Environmental and Natural Resource Economics
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LBHI Auðlinda- og umhverfishagfræði
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Environmental and Natural Resource Economics is one of the most widely used textbooks for environmental economics and natural resource economics courses, offering a policy-oriented approach and introducing economic theory and empirical work from the field. Students will develop a global perspective of both environmental and natural resource economics and how they interact. This 12th edition provides updated data, new studies, and more international examples.
There is a considerable amount of new material, with a deeper focus on climate change and coverage of COVID-19, social justice, and the circular economy. Key features include: Extensive coverage of major contemporary issues including climate change, water and air pollution, resource allocation, biodiversity protection, sustainable development, and environmental justice. Four chapters specifically devoted to climate economics, including chapters on energy, climate mitigation, carbon pricing, and adaptation to climate change.
Introductions to the theory and method of environmental economics, including externalities, benefit-cost analysis, valuation methods, and ecosystem goods and services and updates to the social cost of carbon. New examples and debates throughout the text, highlighting global cases and major talking points. Environmental and Natural Resource Economics supports students with end-of-chapter summaries, discussion questions, exercises, and further reading in the book, and the companion website offers additional learning and teaching resources.
Annað
- Höfundar: Tom Tietenberg, Lynne Lewis
- Útgáfa:12
- Útgáfudagur: 2023-07-31
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- Format:ePub
- ISBN 13: 9781000892185
- Print ISBN: 9781032101194
- ISBN 10: 1000892182
Efnisyfirlit
- Cover
- Half-Title
- Title
- Copyright
- Contents
- Preface
- New to this Edition
- An Overview of the Book
- Acknowledgments
- PART I INTRODUCTION TO THE FIELD OF ENVIRONMENTAL AND NATURAL RESOURCE ECONOMICS
- 1 Visions of the Future
- Introduction
- The Self-Extinction Premise
- Example 1.1 A Tale of Two Cultures
- The Self-Extinction Premise
- Introduction
- Future Environmental Challenges
- The Climate Change Challenge
- The Water Accessibility Challenge
- Example 1.2 Climate Change and Water Accessibility: The Linkage
- The Just Transition Challenge
- The Policy Context
- How Will Societies Respond?
- The Role of Economics
- Debate 1.1 Ecological Economics versus Environmental Economics
- The Use of Models
- The Role of Economics
- The Road Ahead
- Example 1.3 Experimental Economics: Studying Human Behavior in a Laboratory and in the Field
- Some Overarching Questions to Guide our Investigation
- An Overview of the Book
- Summary
- Discussion Questions
- Self-Test Exercise
- Notes
- Further Reading
- 1 Visions of the Future
- 2 The Economic Approach: Property Rights, Externalities, and Environmental Problems
- Introduction
- The Human–Environment Relationship
- The Economic Approach
- Example 2.1 Economic Impacts of Reducing Hazardous Pollutant Emissions from Iron and Steel Foundries
- The Economic Approach
- Economic Efficiency
- Static Efficiency
- Property Rights
- Property Rights and Efficient Market Allocations
- Efficient Property Rights Structures
- Producer’s Surplus, Scarcity Rent, and Long-Run Competitive Equilibrium
- Externalities as a Source of Market Failure
- The Concept Introduced
- Types of Externalities
- Example 2.2 Shrimp Farming Externalities in Thailand
- Alternative Property Right Structures and the Incentives They Create
- Public Goods
- Example 2.3 Public Goods Privately Provided: The Nature Conservancy
- Asymmetric Information
- Government Failure
- Judicial Liability Rules
- Legislative and Executive Regulation
- Example 2.4 Can Eco-Certification Make a Difference? Organic Costa Rican Coffee
- Introduction
- Normative Criteria for Decision Making
- Evaluating Predefined Options: Benefit-Cost Analysis
- Finding the Optimal Outcome
- Relating Optimality to Efficiency
- Comparing Benefits and Costs across Time
- Dynamic Efficiency
- Applying the Concepts
- Pollution Control
- Example 3.1 Does Reducing Pollution Make Economic Sense? Evidence from the Clean Air Act
- Estimating Benefits of Carbon Dioxide Emission Reductions
- Example 3.2 Using the Social Cost of Capital: The DOE Microwave Oven Rule
- Example 3.3 Revisiting the Social Cost of Carbon: Just How High Should it Be?
- Pollution Control
- Debate 3.1 What Is the Proper Geographic Scope for the Social Cost of Carbon?
- Example 3.4 The Importance of the Discount Rate
- Debate 3.2 Discounting over Long Time Horizons: Should Discount Rates Decline?
- Divergence of Social and Private Discount Rates
- Example 3.5 Is the Two for One Rule a Good Way to Manage Regulatory Overreach?
- Cost-Effectiveness Analysis
- Impact Analysis
- Introduction
- Why Value the Environment?
- Debate 4.1 Should Humans Place an Economic Value on the Environment?
- Valuation
- Types of Values
- Classifying Valuation Methods
- Stated Preference Methods
- Contingent Valuation Method
- Debate 4.2 Willingness to Pay versus Willingness to Accept: Why So Different?
- Choice Experiments
- Example 4.1 Leave No Behavioral Trace: Using the Contingent Valuation Method to Measure Passive-Use Values
- Example 4.2 Careful Design in Contingent Valuation: An Example of WTP to Protect Brown Bears
- Example 4.3 The Value of U.S. National Parks
- Revealed Preference Methods
- Example 4.4 Using the Travel-Cost Method to Estimate Recreational Value: Beaches in Minorca, Spain
- Example 4.5 Using GIS to Inform Hedonic Property Values: Visualizing the Data
- Example 4.6 Valuing the Reliability of Water Supplies: Coping Expenditures in Kathmandu Valley, Nepal
- Debate 4.3 Distance Decay in Willingness to Pay: When and How Much Does Location Matter?
