Translation Universals.pdf - ymerleksi - home
Translation Universals.pdf - ymerleksi - home
Translation Universals.pdf - ymerleksi - home
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26 Gideon Toury<br />
The most basic format seems to be as follows:<br />
If1and2,and3,and...∞, then there is great likelihood that X (or else:<br />
small likelihood that no-X)<br />
where the numbers (1, 2, 3, . . . ∞) stand for the different variables which may<br />
have an effect on the selection of a translational behavior and X – for the<br />
kind of behavior actually opted for, or, more appropriately (from the point<br />
of view of most research paradigms, which are retrospective in nature), the<br />
external manifestations of its execution, as behavior is not really observable in<br />
any direct way.<br />
Another variant, which might be easier to use, would be:<br />
For example,<br />
Thepresenceof1,2,3,...∞ enhances the likelihood that X (or: reduces<br />
the likelihood that no-X)<br />
The coincidence of lack of experience (variable 1) and fatigue (variable<br />
2) increases the likelihood that translational procedures will be applied<br />
to small and/or low-level textual-linguistic entities (or: reduces the likelihood<br />
that they will be applied to long and/or high-level ones, not to<br />
mention the text ‘as a whole’, which is a misleading concept anyway.)<br />
(Note that no claim to validity was made. This example was intended as<br />
an illustration of the format only, and questions of validity seem premature<br />
anyway. The same holds for the magnitude of the said increase (that is, the<br />
probability of the occurrence of each kind of behavior under each condition),<br />
and hence its statistical significance. All these, and much more, still await<br />
targeted research.)<br />
To be sure, even the second formulation is not really appropriate, if only<br />
because it reflects linear reasoning: the variables are taken up one by one and<br />
ordered consecutively, as if each one of them were operating with complete<br />
independence from all other variables. To be more acceptable, the formulation<br />
would have to take into account the above-mentioned possibility, if not<br />
likelihood, that the different variables may also affect each other. For instance:<br />
If 1 and 2, then the likelihood that X is greater than if only 1, and it is<br />
even greater when 3 is present too. The effect of 3 may be so strong that it<br />
completely overrides 1.<br />
The beginning of a more elaborate version of the previous example may look<br />
like this: