TY - JOUR
T1 - Perceptions as indicators of potential risk from fish consumption and health of fish populations
AU - Burger, Joanna
N1 - Funding Information:
I thank the many people who have contributed to various aspects of my research and thinking about indicators and ecosystem health, including M. Gochfeld, M. Greenberg, B.D. Goldstein, C.W. Powers, C. Chess, and K. Cooper, and others who have contributed logistical support, including C. Jeitner, S. Shukla, M. Donio, Corinne Alberghini, and Erica Mueller. This research was conducted under approved Rutgers University protocols, and was partly funded by the Division of Science, Research and Technology, New Jersey Department of Environmental Protection, the Jersey Coast Angler’s Association, the National Institute of Environmental Health Sciences Center (P30ES005022), a Hatch grant, and the Consortium for Risk Evaluation with Stakeholder Participation (DE-FC01-06EW07053).
PY - 2008/4
Y1 - 2008/4
N2 - Government, scientists, managers, and the public are interested in assessing the health of ecosystems and their component parts, including humans. Indicators normally provide information on individuals, species, communities or ecosystems, and are characteristics of individuals or populations, such as contaminant levels, abnormalities, cancers, diseases, reproductive success, and survival. This paper recommends the development of indicators reflecting attitudes and perceptions that influence behavior, which then affect exposure, as well as species and ecosystem management. Interviews were conducted (N = 329) of people from Barnegat Bay New Jersey, the NY/NJ harbor, and Long Island to examine fishing behavior, consumption patterns, perceptions of consumption advisories and contaminants of concern, and the health of local fish populations. Using fish, fishing, and fish consumption as a case study, indicators of perception and attitudes are described that will be useful in exposure analysis, risk analysis and management, and ecosystem management. Average monthly consumption was five fish meals/month (2.1 from self-caught fish). The primary reasons people went fishing were to be outdoors, relax and engage in recreation. Most respondents (62%) thought fish populations were declining, due mainly to overfishing and pollution; some (27%) thought they were increasing because of regulations and improved water quality (mainly in Barnegat Bay). I suggest that information on (and methodologies used to assess) fishing, fish consumption, knowledge of consumption advisories, perceptions of appropriate information sources, and knowledge about fish populations should be formalized into indicators that can be used uniformly over spatial and temporal scales to provide comparability among and within regions and years.
AB - Government, scientists, managers, and the public are interested in assessing the health of ecosystems and their component parts, including humans. Indicators normally provide information on individuals, species, communities or ecosystems, and are characteristics of individuals or populations, such as contaminant levels, abnormalities, cancers, diseases, reproductive success, and survival. This paper recommends the development of indicators reflecting attitudes and perceptions that influence behavior, which then affect exposure, as well as species and ecosystem management. Interviews were conducted (N = 329) of people from Barnegat Bay New Jersey, the NY/NJ harbor, and Long Island to examine fishing behavior, consumption patterns, perceptions of consumption advisories and contaminants of concern, and the health of local fish populations. Using fish, fishing, and fish consumption as a case study, indicators of perception and attitudes are described that will be useful in exposure analysis, risk analysis and management, and ecosystem management. Average monthly consumption was five fish meals/month (2.1 from self-caught fish). The primary reasons people went fishing were to be outdoors, relax and engage in recreation. Most respondents (62%) thought fish populations were declining, due mainly to overfishing and pollution; some (27%) thought they were increasing because of regulations and improved water quality (mainly in Barnegat Bay). I suggest that information on (and methodologies used to assess) fishing, fish consumption, knowledge of consumption advisories, perceptions of appropriate information sources, and knowledge about fish populations should be formalized into indicators that can be used uniformly over spatial and temporal scales to provide comparability among and within regions and years.
KW - Awareness of warnings
KW - Consumption advisories
KW - Ecosystem health
KW - Fish consumption
KW - Fish health
KW - Indicators
KW - Perceptions
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U2 - 10.1080/15555270802216065
DO - 10.1080/15555270802216065
M3 - Article
AN - SCOPUS:49949090722
SN - 1555-5275
VL - 3
SP - 90
EP - 105
JO - Environmental Bioindicators
JF - Environmental Bioindicators
IS - 2
ER -