Qualitative_data_analysis
Qualitative_data_analysis
Qualitative_data_analysis
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122 QUALITATIVE DATA ANALYSIS<br />
selection for us. Incidentally, this facility makes the use of ‘codes’ in place of<br />
categories rather redundant. The rationale for using codes is to abbreviate category<br />
names and so reduce to a minimum the task of writing (or typing) out long names.<br />
The drawback is the loss of intelligibility. Such codes are no longer required,<br />
although there may still be some virtue in abbreviating category names to make<br />
them shorter, providing they remain intelligible.<br />
Another software facility to support the process of categorization is ‘linking’<br />
through Hypertext procedures. We shall consider the use of Hypertext ‘linking’ to<br />
analyse substantive relations within the <strong>data</strong> in a later chapter. Meantime, we should<br />
note that linking can give us immediate access to information which may be useful<br />
in assigning categories. For example, suppose we have a ‘dictionary’ containing<br />
conceptual ‘definitions’ of the categories we are using. By ‘linking’ the categories in<br />
our list to the categories in our dictionary the computer can give us direct access to<br />
our current definition for any category. We can also locate empirical examples of<br />
bits of <strong>data</strong> which we have previously assigned to the category. Both of these<br />
contribute to the meaning of our category, and the ability to review quickly the<br />
current definition and previous assignations of any category can help make<br />
categorization a more efficient and reliable process.<br />
Let us turn now to some of the conceptual issues which arise when we assign<br />
categories to the <strong>data</strong>. The first question we encounter involves deciding what<br />
constitutes a ‘bit’ of <strong>data</strong>. Again, there is no ‘right’ answer to this question. We may<br />
want to categorize words, lines, sentences or paragraphs. Sometimes computer<br />
software may limit our options, for example where bits of <strong>data</strong> are identified<br />
through line numbering rather than free selection within the text. Whatever we<br />
decide, we should aim for some consistency in the size of the bits we categorize,<br />
especially if we want to assess later the weight of evidence supporting our <strong>analysis</strong> by<br />
considering the number of bits we have assigned to a category. At the same time, we<br />
need to be flexible, and take account of the varying character of the <strong>data</strong>. A long<br />
sentence may contain more ‘bits’ than a short paragraph. Grammar can only serve as<br />
a rule-of-thumb guide to selecting bits. Since ideas can be expressed succinctly or<br />
expansively, the number of words is less important than the meaning they convey.<br />
The underlying consideration should be the relevant ‘unit of meaning’ which is<br />
conveyed by content rather than form. Does the bit of <strong>data</strong> present an intelligible<br />
and coherent point which is in some sense self-sufficient, even if we cannot fully<br />
grasp its meaning out of context? We may look for natural breaks and transitions<br />
within the <strong>data</strong>—often but not invariably reflected in its grammar—which<br />
distinguish one ‘unit of meaning’ from another. This process of breaking up the<br />
<strong>data</strong> is inevitably to some extent arbitrary. But just as we would look askance at a<br />
jigsaw puzzle where some of the pieces were very small and some very large, so we