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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4.3). Tapirs represent a unique case, owing to the apparent existence of special<br />
mechanisms regulating their hunting (chapters 5.3, 5.5). The others are the largest<br />
species of primate found in the area, which I chose partly out of personal interest, but<br />
also because they are generally more amenable to direct observation than other, non-<br />
arboreal species of neotropical mammal and, for the larger species at least, relatively<br />
good ecological data sets are available for comparison.<br />
For the purpose of analysis, interview data was separated into two categories:<br />
specific dietary information, and information on all other aspects of ecology. Dietary<br />
information was encoded into spreadsheet on a species-by-species basis thus: the<br />
text of each interview was examined and all food items mentioned listed. The data<br />
from all interviews about a particular species was aggregated into a single<br />
spreadsheet with a single column for each interviewee, a row for each different food<br />
item mentioned: each cell was given the value '1' if that food item was mentioned by<br />
that interviewee, '0' if not. The matrix thus created for each species was used as the<br />
basis for analysis. The majority of the data on other aspects of synecology could not<br />
easily be encoded in this binary format. Each interview on a particular animal species<br />
was read and the information therein assigned to topics in a flexible, open-ended<br />
fashion. Similar spreadsheets were constructed for each species, each column again<br />
representing one interviewee and each row one topic, or related theme. The nature of<br />
the topics was determined by a pragmatic consideration of the information contained<br />
in interviews, for the purpose of uniting related information given by different<br />
interviewees in a single row of the spreadsheet in order that the latter gave a clear<br />
overview of the sum of the information elicited. No topics were fixed a priori<br />
(although some, such as group size, invariably occurred) and as many topics as were<br />
necessary to accommodate all the information were employed in each case. Each of<br />
these second set of spreadsheets was examined and used as the basis of a written<br />
summary of the interview data for each particular species.<br />
6.3 Results<br />
This section summarises the ethnoecological data set for each species in turn. It<br />
indicates how a consensus was (or was not) determined from the ethnoecological<br />
data, prior to the comparison with ecological data presented in chapter 7. <strong>In</strong> all cases,<br />
I attempted to be as objective as possible in determining consensus. Although in<br />
most cases a clear answer emerged from the combined responses of all those<br />
interviewed on a particular species, there is no method which allowed for the<br />
reconciliation of qualitative responses while totally eliminating personal judgement on