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  • 1
    Online Resource
    Online Resource
    Delft :Eburon Academic Publishers,
    Keywords: Fisheries -- Environmental aspects -- Namibia. ; Fisheries -- Social aspects -- Namibia. ; Fisheries -- Economic aspects -- Namibia. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (378 pages)
    Edition: 1st ed.
    ISBN: 9789059729148
    DDC: 338.3727
    Language: English
    Note: Intro -- CONTENTS -- ACKNOWLEDGEMENTS -- FOREWORD -- NAMIBIA'S FISHERIES: INTRODUCTION AND OVERVIEW -- 1 A DIRECT ESTIMATE OF THE NAMIBIAN UPWELLING FLUX -- 2 THE EFFECTS OF INTERNAL AND EXTERNAL CONTROL ON THE NORTHERN BENGUELA ECOSYSTEM -- 3 BIODIVERSITY OF THE NAMIBIAN EXCLUSIVE ECONOMIC ZONE: A BRIEF REVIEW WITH EMPHASIS ON ONLINE DATABASES -- 4 ON NAMIBIA'S MARINE FISH DIVERSITY -- 5 RECONSTRUCTION AND INTERPRETATION OF MARINE FISHERIES CATCHES FROM NAMIBIAN WATERS, 1950 TO 2000 -- 6 MANAGEMENT REGULATIONS OF MANIBIAN ANGLING FISH SPECIES -- 7 AGGREGATION DYNAMICS AND BEHAVIOUR OF THE CAPE HORSE MACKEREL (TRACHURUS TRACHURUS CAPENSIS) IN THE NORTHERN BENGUELA-IMPLICATIONS FOR ACOUSTIC ABUNDANCE ESTIMATION -- A BRIEF OVERVIEW OF CURRENT BIOECONOMIC STUDIES OF NAMIBIAN FISHERIES -- A BRIEF OVERVIEW OF CURRENT BIOECONOMIC STUDIES OF NAMIBIAN FISHERIES -- 10 BENEFITS AND COSTS OF THE NAMIBIANISATION POLICY -- 11 ECONOMIC VALUATION OF THE RECREATIONAL SHORE FISHERY: A COMPARISON OF TECHNIQUES -- 12 THE NAMIBIAN-SOUTH AFRICAN HAKE FISHERY: COSTS OF NON-COOPERATIVE MANAGEMENT -- 13 A STOCHASTIC FEEDBACK MODEL FOR OPTIMAL MANAGMENT OF NAMIBIAN SARDINE -- 14 INSTITUTIONAL AND INDUSTRIAL PERSPECTIVES ON FISHERIES MANAGEMENT IN NAMIBIA -- 15 AGAINST ALL ODDS: TAKING CONTROL OF THE NAMIBIAN FISHERIES -- 16 MARINE FISHERIES MANAGEMENT IN NAMIBIA: HAS IT WORKED? -- GLOSSARY -- CONTRIBUTORS.
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  • 2
    Online Resource
    Online Resource
    San Diego :Elsevier Science & Technology,
    Keywords: Fisheries-Economic aspects. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (285 pages)
    Edition: 1st ed.
