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• 1. [Article] Parallel Agreements in Fisheries Mangamenet

  Abstract only.

  Citation × Citation Citation Abstract Copy Title: Parallel Agreements in Fisheries Mangamenet Author: Lindroos, Marko, Kronbak, Lone Grønbæk Abstract only. Title: Parallel Agreements in Fisheries Mangamenet Author: Lindroos, Marko, Kronbak, Lone Grønbæk Abstract only. Close

• 2. [Article] Biological invasion of a fishery by a space competitor: dynamic optimisation of the control program

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  Citation × Citation Citation Abstract Copy Title: Biological invasion of a fishery by a space competitor: dynamic optimisation of the control program Author: Fresard, Marjolaine, Boncoeur, Jean Abstract only. Title: Biological invasion of a fishery by a space competitor: dynamic optimisation of the control program Author: Fresard, Marjolaine, Boncoeur, Jean Abstract only. Close

• 3. [Article] Bio-Economic Evaluation of Implementing Selective Gears

  Abstract only.

  Citation × Citation Citation Abstract Copy Title: Bio-Economic Evaluation of Implementing Selective Gears Author: Jørgensen, Ole, Grønbæk Kronbak, Lone, Nielsen, Rasmus, Vestergaard, Niels Abstract only. Title: Bio-Economic Evaluation of Implementing Selective Gears Author: Jørgensen, Ole, Grønbæk Kronbak, Lone, Nielsen, Rasmus, Vestergaard, Niels Abstract only. Close

• 4. [Article] Fishing Rights Under Various Acts and Legislations With Special Emphasis on Ornamental Fish Trade in India

  No poster available.

  Citation × Citation Citation Abstract Copy Title: Fishing Rights Under Various Acts and Legislations With Special Emphasis on Ornamental Fish Trade in India Author: Alappat, Ramachandran No poster available. Title: Fishing Rights Under Various Acts and Legislations With Special Emphasis on Ornamental Fish Trade in India Author: Alappat, Ramachandran No poster available. Close

• 5. [Article] A Bioeconomic Model of Fishery-Habitat Impacts

  Abstract only.

  Citation × Citation Citation Abstract Copy Title: A Bioeconomic Model of Fishery-Habitat Impacts Author: Kahui, Viktoria, Armstrong, Claire Abstract only. Title: A Bioeconomic Model of Fishery-Habitat Impacts Author: Kahui, Viktoria, Armstrong, Claire Abstract only. Close

• 6. [Article] Linking ecology, economics, and fleet dynamics to evaluate alternative management strategies for US West Coast trawl fisheries

  Abstract only.

  Citation × Citation Citation Abstract Copy Title: Linking ecology, economics, and fleet dynamics to evaluate alternative management strategies for US West Coast trawl fisheries Author: Kaplan, Isaac, Fulton, Elizabeth, Holland, Daniel Abstract only. Title: Linking ecology, economics, and fleet dynamics to evaluate alternative management strategies for US West Coast trawl fisheries Author: Kaplan, Isaac, Fulton, Elizabeth, Holland, Daniel Abstract only. Close

• 7. [Article] Ecological Benchmarking to Explore Alternative Fishing Schemes: The Danish Demersal Fishery in the North Sea

  Abstract only.

  Citation × Citation Citation Abstract Copy Title: Ecological Benchmarking to Explore Alternative Fishing Schemes: The Danish Demersal Fishery in the North Sea Author: Kjærsgaard, Jens, Kerstens, Kristiaan, Vestergaard, Niels Abstract only. Title: Ecological Benchmarking to Explore Alternative Fishing Schemes: The Danish Demersal Fishery in the North Sea Author: Kjærsgaard, Jens, Kerstens, Kristiaan, Vestergaard, Niels Abstract only. Close

• 8. [Article] Tev (total Economic Value) Analysis of A Marine Environment in Norway

  The push for ecosystem based management has opened up not only for including more of the natural systems when managing fish resources, but also a broader perspective on the human systems, and the diverse ...

