Qualitative_data_analysis
Qualitative_data_analysis
Qualitative_data_analysis
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28 QUALITATIVE DATA ANALYSIS<br />
into different categories by ‘years’ may be very hard to interpret, Therefore we may<br />
prefer to reclassify ‘years’ <strong>data</strong> in terms of age groups e.g. ‘under twenty-fives’ etc.<br />
which are more meaningful, even though we cannot then measure just how old<br />
those in each age group are.<br />
Problems of interpretation are pervasive in any science, whether we are thinking<br />
of ‘strange attractors’ in physics, ‘black holes’ in astronomy or the ‘nuclear family’ in<br />
social science. Numbers are never enough: they have to refer to concepts established<br />
through qualitative <strong>analysis</strong>. While quantities are powerful precisely because of the<br />
complex mathematical operations they permit, they mean nothing in themselves<br />
unless they are based on meaningful conceptualizations. In other words, social<br />
science (and science for that matter) without qualitative <strong>data</strong> would not connect up<br />
with the world in which we live.<br />
If it is folly to disregard the problems of meaning in science, it is also folly to<br />
discount the contribution of numbers in analysing qualitative <strong>data</strong>. When<br />
A.E.Maxwell, the Senior Lecturer in Statistics at the Institute of Psychiatry in the<br />
University of London, wrote about ‘Analysing <strong>Qualitative</strong> Data’ three decades ago,<br />
he explained to his readers that his book could have been called ‘Chi-Square tests’<br />
(Maxwell 1961). At that time, it was taken for granted that qualitative <strong>analysis</strong><br />
meant the statistical <strong>analysis</strong> of variables which were not amenable to more<br />
quantitative measurement. Now, we take for granted precisely the opposite: that no<br />
book on qualitative <strong>data</strong> <strong>analysis</strong> will be concerned with the statistical <strong>analysis</strong>. This<br />
shift in paradigm has had some virtue, for it has placed more emphasis on the<br />
meaning and interpretation of <strong>data</strong> through the processes of description and<br />
classification. However, this emphasis also exaggerates distinctions between<br />
alternative methods which ought more properly to be viewed as partners than as<br />
competitors.<br />
It may indeed be difficult if not irrelevant to count examples, if our <strong>data</strong> is<br />
entirely descriptive and we are analysing singularities rather than looking for<br />
patterns within our <strong>data</strong>. However, as I suggested earlier, even ‘singularities’ are<br />
likely to be embedded in a language full of more or less implicit comparisons and<br />
classifications. My daughter cannot tell me what happened at school today without<br />
them. Classification is not just a product of structured interview schedules; it is the<br />
stuff of everyday thinking. One of the main aims of <strong>analysis</strong> may be to recognize<br />
and make explicit the classifications used by subjects. Another may be the<br />
development of the analyst’s own classification of the <strong>data</strong>. But once <strong>data</strong> has been<br />
classified, it can be counted.<br />
Enumeration is implicit in the idea of measurement as recognition of a limit or<br />
boundary. Once we recognize the boundaries to some phenomenon, we can<br />
recognize and therefore enumerate examples of that phenomenon. Once we know