Qualitative_data_analysis
Qualitative_data_analysis
Qualitative_data_analysis
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208 QUALITATIVE DATA ANALYSIS<br />
<strong>data</strong>. Only prejudice would prevent us from using this information if it can help us<br />
to identify patterns within the <strong>data</strong>.<br />
On the other hand, we are faced with a matrix whose meaning has been reduced<br />
to whether or not a category has been assigned to the <strong>data</strong>. The interpretation of<br />
this information depends entirely upon the decisions we have made in creating<br />
categories and assigning them to the <strong>data</strong>. We may be wary, therefore, of drawing<br />
conclusions on the basis of such limited evidence. Any inferences we can draw about<br />
regularities and variation in the <strong>data</strong> must reflect the confidence we can place in our<br />
initial conceptualizations. The matrix can be useful, but we may need to return to<br />
the original <strong>data</strong> as often as possible, for confirmation of patterns apparent within<br />
the <strong>data</strong> or to reexamine and modify our earlier judgements. With its facilities for<br />
searching and retrieving <strong>data</strong>, the computer should make it possible to do so with a<br />
minimum of fuss.<br />
If our variables describe properties of cases, we may be able to ‘recode’ these values<br />
to make a more meaningful classification. Suppose, for example, that it made sense<br />
to think of the degree to which these letters rely upon stereotypes of artistic<br />
temperament. Then we might ‘recode’ our <strong>data</strong> to discriminate between those<br />
where Woody Allen relies heavily on artistic stereotypes and those where he doesn’t<br />
use them much if at all. We might distinguish two or more values of the variable<br />
‘temperament’, such as ‘high’ and ‘low’. To recode the <strong>data</strong> in terms of these values,<br />
we would need to identify a cut-off point above which the existing values would be<br />
recoded as ‘high’ and below which they would be recoded as ‘low’. Of course we<br />
also have to decide whether to record values which are at the cut-off point itself as<br />
‘high’ or ‘low’. Deciding where to make a cut-off point is a conceptual and<br />
empirical problem. Empirically, we may be influenced largely by the pattern of<br />
existing values. Is there a natural break in the <strong>data</strong>? Does some subdivision of the<br />
range of values (e.g. midway) give a useful distinction between ‘high’ and ‘low’<br />
values? Conceptually, we have to be sure that it is meaningful to describe some<br />
values as ‘high’ and others as ‘low’. These are of course relative terms, and we have<br />
to consider the context in which they are made. If stereotypes of artistic<br />
temperament are used five times in the space of a short letter, can this reasonably<br />
described as ‘heavy’ usage?<br />
By reducing the number of values, we not only summarize the <strong>data</strong> but also<br />
render it more intelligible. We translate numbers into meaningful values. Our<br />
measurement may be less exact, but our classification is more useful. The matrix in<br />
Table 13.7 shows one possible recoding of the values in Table 13.6.<br />
We can see at a glance the patterns of usage for some of the main categories in<br />
our <strong>analysis</strong>. On the other hand, these patterns are a product of a series of decisions<br />
we have made in interpreting the <strong>data</strong> through categorizing and recoding it. We<br />
must therefore avoid any presumption that in some sense they really exist in the