  Citation × Citation Citation Abstract Copy Title: Tev (total Economic Value) Analysis of A Marine Environment in Norway Author: Kahui, Viktoria, Armstrong, Claire, Aanesen, Margrethe The push for ecosystem based management has opened up not only for including more of the natural systems when managing fish resources, but also a broader perspective on the human systems, and the diverse activities in the sea. This is reflected for instance in the EU Maritime Policy where fisheries is just one of many activities that marine management must take into account. Research into valuation of natural resources has shown that non-use values may be substantial in the marine environment; These are e.g. existence values, such as the existence of rare species and benthic components such as corals, and option values with regard to potential future applications, e.g. in marine bioprospecting. In addition, indirect use values, such as habitat values, recreational values and nutrient cycling often far exceed the direct use values, which are typically the value of the fisheries, aquaculture and marine tourism. Applying and critiquing the Total Economic Value (TEV) set up, we have estimated marine direct use values, including fisheries and aquaculture, indirect use values and non-use values in Nordland county in Norway, specifically connected to the Lofoten-Vesterålen marine area. Lofoten-Vesterålen is the most important spawning ground for commercial fish resources such as cod and herring, and it is also a very popular tourist destination. Yet when studying some of the other values that the marine environment supplies, these traditional values are not necessarily the most important. Title: Tev (total Economic Value) Analysis of A Marine Environment in Norway Author: Kahui, Viktoria, Armstrong, Claire, Aanesen, Margrethe The push for ecosystem based management has opened up not only for including more of the natural systems when managing fish resources, but also a broader perspective on the human systems, and the diverse activities in the sea. This is reflected for instance in the EU Maritime Policy where fisheries is just one of many activities that marine management must take into account. Research into valuation of natural resources has shown that non-use values may be substantial in the marine environment; These are e.g. existence values, such as the existence of rare species and benthic components such as corals, and option values with regard to potential future applications, e.g. in marine bioprospecting. In addition, indirect use values, such as habitat values, recreational values and nutrient cycling often far exceed the direct use values, which are typically the value of the fisheries, aquaculture and marine tourism. Applying and critiquing the Total Economic Value (TEV) set up, we have estimated marine direct use values, including fisheries and aquaculture, indirect use values and non-use values in Nordland county in Norway, specifically connected to the Lofoten-Vesterålen marine area. Lofoten-Vesterålen is the most important spawning ground for commercial fish resources such as cod and herring, and it is also a very popular tourist destination. Yet when studying some of the other values that the marine environment supplies, these traditional values are not necessarily the most important. Close

• 9. [Article] Effective Fisheries Co-management between the Ministry of Fisheries and Te Arawa an Indigenous People of Aotearoa/ New Zealand: Implementing Policy and Kaitiakitanga through a Legislative Framework

  This paper will address the effectiveness of fisheries co-management between the Ministry of Fisheries and Te Arawa a central north island indigenous tribe of Aotearoa/New Zealand. The Ministry of Fisheries, ...

  Citation × Citation Citation Abstract Copy Title: Effective Fisheries Co-management between the Ministry of Fisheries and Te Arawa an Indigenous People of Aotearoa/ New Zealand: Implementing Policy and Kaitiakitanga through a Legislative Framework Author: Gerard, Tania, Kingi, Tracey This paper will address the effectiveness of fisheries co-management between the Ministry of Fisheries and Te Arawa a central north island indigenous tribe of Aotearoa/New Zealand. The Ministry of Fisheries, as the manager of fisheries resources, must provide a balance between the interests of all New Zealanders and the rights of the indigenous people of Aotearoa/NZ, Maori, as provided under the Treaty of Waitangi 1840. As a case study this paper will examine the working relationship between the Ministry of Fisheries and Te Arawa that demonstrates when tools are provided either through legislation or kaitiakitanga (traditional and customary management practices) this allows for effective fisheries co-management to occur. The key issues for the case study are: " settlement of Te Arawa's historical Treaty of Waitangi claim for their lakes " promulgation of the Te Arawa Lakes Fisheries regulations " Providing mechanisms for Maori to have input and participation into fisheries management; " Ability for Maori to manage customary non-commercial harvest in their tribal area; " Commitment to a strong working relationship as partners; and " Provision of resources to enhance capacity for Maori to participate in fisheries management. This paper will also look at the process Te Arawa undertook to have the lakebeds returned, how legislative frameworks and policies are assisting Te Arawa to develop fisheries management. Addressing implementation of a co-management process for Te Arawa's taonga (treasured) species within the 14 lakes and how this has added value to relationship building for both partners. Title: Effective Fisheries Co-management between the Ministry of Fisheries and Te Arawa an Indigenous People of Aotearoa/ New Zealand: Implementing Policy and Kaitiakitanga through a Legislative Framework Author: Gerard, Tania, Kingi, Tracey This paper will address the effectiveness of fisheries co-management between the Ministry of Fisheries and Te Arawa a central north island indigenous tribe of Aotearoa/New Zealand. The Ministry of Fisheries, as the manager of fisheries resources, must provide a balance between the interests of all New Zealanders and the rights of the indigenous people of Aotearoa/NZ, Maori, as provided under the Treaty of Waitangi 1840. As a case study this paper will examine the working relationship between the Ministry of Fisheries and Te Arawa that demonstrates when tools are provided either through legislation or kaitiakitanga (traditional and customary management practices) this allows for effective fisheries co-management to occur. The key issues for the case study are: " settlement of Te Arawa's historical Treaty of Waitangi claim for their lakes " promulgation of the Te Arawa Lakes Fisheries regulations " Providing mechanisms for Maori to have input and participation into fisheries management; " Ability for Maori to manage customary non-commercial harvest in their tribal area; " Commitment to a strong working relationship as partners; and " Provision of resources to enhance capacity for Maori to participate in fisheries management. This paper will also look at the process Te Arawa undertook to have the lakebeds returned, how legislative frameworks and policies are assisting Te Arawa to develop fisheries management. Addressing implementation of a co-management process for Te Arawa's taonga (treasured) species within the 14 lakes and how this has added value to relationship building for both partners. Close