    ISBN: 9780128241936
    DDC: 333.95616
    Language: English
    Note: Front Cover -- Infinity Fish -- Copyright Page -- Dedication -- Contents -- List of figures -- List of tables -- Preface -- Acknowledgments -- 1 Introduction -- Broadening the scope of what we value -- Intergenerational discounting -- Applications of the intergenerational discounting approach -- Tackling broader issues in support of Infinity fish -- Epilogue -- References -- 2 Getting values and valuation right is a must for achieving Infinity Fish -- Introduction -- Theory of valuation -- The practice of valuation -- Results of the survey -- Measuring market values -- Measuring option and existence values -- Incorporating bequest value -- Conclusion -- References -- 3 Comprehensive valuation of benefits from restored ecosystems needed for Infinity Fish -- Introduction -- Economic valuation -- The ecosystem-economic valuation approach -- Ecosystem modeling -- Market values -- Ecological-economic values -- Ecological-social-economic values -- Case study: past and present ecosystems of the Strait of Georgia -- The results -- Concluding remarks -- References -- 4 Making future generations count via discounting to ensure Infinity Fish: a static model -- Introduction -- Why the need for marine ecosystem restoration? -- Catch profiles at individual species levels -- Fish catches in the North Atlantic, 1950-99 -- Global fisheries catch data, 1951-98 -- The conventional cost-benefit analysis -- The need for a new cost-benefit analysis approach -- The intergenerational CBA -- Application of approach to an ecosystem model of Iceland -- Modeling the Icelandic marine ecosystem -- Economic valuation of the outcomes under the status quo and restoration regimes -- Results -- Catch profiles -- Net benefit profiles -- Impact of changes in discount rates -- Net present value of benefits as seen by each of 50 overlapping year classes of people -- Conclusion. , References -- 5 Making future generations count via discounting to ensure Infinity Fish: a dynamic model -- Introduction -- Rationale for the new approach -- Deriving the intergenerational discounting equation -- Comparing intergenerational and standard discounting -- Concluding remarks -- References -- 6 Making future generations count via discounting to ensure Infinity Fish: an example -- Introduction -- Methods -- Model parameterization -- Determining optimal harvest patterns -- Valuation of the harvest profile -- Conventional discounting -- Intergenerational discounting -- Calculating fisheries profits -- Selection of discount rate -- Results -- Optimal policies -- Economic results -- Sensitivity analysis -- Discussion -- References -- 7 An ecological-economic model for spatial management in support of Infinity Fish -- Introduction -- Methods -- Deriving a bioeconomic vulnerability index -- Global fisheries catch data -- Discount rate by fishing countries -- Estimating intrinsic population growth rate (r) -- Results -- Discussion -- Conclusion -- References -- 8 The performance of different fisheries management systems in relation to Infinity Fish -- Introduction -- The rationale for discounting -- Property rights, institutional hierarchies, and alternative management systems -- Exogenous discount factors -- Endogenous discount factors -- Discussion -- Conclusion -- References -- 9 Good governance of ocean and fish stocks needed to ensure Infinity Fish -- Introduction -- Global fisheries: current state and socioeconomic contributions -- Challenges to successful governance -- The common property or open-access nature of fishery resources -- The challenge -- Tackling the challenge -- Climate change, ocean warming, and acidification -- The challenge -- Tackling the challenge -- Government subsidies to the fishing sector -- The challenge. , Tackling the challenge -- Technological progress and increasing trade in the face of ineffective governance -- The challenge -- Tackling the challenge -- Illegal, unreported, unregulated (IUU) fishing -- The challenge -- Tackling the challenge -- Shortsightedness in valuation -- The challenge -- Tackling the challenge -- A meaningful role for aquaculture -- The challenge -- Tackling the challenge -- Concluding remarks -- References -- 10 Addressing the common property nature of fish stocks in support of Infinity Fish -- Introduction -- Ecological concerns with ITQ management -- Social and equity concerns with ITQ management -- A balanced approach to the use of ITQs and catch shares in fisheries management -- Conclusion -- References -- 11 Fisheries subsidies are an obstacle to achieving Infinity Fish -- Introduction -- Methods -- Subsidy classification -- Data collection -- Estimating missing