The cognitive maps I usually discuss are the result of Causal Cognitive Mapping.
Causal Cognitive Mapping is a particular method predominantly used in Business Psychology. It supports individuals (through cognitive maps) as well as groups (through cause maps) in reflection, decision making and options development.
Tuesday
Friday
Mapping Myths - Wrong statements
In this part in the series of Causal Cognitive Mapping Myths I write about wrong, false or incorrect statements in cognitive maps.
Mapping Myths - How many arrows make a cause?
In this part in the series of Causal Cognitive Mapping Myths I write about the meaning of many statements that connect into another one.
Monday
Similarity can be misleading
In a recent series of posts ([3], [4], [5]) on similarity in cognitive maps and cause maps I outlined the importance of similarity. I wrote that similarity is one way to find undiscovered links. These new links, in turn, would show where participants (of the Causal Cognitive Mapping exercise) have common grounds. That is important, do not get me wrong. But an overemphasis may be misleading.
A second order approach to cognitive mapping
That is quite a title. Let's go through the terms and start with...
Cognitive Mapping
Cognitive mapping is about translating the thoughts of a person into a map. Such a map usually consists of statements that capture the thoughts of that person. These statements are usually depicted as rectangles that are linked with arrows that express some relationship between them. So you end up with a crowded map with a bunch of rectangles and arrows. To top it off you can merge cognitive maps of different persons into a single one which then gives you a cause map. Figure 1 shows a zoomed out example.
Figure 1 Cause map of the World3 model [1] (colours represent [scattered] clusters)
Second order approach
Second order approach - that is more difficult.
Cognitive Mapping
Cognitive mapping is about translating the thoughts of a person into a map. Such a map usually consists of statements that capture the thoughts of that person. These statements are usually depicted as rectangles that are linked with arrows that express some relationship between them. So you end up with a crowded map with a bunch of rectangles and arrows. To top it off you can merge cognitive maps of different persons into a single one which then gives you a cause map. Figure 1 shows a zoomed out example.
Figure 1 Cause map of the World3 model [1] (colours represent [scattered] clusters)
Second order approach
Second order approach - that is more difficult.
Wednesday
Causal Cognitive Mapping as innovative interview method?
Causal Cognitive Mapping [1] is, on a first look, a way to draw maps (a bunch of text statements connected with arrows; see also figure 1 left). But that is like saying the portrait is the art. What about the artist and the person portrayed? Often, cognitive maps are developed within an interview. Therefore, you may well consider Causal Cognitive Mapping as an interview method - but not a general one. Each map is structured so that, as a whole, bottom assertions and options lead over actions or strategies to top goals or values (figure 1 right and left).
Figure 1 How a map looks like (zoomed out)
Figure 1 How a map looks like (zoomed out)
Thursday
Dealing with the uncertainty of similarity in cognitive maps and cause maps
In earlier posts [1][2] I outlined how difficult it is finding similar statements within a cause map that possibly can be merged and/or linked together. Such mergers or links indicate potential common grounds among interviewees.
In this post I will be sharing my approach as employed in my first medium sized map. I was dealing with 7 cognitive maps weaved together into a cause map that eventually amounted to about 350 statements and 450 links. That makes 60 000 statement to compare in order to make sure that I have checked every combination for similarity. Not even close to manageable. So I went with computer-supported strategies.
In this post I will be sharing my approach as employed in my first medium sized map. I was dealing with 7 cognitive maps weaved together into a cause map that eventually amounted to about 350 statements and 450 links. That makes 60 000 statement to compare in order to make sure that I have checked every combination for similarity. Not even close to manageable. So I went with computer-supported strategies.
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