Aboriginal fisher perspectives on use of biotelemetry technology to study adult Pacific salmon

Biotelemetry has become a popular tool accepted by the scientific community as a reliable approach for studying wild fish. However, stakeholder perspectives on scientific techniques and the information they generate are not uniformly positive. Aboriginal groups in particular may have opposi...

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Main Authors: Nguyen V. M., Raby G. D., Hinch S. G., Cooke S. J.
Format: Article
Language:English
Published: EDP Sciences 2012-12-01
Series:Knowledge and Management of Aquatic Ecosystems
Subjects:
Online Access:http://dx.doi.org/10.1051/kmae/2012025
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spelling doaj-96e0e7ac4a7c419eac55341a0ce325b02020-11-24T22:05:05ZengEDP SciencesKnowledge and Management of Aquatic Ecosystems1961-95022012-12-0104060810.1051/kmae/2012025kmae120058Aboriginal fisher perspectives on use of biotelemetry technology to study adult Pacific salmonNguyen V. M.0Raby G. D.1Hinch S. G.2Cooke S. J.3Fish Ecology and Conservation Physiology Laboratory, Carleton University Department of BiologyFish Ecology and Conservation Physiology Laboratory, Carleton University Department of BiologyPacific Salmon Ecology and Conservation Laboratory, Centre of Applied Conservation Research and Department of Forest Sciences, University of British ColumbiaFish Ecology and Conservation Physiology Laboratory, Carleton University Department of Biology Biotelemetry has become a popular tool accepted by the scientific community as a reliable approach for studying wild fish. However, stakeholder perspectives on scientific techniques and the information they generate are not uniformly positive. Aboriginal groups in particular may have opposition or apprehension to telemetry as a research tool. To that end, we conducted a river-bank survey of 111 aboriginal First Nations fishers that target adult Pacific salmon in the lower Fraser River, British Columbia, Canada. The majority of respondents had heard of telemetry, but few had knowledge of its function. Most responses regarding the use of telemetry in fisheries science were positive. The few negative perspectives were primarily concerned about the effects of tagging procedures whereas positive perspectives arose because telemetry was perceived to generate information on migration patterns and survival. Over half of the respondents would trust data arising from telemetry studies, but some had conditions related to the group conducting the research and their experience with fish handling. Several respondents noted the need for additional consultation and outreach with aboriginal communities (especially fishers) to better inform them of study questions and techniques which, in the case of telemetry studies, could promote better participation in tag return programs and uptake of knowledge emanating from use of telemetry. http://dx.doi.org/10.1051/kmae/2012025telemetry scienceaboriginal fisherradio-trackingtaggingfisher attitude
collection DOAJ
language English
format Article
sources DOAJ
author Nguyen V. M.
Raby G. D.
Hinch S. G.
Cooke S. J.
spellingShingle Nguyen V. M.
Raby G. D.
Hinch S. G.
Cooke S. J.
Aboriginal fisher perspectives on use of biotelemetry technology to study adult Pacific salmon
Knowledge and Management of Aquatic Ecosystems
telemetry science
aboriginal fisher
radio-tracking
tagging
fisher attitude
author_facet Nguyen V. M.
Raby G. D.
Hinch S. G.
Cooke S. J.
author_sort Nguyen V. M.
title Aboriginal fisher perspectives on use of biotelemetry technology to study adult Pacific salmon
title_short Aboriginal fisher perspectives on use of biotelemetry technology to study adult Pacific salmon
title_full Aboriginal fisher perspectives on use of biotelemetry technology to study adult Pacific salmon
title_fullStr Aboriginal fisher perspectives on use of biotelemetry technology to study adult Pacific salmon
title_full_unstemmed Aboriginal fisher perspectives on use of biotelemetry technology to study adult Pacific salmon
title_sort aboriginal fisher perspectives on use of biotelemetry technology to study adult pacific salmon
publisher EDP Sciences
series Knowledge and Management of Aquatic Ecosystems
issn 1961-9502
publishDate 2012-12-01
description Biotelemetry has become a popular tool accepted by the scientific community as a reliable approach for studying wild fish. However, stakeholder perspectives on scientific techniques and the information they generate are not uniformly positive. Aboriginal groups in particular may have opposition or apprehension to telemetry as a research tool. To that end, we conducted a river-bank survey of 111 aboriginal First Nations fishers that target adult Pacific salmon in the lower Fraser River, British Columbia, Canada. The majority of respondents had heard of telemetry, but few had knowledge of its function. Most responses regarding the use of telemetry in fisheries science were positive. The few negative perspectives were primarily concerned about the effects of tagging procedures whereas positive perspectives arose because telemetry was perceived to generate information on migration patterns and survival. Over half of the respondents would trust data arising from telemetry studies, but some had conditions related to the group conducting the research and their experience with fish handling. Several respondents noted the need for additional consultation and outreach with aboriginal communities (especially fishers) to better inform them of study questions and techniques which, in the case of telemetry studies, could promote better participation in tag return programs and uptake of knowledge emanating from use of telemetry.
topic telemetry science
aboriginal fisher
radio-tracking
tagging
fisher attitude
url http://dx.doi.org/10.1051/kmae/2012025
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