subsidy values -- General approach -- Fuel subsidies -- Fishing access agreements -- Marine protected areas -- Data analysis -- Results -- Global subsidies estimates -- Fisheries subsidies by type -- Fisheries subsidies by major regions -- Top subsidizing countries -- Fisheries subsidies by major fishing entities -- Discussion -- Concluding remarks -- References -- 12 Rebuild depleted fish stocks to ensure Infinity Fish -- Introduction -- Results -- Gains from rebuilding -- Cost of reform -- Net gain from rebuilding -- Discussion -- Materials and methods -- Estimating global fleet size -- Estimating effort reductions required to rebuild global fisheries -- Estimating the potential value of rebuilt fisheries -- Estimating the cost of rebuilding global fisheries -- Calculating the unit cost of reducing fishing effort -- Data and databases -- Sensitivity analysis -- References -- 13 Avoid oil spills to support Infinity Fish -- Introduction -- Materials and methods. , Modeling oil spill impacts -- Commercial fisheries -- Recreational fisheries -- Mariculture -- Results -- Commercial fisheries -- Recreational fisheries -- Mariculture -- Discussion -- References -- 14 Illegal and illicit trade in fish catch are incompatible with Infinity Fish -- Introduction -- Channels and scale of illicit trade in fisheries -- The scale of illicit trade in the marine resources of Africa -- Identify key products traded illicitly -- Quantify the losses to Africa due to illicit trade -- Overview of Africa's marine fish catch and catch values -- Economic losses -- Sustainability losses -- Assessing the role of governance, corruption, and enforcement capacity in the incidence of illicit trade in the sector -- Impact of the loss from illicit trade -- Impact of the "economic losses" -- Impact of the "sustainability" losses -- Policy response for curbing illicit trade in fish and fish products -- Current initiatives to address illicit trade of fish -- A call to further action to prevent, deter, and eliminate illicit trade in Africa's marine resources -- Case Studies -- Eliminating illegal fishing in Namibia's fishery resource -- IUU fishing and piracy in Somalia -- Role of regional institutions such as the African Development Bank -- Conclusion -- References -- 15 Climate change is a huge challenge to Infinity Fish -- Introduction -- Biophysical impacts on fisheries -- Changes in the productivity of fish stocks -- Shifts in fish-stock distribution -- Changes in ecosystem productivity -- Projecting fisheries impacts into the future -- Economic impacts on fisheries -- Impact on prices and ex-vessel revenues -- Impact on fishing costs -- Impact on resource rent and other indicators -- Adapting fisheries for the future -- Conclusion -- References -- 16 Overfishing, climate change, and the chance of achieving Infinity Fish -- Introduction. , A broad definition of overfishing -- Climate change impacts on fish and ocean life -- How ending overfishing can increase fish stock resilience under climate change -- End overfishing, increase fish abundance of commercial stocks -- End overfishing, protect the integrity of marine food webs -- End overfishing, avoid marine habitat degradation -- End overfishing, decrease CO2 emissions by the fishing sector -- End overfishing, increase fish biomass and CO2 sequestration by marine life -- Policies and actions to end overfishing -- Concluding remarks -- References -- 17 Epilogue-knowing the cost of everything but the value of nothing -- References -- Appendices -- Appendix 5.1 Derivation of intergenerational discounting equation -- Appendix 5.2 Making future generations count: comment on "Remembering the future" -- Introduction -- Response to Prager and Shertzer -- Conclusion -- Appendix 7.1 Country-level discount rates -- Appendix 11.1 Subsidy types and definitions -- Appendix 11.2 Scientific listening tour -- Appendix 12.1 Key fisheries data for Africa -- Appendix 12.2 Key fisheries data for Asia -- Appendix 12.3 Key fisheries data for Europe -- Appendix 12.4 Key fisheries data for North America -- Appendix 12.5 Key fisheries data for Oceania -- Appendix 12.6 Key fisheries data for South, Central America, and the Caribbean -- Appendix 13.1 More on input-output models -- Type I & -- II output multipliers -- Appendix 14.1 Losses due to illicit trade in Africa's marine resources -- Appendix 14.2 Economic, income multipliers and economic impact to job ratios -- Appendix 14.3 Impacts of illicit trade in Africa's marine resources -- References -- Index -- Back Cover.
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  • 3
    Keywords: Marine pollution. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (372 pages)
    Edition: 1st ed.
