs) or (laughs)
Square brackets are used to conceal identifiers. It is important that we do NOT include anything that could identify the participant in the transcript
Include the names of public names such as celebrities or scholars
Ex: I always loved poetry
Do not include any names mentioned that have personal relationships with the participant
Ex: [participant’s name] or [participant’s boyfriend]
Include the names of locations that might offer important context
Ex: I grew up in Shanghai
Do not include the names of places that might identify the participant
Ex: I went for a run in [name of park in Vancouver] because it’s so close to my place
Quotation marks are used when someone says what they or someone else said but not for things the speaker thought to themselves
Ex: She was like, “Don’t you think we should tell them?”
Ex: And in my head I was like, what are you talking about?
Numerals follow APA format
Spell numbers one to nine
Use numerals for numbers greater than 10
Use numerals for years and dates
Use numerals for time. Only include a.m./p.m. if the speaker says it
Appendix 2: Keyboard configuration and Python code for detail counts
Part 1: creating the keyboard
Microsoft Word allows for common segments to be saved as ‘AutoText’. Not only are characters saved in an AutoText, all formatting, including style and highlights, are saved as well. Create separate AutoTexts for each detail type you are scoring for.
Open a new Word document
Type out exactly what text/format you want to appear and highlight it
Go to the Insert tab
Select ‘Quick Parts’ drop down menu
Select ‘Save selection to Quick Part Gallery’
The name will automatically be filled in with the text you have selected
Select ‘AutoText’ in the ‘Gallery’ tab
Assign the AutoText to the appropriate category, in this case ‘AutoBio_Scoring’
Creating Keyboard Shortcuts
To insert the AutoText efficiently into transcripts, you can use keyboard shortcuts. Assign a keyboard shortcut to each AutoText.
Open Word Options by pressing Alt+F+T
Select the ‘Customize Ribbon’ tab in the left hand menu
Select the ‘Customize’ button
In the ‘Press new shortcut key’ box enter the key you wish to use (e.g., Ctrl+F)
Scroll through the ‘Categories’ list and select ‘Building Blocks’
Scroll through the ‘Commands’ list and select the AutoText you created in step one
Click the ‘Assign’ button to assign the shortcut
Once this process is complete, the newly created keyboard shortcuts can be used during scoring.
Part 2: running the Python code for counting details
The Python script for counting details in the Word documents can be downloaded from https://github.com/cMadan/scoreAI (current version is build 10). The script is comprised of five sections.
The first section requires the user to configure the code and should be adjusted on a case-by-case basis. The options to configure include specifying the directory that has the input Word documents, the folder to output the stacked data to, and the number of memories in each Word document. The specific filename of the Word documents does not matter, though the script will load the files in alphabetical order and assumes no other files are in this input directory. Each Word document is expected to have the number of memories configured and be formatted as specified in the template. For an example of a scored memory document, see example_scoring.docx in the Supplementary Materials.
The second section and onwards should not be modified unless changing the overall functionality of the script (e.g., using a different document template or changing the memory labels. The second section of the code loads several Python modules into the environment for the script to use in the processing of the documents. The only non-standard Python module that is required is python-docx, which can be installed using the pip program (see https://python-docx.readthedocs.io/en/latest/user/install.html).
The third section defines the memory scoring labels (e.g., Int_EV, Ext_SEM), looks up the list of files in the input directory, and includes additional ‘under the hood’ settings.
The fourth and fifth sections do most of the actual work. The fourth section defines several functions that will need to be used repeatedly, such as for extracting specific paragraphs of text from the document and counting the number of occurrences for each scoring label. The fifth section of code brings it all together, cycling through each document, first extracting the participant ID and episodic richness ratings. The code then goes through and finds the start of each memory within the document and then uses these to extract the related text and calculate the component memory scores. These scores are then converted into a single data record along with the participant ID and episodic richness values, such that each memory is its own row. This then continues until all of the documents are processed and iteratively merged together. The final section of code converts these records into a dataframe format and then outputs them as a CSV into the designated output folder, with the filename including the number of documents (i.e., number of participants) and current date. An example output file, corresponding to the example scored memory document, is provided as example_output.csv.
Figure 5 is an example of a filled out sheet, which is a formatted version of the output file from Python, displayed in Excel: The three rows represent the detail counts for the memories provided in the scoring example. Other variables (e.g., time period, condition) are shown for display purposes.
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Wardell, V., Esposito, C.L., Madan, C.R. et al. Semi-automated transcription and scoring of autobiographical memory narratives. Behav Res (2020). https://doi.org/10.3758/s13428-020-01437-w
- Autobiographical interview
- Autobiographical memory