Qualitative_data_analysis
Qualitative_data_analysis
Qualitative_data_analysis
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MANAGING DATA 85<br />
‘Show the full reference for the selected question’—or words to that effect—<br />
typically menu items are rather less verbose.<br />
Another area where this facility can save work is indexing cases. Rather than<br />
compiling our own index of cases, the computer can do it for us. If we decide to<br />
amend a case reference, the computer can locate the appropriate reference in the index<br />
and amend it accordingly. We don’t have to do a thing. A case index is useful, of<br />
course, for keeping track of <strong>data</strong>; but with the computer, we can also use it to locate<br />
cases immediately within the filing system. Once again, the computer does the work,<br />
and we no longer have to rummage through the filing cabinet looking for the right<br />
file.<br />
One way of making <strong>data</strong> more manageable is to reduce it. This is another<br />
procedure which provokes a certain amount of anxiety amongst analysts. If we can<br />
reduce the amount of <strong>data</strong> we have to work with, then we can concentrate on what<br />
is important and our <strong>analysis</strong> should become more efficient. There is little point in<br />
reading through more than once any <strong>data</strong> which is clearly irrelevant to the <strong>analysis</strong>.<br />
Why not eliminate it—or at least, summarize it? The reason lies in a natural<br />
reluctance to ‘tamper’ with the <strong>data</strong>, and concern over what may or may not<br />
become relevant as the <strong>analysis</strong> unfolds. Today’s irrelevant digression may contain<br />
tomorrow’s illuminating insight. This uncertainty encourages a natural caution<br />
when it comes to dispensing with <strong>data</strong>.<br />
Once again, the computer can come to our rescue. Using the computer, we can<br />
reconcile our interest in efficiency with our concern over relevance; we can reduce<br />
the <strong>data</strong> without risk. Data which is clearly irrelevant at the outset of the <strong>analysis</strong><br />
can be summarized; a page of tangents can be reduced to one pithy synopsis. The<br />
computer allows us to do this ‘without risk’, because we can instantly locate or<br />
restore the original <strong>data</strong> if we wish. This is possible because the computer can make<br />
a direct connection between our summary and the original <strong>data</strong>, assuming that we<br />
always work with a copy of the <strong>data</strong> and keep the original material stored on a<br />
separate disk.<br />
The virtue of summarizing <strong>data</strong> is not only in the greater efficiency with which<br />
we can subsequently deal with the <strong>data</strong>. Summarizing is not just an investment: it<br />
can have an immediate pay-off, for it also obliges us to consider the question of<br />
relevance at the very outset of our <strong>analysis</strong>. In deciding whether or not <strong>data</strong> is<br />
‘relevant’ we have also to decide what it is (ir)relevant for. The purposes and<br />
parameters of the <strong>analysis</strong> are implicit in these decisions, and we can clarify them by<br />
considering carefully the criteria upon which decisions about relevance are based.<br />
From this point of view, there may be analytic benefits from summarizing <strong>data</strong><br />
irrespective of how much <strong>data</strong> we have or how relevant it all appears. It is only if we<br />
ignore the underlying analytic issues that summarizing may seem a tedious and<br />
mechanical chore.