59 Other Strategies of Qualitative Data Analysis
In this section, we will highlight three other techniques that can aid qualitative data analysis: affinity diagramming, concept mapping and memoing. Affinity diagramming is a technique used to externalize, make sense of, and organize large amounts of unstructured, far-ranging, and seemingly dissimilar qualitative data (Lucero, 2015, p. 231). By creating tangible notes based on the data and organizing them visually, researchers can map relationships between codes, identify themes and recognize patterns. Affinity diagramming can proceed through four stages (Lucero, 2015): First, the researcher examines the data and records observations (and labels) on post-it notes. Only one idea is placed on a note. Second, the notes are placed on a surface or wall where they all can be scrutinized. Third, the notes are arranged in columns or piles to reflect themes or categories, which are then labeled accordingly. Finally, the researcher refines the categories and further arrange themes into hierarchies to determine dominant patterns.
Similar to affinity diagrams, concept mapping can be quite useful for data analysis. Concept mapping is a graphical representation of concepts and relationships between those concepts (e.g., using boxes and arrows). The major concepts are typically laid out on one or more sheets of paper, blackboards, or using graphical software programs, linked to each other using arrows, and readjusted to best fit the observed data” (Bhattacherjee, 2011, p.115).
A third strategy for analyzing qualitative data is memoing. Bhattacherjee (2011, p. 115) defines memos as “theorized write-ups of ideas about substantive concepts and their theoretically coded relationships as they evolve during ground theory analysis, and are important tools to keep track of and refine ideas that develop during the analysis”. Researchers use memoing to review memos in order to discover patterns and relationships between categories using two-by-two tables, diagrams, or figures, or other illustrative displays (see Bhattacherjee, 2011 for more details). Box 9.6.1 provides additional tips for organizing codes.
Box 9.6 – Some Tips for Organizing Codes
After the initial coding, especially when open coding is used, it might be difficult to organize codes into manageable parts. The following are some tips to help you arrange your codes to determine key patterns and themes:
Analytical Question: Arrange codes according to analytical questions as feasible (What, where, how, who, when, why)
Clustering: list all the codes used, then cluster similar codes (repetitive and redundant codes can be added to more central coles). Repeat the clustering process until you have 25 to 30 codes. After that, reduce the list of codes to around 5-7 themes or descriptions (Miles et al, 2014).
Frequency, Importance and Intensity: List all the codes and the frequency of each. Based on frequency, you might be able to determine key patterns and themes. Alternatively, you can arrange codes by research questions to determine key themes relating to your topic. The relevance of the themes to your research question might also give a sense of their importance. Finally, you might examine the intensity of the themes (e.g., are they associated with strong emotions? do they emphasize certain ideas?)
Frankfort-Nachimas and Nachimas (1996) suggest that you ask yourself a number of questions to assist in your analysis:
- What type of behaviour is being demonstrated?
- What is its structure?
- How frequent is it?
- What are its causes?
- What are its processes?
- What are its consequences?
- What are people’s strategies for dealing with this behaviour?
Additional tips on identifying patterns
Identifying patterns from codes requires practice and significant commitments to develop an intimate relationship with qualitative data. Rosaline (201, p.226-7) offers the following tips to help identify patterns:
- Be open to revising your coding frame as you become aware of new distinctions and categories
- Be clear about who the speaker is (what are their characteristics?)
- Formulate reasons why similarities and differences exist (e.g. are they due to setting, respondents’ characteristics or method of data collection?)
- Determine if there are differences between respondents or groups. If there are, identify the distinctions
- Consider your expectations about the results (if you had any). Determine if you have been surprised by any of the results (why or why not?)
Reference
Bhattacherjee, A. (2012). Social Science Research: Principles, Methods, and Practices https://scholarcommons.usf.edu/cgi/viewcontent.cgi?referer=&httpsredir=1&article=1002&context=oa_textbooks
Frankfort-Nachimas, C., & Nachimas, D. (2015). Research methods in the social sciences (8th ed.). Worth Publishers.
Lucero, A. (2015, September). Using affinity diagrams to evaluate interactive prototypes. In IFIP (ed.), Human-Computer Interaction –INTERAC 2015, (pp. 231-248). Springer, Cham.
Miles, M. B., & Huberman, A. M. (1994). Qualitative data analysis: An expanded sourcebook. Sage.
Rosaline
A technique to visually code data and establish relationships between them to discern themes and patterns.
A graphical representation of concepts and relationships between those concepts.
the process of documenting ideas about concepts and their theoretically coded relationships as they evolve during the research process.