• 10. [Article] A Vessel Cost Sampling Model

  The Social Sciences Branch (SSB) of NOAA’s Northeast Fisheries Science Center (NEFSC) uses economic data to estimate the economic impacts of fisheries regulatory actions. Since 1995, the Northeast Fisheries ...

  Citation × Citation Citation Abstract Copy Title: A Vessel Cost Sampling Model Author: Gates, John M., Kitts, Andrew The Social Sciences Branch (SSB) of NOAA’s Northeast Fisheries Science Center (NEFSC) uses economic data to estimate the economic impacts of fisheries regulatory actions. Since 1995, the Northeast Fisheries Observer Program has collected trip cost information from commercial fishing vessels on which observers have been deployed. However, the allocation of observer coverage to fisheries is largely determined by non-economic needs (e.g., regulatory compliance and monitoring, bycatch estimation, and assessment of protected species interactions). To obtain cost data from a much wide variety of fisheries, the SSB funds additional observer coverage to acquire economic data from underrepresented fisheries. In this paper, we describe a mathematical programming model to allocate marginal observer coverage, in terms of observer sea days. We apply a simple logarithmic utility function to the fisheries of New England. The potential universe of observations is divided into strata based on vessel size, gear type, and state of landing. Certain a priori assumptions underlie the approach: • Costs are assumed heterogeneous across strata until such time as statistical analysis supports the null hypothesis • The marginal utility of observations in a given cell is subject to diminishing returns • The utility of observations decays with age • The marginal utility of zero observations is positive and finite • The cost-effectiveness of data collection can be reduced by software that automates the process In addition: • Data collection each year is limited by a budget • Current data collection takes into account the amount of past data for each cell and most data will be collected via other programs Title: A Vessel Cost Sampling Model Author: Gates, John M., Kitts, Andrew The Social Sciences Branch (SSB) of NOAA’s Northeast Fisheries Science Center (NEFSC) uses economic data to estimate the economic impacts of fisheries regulatory actions. Since 1995, the Northeast Fisheries Observer Program has collected trip cost information from commercial fishing vessels on which observers have been deployed. However, the allocation of observer coverage to fisheries is largely determined by non-economic needs (e.g., regulatory compliance and monitoring, bycatch estimation, and assessment of protected species interactions). To obtain cost data from a much wide variety of fisheries, the SSB funds additional observer coverage to acquire economic data from underrepresented fisheries. In this paper, we describe a mathematical programming model to allocate marginal observer coverage, in terms of observer sea days. We apply a simple logarithmic utility function to the fisheries of New England. The potential universe of observations is divided into strata based on vessel size, gear type, and state of landing. Certain a priori assumptions underlie the approach: • Costs are assumed heterogeneous across strata until such time as statistical analysis supports the null hypothesis • The marginal utility of observations in a given cell is subject to diminishing returns • The utility of observations decays with age • The marginal utility of zero observations is positive and finite • The cost-effectiveness of data collection can be reduced by software that automates the process In addition: • Data collection each year is limited by a budget • Current data collection takes into account the amount of past data for each cell and most data will be collected via other programs Close