Ethnoecology, Resource Use, Conservation And Development In A ...
Ethnoecology, Resource Use, Conservation And Development In A ...
Ethnoecology, Resource Use, Conservation And Development In A ...
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as concrete stimuli for responses. <strong>In</strong>terviewees could be asked to pick out the plants<br />
eaten by a particular animal, asked whether a particular animal eats the species<br />
represented by each voucher specimen in turn, or asked to list the animals who feed<br />
on each species in turn, depending on the aims and setting of the study and the time<br />
available. It is clear that for ethnoecological information to be scientifically useful<br />
requires translation of the local botanical and zoological lexicons, and for this as well<br />
as the methodological use that can be made of voucher specimens, a study such as<br />
this one would be most effectively conducted in conjunction with a thorough study of<br />
ethnonomenclature, especially of plants.<br />
The methodological improvements suggested would significantly increase the<br />
research effort involved in recording ethnoecological knowledge. To what extent any<br />
particular research project would incorporate them would depend on its exact aims<br />
and the resources available. <strong>In</strong> the present study, a large and potentially valuable<br />
ethnoecological data set was developed without employing such a rigorous<br />
methodology. However, in a situation where an effort was being made to record<br />
information on the local ecology, the advantages of implementing a full<br />
ethnoecological research programme would easily justify the effort. The gathering of<br />
a comparable set of baseline data on the local ecology by conventional methods<br />
would require substantially more in the way of time, expense, and employment of<br />
external technical expertise.<br />
7.14.3 Conclusion<br />
This analysis shows the ethnoecological data set to be accurate, but to exhibit<br />
particular limitations. Dietary data is incomplete, and in certain subject areas it is<br />
difficult to elicit reliable information. The latter may result from the occurrence of<br />
contradictory responses that are hard to reconcile with each other, in which case<br />
reliable observations given by some informants may be obscured by unreliable<br />
answers on the part of others less competent in the subject area. <strong>In</strong> some subject<br />
areas responses were incompatible with basic biological theory, reflecting domains of<br />
thought structured on bases other than empiricism. The methodological<br />
improvements suggested, and those that may be conceived and enacted by future<br />
researchers in this field, hold the potential to address these limitations somewhat.<br />
However, there is also an extent to which they appear inherent: not all subject areas<br />
in the biological sciences are amenable to investigation by ethnoecological methods.<br />
It is notable that the subject areas in which explicit ethnoecological knowledge<br />
was found to be deficient are among those key to management programmes based