    ISBN: 9780124076617
    DDC: 333.9164
    Language: English
    Note: Front Cover -- Managing Ocean Environments in a Changing Climate: Sustainability and Economic Perspectives -- Copyright -- Contents -- Contributors -- Preface -- Chapter 1: Valuing the Ocean: An Introduction -- Purpose and Scope of the Book -- Threats to the Oceans: Current State of the Science -- A Holistic View of Threats to the Oceans -- Differential Analysis for Future Scenarios -- Global-Scale Economic Valuation: What Are the Costs of Inaction? -- Monetary vs. Nonmonetary Damages -- Thresholds and Discontinuities -- Major Categories for Valuation -- A Case Study for the Pacific: Global to Regional Aspects -- Economic Value and Earth System Function Value -- Expert Survey Approach -- The Matrix: Values, Threats, and Knowledge -- Knowledge for Decision Support -- References -- Chapter 2: Ocean Acidification -- Cause and Chemistry -- Time and Space Scales -- Future Ocean Acidification Scenarios -- Potential Future Effects on Physiological Processes and Behavior -- Changes in Calcification -- Changes to Primary Production and the Microbial Loop -- Changes to Behavior and Sensory Cues -- Changes to Reproduction, Juvenile Survival, and Recruitment -- Changes to Hypercapnia, Respiration, Energetics, and Growth -- Impacts on Communities, Food Webs, and Ecosystems -- Conclusions -- Acknowledgments -- References -- Chapter 3: Ocean Warming -- Introduction -- Physical Consequences of Ocean Warming -- "Extreme Weather": Precipitation and Flooding -- Tropical Cyclones -- Signal or Noise? -- Changes in Frequency -- Changes in Intensity, Genesis, and Storm Tracks -- Observational Evidence of an Increase in the Intensities of the Strongest Tropical Cyclones -- Projections of Tropical Cyclone Activity in the Future -- Potential Impacts of Fewer but Stronger Tropical Cyclones -- Biological Consequences of Ocean Warming -- Availability of Dissolved Oxygen. , Temperature-Dependent Respiration and Metabolism -- Thermal Limits and Distribution of Organisms -- Summary and Take-Home Messages -- References -- Chapter 4: Hypoxia -- Key Messages -- Introduction -- The Heart of the Problem -- Global Patterns in Hypoxia -- OMZs and Open Ocean Decline in Oxygen -- Environmental Consequences of Hypoxia -- Economic Consequences of Hypoxia -- Global Change and Hypoxia -- Restoration and the Future of Hypoxia -- Acknowledgments -- References -- Chapter 5: Sea-Level Rise -- Introduction -- Causes of Sea-Level Rise -- Absolute Versus Relative Sea-Level Change -- Thermal Expansion/Density Changes -- Glacier and Ice Sheet Melting -- Changes in Land Storage -- Summary -- Observations of Sea-Level Rise -- Past Sea-Level Changes -- Direct Measurements: Tide Gauges -- Satellite Measurements -- Summary of Observations -- Sea Level Rise in the Future -- Projections of Sea-Level Rise -- Impacts of Sea-Level Rise -- Types of Impacts -- Vulnerability to Sea-Level Rise -- Economic Consequences of Sea-Level Rise -- Summary and Take-Home Messages -- Acknowledgments -- References -- Chapter 6: Marine Pollution -- Introduction -- Chemical Pollution-POPs and Metals/Toxic Chemicals -- Sources and Pathways -- Effects on Marine Environment and Ecosystem Services -- Oil Pollution -- Sources and Pathways -- Impacts on the Marine Environment and Ecosystem Services -- Solid Substances -- Marine Debris -- Sedimentation and Mine Tailings -- Introduction of Hard Structures -- Radioactive Waste -- Sources and Pathways -- Effects on the Marine Environment and Ecosystem Services -- Noise -- Sources and Pathways -- Effects on the Marine Environment and Ecosystem Services -- Present and Forecasted Impacts of Pollution on Global Marine Ecosystems -- References -- Chapter 7: The Potential Economic Costs of the Overuse of Marine Fish Stocks. , Fish and Fisheries Are Important to People -- Evidence of Overuse of Fish Stocks -- Climate Change Will Exacerbate the Problem of Overuse of Fish Stocks -- Global Economic Loss due to Overfishing -- Estimated Economic Losses -- Conclusion -- References -- Chapter 8: Impacts of Multiple Stressors -- Introduction -- Global-Scale Stressors -- Local- and Regional-Scale Stressors -- Feedbacks and Synergistic Effects -- Concluding Remarks -- References -- Chapter 9: Tipping Points, Uncertainty, and Precaution: Preparing for Surprise -- Introduction -- Why Buy Insurance? -- Making Decisions in the Dark -- Peering into the Future -- Shell Game -- Pentagon Planning -- Safe Standards and Planetary Boundaries -- References -- Chapter 10: Valuing the Ocean Environment -- Introduction -- What Is Not Included -- Classic Studies of the Value of Ocean Environments -- Fisheries and Climate Change -- Tourism and Climate Change -- Costs of SLR -- Stormy Weather -- Shrinking the Ocean Carbon Sink -- Valuing the Damages -- Scenario Definitions -- Fisheries -- Sea-Level