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CMAM COVERAGE MONITORING

Improving nutrition programmes through the promotion of quality coverage assessment tools, capacity building and information sharing.

Mind mapping

A mind-map can be used to summarise the findings of a SQUEAC investigation. It should be drawn and modified as the investigation proceeds. Mind maps can be drawn by hand, by using drawing software or by using mid-mapping software. Most SQUEAC investigators use both hand-drawn mind-maps and mind-mapping software. It is particularly useful to use both methods during training. A large hand-drawn mind-map is useful for managing a SQUEAC investigation, providing a rich summary of the current state of the investigation and can serve as a focal point when deciding data-collection needs and dividing tasks between team members. The collaborative focus provided by the mind-map facilitates team building and improves the quality of the investigation.
Drawing mind maps by hand:
Drawing mind-maps by hand is quick and simple and allows maps to be built collaboratively and encourages debate within the investigating team. Hand-drawn maps may also be used as ‘interactive exhibits’ in interviews. Image 1 shows an example of a mind map which has been hand drawn. The untidy appearance emphasises the interim nature of findings during the early stages of an investigation.
SQUEAC-SLEAC-Technical-Reference-Oct2012

Image 1: A Mind Map (Credit World Vision International)

Mind-maps may be created using some (or all) of the following guidelines:
  • Start with the central theme (‘Coverage’) in the centre of the page.
  • Keep the mind-map clear by using a branching hierarchy.
  • SQUEAC mind-maps tend to use the hierarchy of:

Central Theme → Data Source/Method → Individual Findings

  • Present each finding alone; relationships between findings may be shown using, for example, dotted lines, symbols, or colours.
  • Use images, symbols, and codes throughout the mind-map:
    • Use the ? symbol to mark unconfirmed findings.
    • Use the ✓ or ↑ symbol to mark positive findings.
    • Use the ✗ or ↓ symbol to mark negative findings.
    • Use the ~ or ↔ symbol to mark neutral findings.
  • Combine symbols (e.g., use ?↑ to mark unconfirmed but indicative positive findings).
  • Use boxes, circles, shading, etc. for emphasis.
  • Write key words using uppercase or lowercase letters and use colour and underlining.
  • Lines should be connected and start from the central theme.
  • Vary line thickness to denote importance/influence.
  • Use colours throughout the mind-map to encode or group.
  • Use emphasis and show relationships in the mind-map.
  • Redraw and re-organise the mind-map as it becomes confused and untidy.
These are guidelines, not rules. The only rule is that findings should be organised in tree structures organised around a central theme.
Drawing Mind-maps using drawing software:
Drawing a mind-map on the computer using drawing software is useful for producing a fair copy of a hand drawn mind map for inclusion in reports:
Mind map

Image 2: A mind map drawn on a computer using drawing software (Courtesy of World Vision International)

 Drawing Mind-maps using mind-mapping software:
Using mind-mapping software has many advantages:
  • The mind-map can be restructured without having to redraw it from scratch.
  • Mind-mapping software can also act as a sort of database with charts, spreadsheets, interview transcripts, interview summaries, concept-maps, etc. being stored ‘behind’ each node or leaf on the mind-map.
  • The mind-map can easily be included in reports.
  • Some mind-mapping software can use stored data to produce a report automatically.
Image 3 shows SQUEAC mind-map being edited using an open-source mind-mapping software package called XMind. This is available free from: www.xmind.net . This screenshot shows the text stored ‘behind’ the node for the findings of interviews with village doctors as well as a graph of routine program monitoring data. The XMind software can automatically produce a formatted and illustrated report using the entered findings and the hierarchical structure of the mind-map.
Xmind sceen shot

Image 3: A screen shot of a mind map being developed using XMind software (Data courtesy of Save the Children USA and the Friedman School of Nutrition Science and Policy (Tufts University)

 Sources:
Much of the text and all of the images in this page were taken from pages 53-61 of:
  • Myatt. M, Guevarra. E, Fieschi. L, Norris. A, Guerrero. S, Schofield. L, Jones. D, Emru. E and Sadler. K , 2012. Semi-Quantitative Evaluation of Access and Coverage (SQUEAC) / Simplified Lot Quality Assurance Sampling Evaluation of Access and Coverage (SLEAC) Technical Reference, available to download here.