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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6.2.2 Mechanisms of acquisition of ethnoecological knowledge<br />
<strong>In</strong>terviews on ethnoecology often provided useful insights into how the knowledge<br />
reported was acquired, via the statements of interviewees about how they came to<br />
know a particular fact. The most important point to be made is that most of the<br />
information provided appears to be empirical. When someone told me something<br />
based on something other than direct personal experience, they generally qualified it<br />
as such, and this nonetheless was relatively rare. Statements about the sources of<br />
information indicated that a subset of the methods employed in biological research is<br />
effectively employed.<br />
Direct observation is of major importance, particularly for arboreal species such<br />
as primates and many birds. This generally takes place on a casual basis, and not in<br />
the sustained and repeated fashion employed in biological research. Some people do<br />
go out of their way to observe animals and learn more about their behaviour. One<br />
interviewee, for example, told me that he had climbed a tree used for sleeping by<br />
spider monkeys, in order to observe their distribution and posture when asleep. The<br />
observation and interpretation of animal spoor is also commonly practiced, and is<br />
perhaps more important for many of the less easily observed species. I had many<br />
opportunities to observe this in practice when with people in the forest. Tracks and<br />
feeding signs are closely observed and interpreted, and dung may be examined for<br />
evidence of current diet. The diets of hunted animals are also revealed by inspection<br />
of gut contents, during the cleaning of carcasses in preparation for preservation or<br />
cooking.<br />
6.2.3 Organisation and analysis of ethnoecological data<br />
The discussion that follows is largely restricted to the data obtained in formal<br />
interviews, as this method can be treated as fairly standard for analytical purposes. A<br />
total of 204 interviews were conducted on the ecology of named animal species. For<br />
a number of species in the focal groups, there were interviews with several different<br />
informants, and these sets of interviews formed the basis of detailed analysis. The<br />
species concerned were: Tayassu tajacu (11 interviewees), T. pecari (15), Tapirus<br />
terrestris (13), Mazama americana (13), Agouti paca (14), Dasyprocta agouti (12),<br />
Ateles paniscus (12), Alouatta seniculus (9), Cebus apella (7), C. olivaceus (5),<br />
Pithecia pithecia (7), Chiropotes satanas (5) and Saimiri sciureus (7). Two different<br />
rationales were employed in selecting these species for in-depth research. The first<br />
applies to the first six species, five of whom were shown by the results on Wapishana<br />
cultural ecology to be among the most important game animals locally (see chapter