Rise -- Storms -- Tourism -- Ocean Carbon Sink -- References -- Chapter 11: Managing Multiple Human Stressors in the Ocean: A Case Study in the Pacific Ocean -- Introduction -- Pattern of Biodiversity and Marine Living Resources -- Key Human Pressures in the Pacific Ocean -- Overfishing -- Challenges to Sustainable Management of Fisheries Resources in the Pacific Ocean -- Climate Change -- Pollution and Other Human Impacts -- Sustainable Management of the Pacific Ocean -- Acknowledgments -- References -- Chapter 12: Paths to Sustainable Ocean Resources* -- Introduction -- Implications of Major Threats and Policy Recommendations -- Ocean Acidification -- Policy Recommendations -- Ocean Warming -- Policy Recommendations -- Hypoxia in the Ocean -- Policy Recommendations -- Sea-Level Rise. , Policy Recommendations -- Pollution -- Policy Recommendations -- Overuse of Marine Resources -- Policy Recommendations -- Multiple Stressors: Putting the Pieces Together -- Implications of Valuing Ocean Damages and Planning for Surprise -- Pacific Region Case Study-Implications for Regional Ocean Governance -- The Next Era of Global Ocean Governance: Paths to Sustainability -- Address Global Ocean Governance Issues -- Secure Sustainable Financing for the Ocean and Adaptation -- The "Blue Economy": The Importance of the Ocean and Coasts -- Concluding Recommendations -- References -- Index.
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  • 4
    Electronic Resource
    Electronic Resource
    Springer
    Environmental and resource economics 10 (1997), S. 147-165 
    ISSN: 1573-1502
    Keywords: game theory ; cooperative ; non-cooperative ; fishery resources ; coastal vessels ; cod ; trawlers ; Norway
    Source: Springer Online Journal Archives 1860-2000
    Topics: Energy, Environment Protection, Nuclear Power Engineering , Economics
    Notes: Abstract A two-agent model for the exploitation of the Arcto-Norwegian cod stock is developed to investigate the economic benefits that can be realized from the resource, and the effect of exploitation on stock sustainability under cooperation and non-cooperation. The two agents are identified in this study as a trawl fishery versus a coastal fishery. Unlike in Munro (1979), where conflicts in the management strategies of agents arise from differences in the perceptions of the discount factor, fishing effort costs, and consumer preferences, here conflicts arise mainly from the differences in fishing gear and grounds, and the age group of cod targeted by the two agents. Using a game theoretic framework, we show that given available data, the optimum optimorum is obtained under cooperation with side payments and no predetermined harvest shares, in which case the coastal fishery buys out the trawl fishery. However, sensitivity analysis shows that if the price premium assumed for mature cod is taken away, the trawl fishery takes over as the producer of the optimum optimorum.
    Type of Medium: Electronic Resource
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  • 5
    Electronic Resource
    Electronic Resource
    Springer
    Journal of bioeconomics 2 (2000), S. 99-115 
    ISSN: 1573-6989
    Keywords: biology ; economics ; cooperative ; non-cooperative harvesting
    Source: Springer Online Journal Archives 1860-2000
    Topics: Biology , Economics
    Notes: Abstract This paper shows how intra-stock relations such as cannibalism and growth enhancement, determine the economically optimal sharing of a fish resource between heterogeneous harvesting agents. The sharing of resources between different vessel groups is often left for political decision making. Nonetheless, such decisions may have both biological and economic consequences. This becomes quite clear when different harvesting groups exploit different sections (age groups) of a stock that has intra-stock interactions in the form of cannibalism. A two-agent bioeconomic model with cannibalism is developed and used to determine (i) optimal annual harvest sizes (TACs) for cod, and (ii) the optimal proportion of the TAC that should be harvested by the different vessel groups in the fishery. Applying biological and economic data in a numerical procedure, and comparing the results obtained to previous studies, it is shown that intra-stock interactions such as the presence of cannibalism has a significant impact on who should take what proportion of the TAC, and hence, the standing stock size and discounted economic rent achievable. In contrast to other studies, we find that the optimal harvest requires that both trawlers and coastal vessels should harvest the fish resource. In addition, the results indicate that, from a bioeconomic perspective, the existing trawler fleet’s harvest share in the cod fishery is too high.
    Type of Medium: Electronic Resource
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