Status of Human Dimensions Surveys Sponsored by State and Provincial Fisheries Management Agencies in North America

Fisheries ◽  
1996 ◽  
Vol 21 (11) ◽  
pp. 12-17 ◽  
Author(s):  
Gene R. Wilde ◽  
Robert B. Ditton ◽  
Shepherd R. Grimes ◽  
Robin K. Riechers

<em>Abstract</em>.—Walleyes <em>Sander vitreus </em>are commonly stocked into reservoirs across North America, but success of these stockings has been variable, and few stockings have been thoroughly evaluated. We examined six factors that may affect survival of small walleye fingerlings (25–50 mm total length) stocked into two large Missouri reservoirs: (1) initial health of stocked fish, (2) handling and transportation stress, (3) water temperature in transport and receiving waters, (4) prey abundance in receiving waters, (5) losses from predation, and (6) growth of stocked fish. Fingerlings were marked with oxytetracycline hydrochloride and stocked into Smithville and Stockton lakes in alternate years from 1998 to 2006, usually at a rate of 70–80 fish/ha. None of the measured survival factors was related to a relative survival index (ratio of the number of age-0 captured/h of October electrofishing to the number stocked/ha). We also assessed whether stockings increased age-0 and adult abundance and angler catch and harvest of walleyes. For stocking years, the majority of age-0 walleyes collected in October originated from stocking for both Smithville (63–100% marked, mean = 91%) and Stockton (62–100% marked, mean = 88%) lakes. Electrofishing catch of age-0 walleyes in October was higher in stocking than in nonstocking years. Following stocking, adult abundance and angler catch and harvest of walleyes increased. Fingerling stockings improved the sport fishery for walleyes in both lakes. However, stocking will have to continue to maintain the fisheries because natural recruitment of walleyes did not increase as a result of increased adult abundance.


2021 ◽  
Vol 8 ◽  
Author(s):  
Marysia Szymkowiak

The evolution of fisheries science and management toward an ecosystem perspective necessitates the meaningful incorporation of human dimensions. Whereas great strides have been made over the last several decades at moving toward ecosystem based fisheries management (EBFM), largely through the development of integrated ecosystem assessments (IEAs), the inclusion of human dimensions into these efforts has often been fragmentary and, in juxtaposition to the biophysical dynamics, sometimes even seemingly superficial. This presents a great challenge to the accuracy and applicability of these results, as the lack of appropriate incorporation of humans can be problematic in terms of both social and biophysical consequences. This study systematically documents current social science understanding of the multiple human dimensions that should be incorporated within ecosystem assessments and the overall approach to each of these within IEAs and other EBFM efforts. These dimensions include the multi-faceted nature of human well-being, heterogeneity in human well-being derived from fisheries, adaptive behaviors, and cumulative effects. The systematic inclusion of these dimensions into IEAs is then laid out in a conceptual framework that details how a perturbation reverberates through a fisheries system and the iterative approach that should be undertaken to understand its impacts on human dimensions. This framework is supplemented with a data collection scheme that is intended to facilitate operationalization. The detailed examination of incorporating human dimensions within IEAs presented in this study should further resonate with other ecosystem assessment efforts, providing not just ample evidence of the need for moving beyond simplistic assumptions of human homogeneity but a means of systematically integrating a more realistic and representative perspective.


<i>Abstract</i>.—The study of ecosystems, such as the Gulf of Maine, and efforts to realize the objectives of ecosystem-based management are proceeding apace, but the so-called “human dimensions” need greater attention, rhetoric notwithstanding. They are mainly limited to representations of the anthropogenic effects of people and their artifacts and activities, such as overfishing, pollution, or drilling for oil. The relevant ecosystem has inputs from people but does not include them. As in standard fisheries management, the people are relegated to a single indicator, “F,” fishing mortality, and perhaps, if we push it a bit, in “E” for effort, as in CPUE (catch per unit effort). Making it ecosystem-based adds small “e” to equations, or elaborates on matters such as predation, competition, sea surface temperatures, but does no more for the people involved. We tend to keep people out of the “ecosystem,” despite much rhetoric to the contrary. If we want to take this seriously, we need to address not only the above notion of anthropogenic influences on a nonhuman ecosystem, but also “social and economic impact” and related analyses, and recent efforts at understanding “coupled natural and human systems.” Throughout, we should not lose sight of the critical roles of people as actors—in tragedies, comedies, and other dramas of the commons— and as chroniclers and witnesses.


<i>Abstract</i> .—There is a need to better understand the perspectives of various recreational fishing stakeholder groups regarding key issues related to fisheries sustainability. To provide a first snapshot and to inform future human dimension studies in this area, we distributed a Web-based open-access survey to fisheries researchers, fisheries managers, and anglers in North America. Attitudes of these respondents towards issues such as overharvest, impacts of catch and release, recreational fisheries management, and research priorities for the future were assessed. We found similar opinions and perspectives by the responding recreational anglers, managers, and researchers on a number of issues, such as the perceived impact of commercial fishing contributing to fish stock declines, the perceived importance of using and promoting gear that minimizes stress and injury to individual fish when fish are to be released, and the belief that conflicts among stakeholders is growing as is the global anti-fishing movement based on animal rights thinking. Differences among responding groups included that researchers tended to be more concerned than anglers and managers with the potential of recreational angling contributing to fish stock declines. Responding anglers were also less content with their involvement in the fisheries management process than were responding managers and researchers, and these anglers also indicated a greater desire for more human dimensions research on understanding angler attitudes and behavior than was evident for responding managers and researchers. This preliminary survey revealed some variation in attitudes among recreational fisheries stakeholders. However, due to lack of random sampling, the study results cannot be extrapolated to the population level. We nevertheless conclude that improved communication and better understanding about the different perspectives among fisheries researchers, managers, and anglers and intrasectorally among different angling groups are needed, particularly when addressing contentious issues of relevance for the entire recreational fishing sector.


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