- Debate 4.4 What Is the Value of a Polar Bear?
- Debate 4.5 Is Valuing Human Life Immoral?
- Example 4.7 Using the Value of Statistical Life to Inform Policy: COVID-19
- Introduction
- A Two-Period Model
- Defining Intertemporal Fairness
- Are Efficient Allocations Fair?
- Example 5.1 The Alaska Permanent Fund
- Applying the Sustainability Criterion
- Example 5.2 Nauru: Weak Sustainability in the Extreme
- Implications for Environmental Policy
- Summary
- Discussion Question
- Self-Test Exercises
- Notes
- Further Reading
- Appendix: The Simple Mathematics of Dynamic Efficiency
- Introduction
- A Resource Taxonomy
- Terms
- Efficient Intertemporal Allocations
- The Two-Period Model Revisited
- The N-Period Constant-Cost Case
- Transition to a Renewable Substitute
- Increasing Marginal Extraction Cost
- Exploration and Technological Progress
- Example 6.1 Historical Example of Technological Progress in the Iron Ore Industry
- Appropriate Property Rights Structures
- Environmental Costs
- Example 6.2 The Green Paradox
- The N-Period, Constant-Cost, No-Substitute Case
- Constant Marginal Cost with an Abundant Renewable Substitute
- 7 Economics of Pollution Control: An Overview
- Introduction
- A Pollutant Taxonomy
- Defining the Efficient Allocation of Pollution
- Stock Pollutants
- Fund Pollutants
- Market Allocation of Pollution
- Efficient Policy Responses
- Cost-Effective Policies for Uniformly Mixed Fund Pollutants
- Defining a Cost-Effective Allocation
- Cost-Effective Pollution Control Policies
- Debate 7.1 Should Developing Countries Rely on Market-Based Instruments to Control Pollution?
- Cost-Effective Policies for Nonuniformly Mixed Surface Pollutants
- The Single-Receptor Case
- Policy Approaches for Nonuniformly Mixed Pollutants
- The Many-Receptors Case
- Other Policy Dimensions
- The Revenue Effect
- Example 7.1 The Swedish Nitrogen Oxide Charge
- Example 7.2 RGGI Revenue: The Maine Example
- Responses to Changes in the Regulatory Environment
- Instrument Choice under Uncertainty
- The Revenue Effect
- Summary
- Discussion Questions
- Self-Test Exercises
- Notes
- Further Reading
- Appendix: The Simple Mathematics of Cost-Effective Pollution Control
- Policy Instruments
- Introduction
- Conventional Pollutants
- The Regulatory Policy Framework
- The Efficiency of the Command-and-Control Approach
- Debate 8.1 Does Sound Policy Require Targeting New Sources via the New Source Review?
- Example 8.1 Do Uniform Ambient Air Quality Standards Provide Just Protection for all U.S. Residents?
- Debate 8.2 The Particulate and Smog Ambient Standards Controversy
- Cost-Effectiveness of the Traditional Regulatory Approach
- Air Quality
- Market-Based Approaches
- Example 8.2 Japan’s Pollution-related Health Damage Compensation System
- Example 8.3 The U.S. Sulfur Allowance Program in Retrospect
- Example 8.4 Controlling SO2 Emissions in the United States and Germany: A Comparison
- Co-Benefits and Co-Costs
- Summary
- Example 8.5 Technology Diffusion in the Chlorine-Manufacturing Sector
- Discussion Questions
- Self-Test Exercises
- Notes
- Further Reading
- Introduction
- Nature of Water Pollution Problems
- Types of Waste-Receiving Water
- Sources of Contamination
- Types of Pollutants
- Debate 9.1 Toxics in Fish Tissue: Do Fish Consumption Advisories Change Behavior?
- Traditional Water Pollution Control Policy
- The U.S. Experience
- Early Legislation
- Subsequent Legislation
- Example 9.1 The Challenges of Estimating the Benefits of Water Pollution Policy
- Example 9.2 Effluent Trading for Nitrogen in Long Island Sound
- The Clean Water Rule
- The European Experience
- European Water Framework Directive
- The Developing Country Experience
- Example 9.3 Economic Incentives for Water Pollution Control: The Case of Colombia
- Ocean Pollution
- Oil Spills
- Ocean Dumping
- Ocean Trash
- Debate 9.2 To Ban or Not to Ban: The Unintended Consequences of Plastic Bag Policies
- Oil Spills—Tankers and Offshore Drilling
- An Overall Assessment
- Example 9.4 Deepwater Horizon BP Oil Spill–Estimating the Damages
- Summary
- Discussion Questions
- Self-Test Exercises
- Notes
- Further Reading
- Introduction
- Nature of Toxic Substance Pollution
- Toxic Substance Health Effects
- Policy Issues
- Example 10.1 The Arduous Path to Managing Toxic Risk: Bisphenol A
- Market Allocations and Toxic Substances
- Occupational Hazards
- Example 10.2 Susceptible Populations in the Hazardous Workplace: An Historical Example
- Product Safety
- Third Parties
- Example 10.3 Private Judicial Remedies for Managing Toxic Risk: The Case of PFAS
- Occupational Hazards
- Example 10.4 Which Came First–The Toxic Facility or the Minority Neighborhood?
- Proposition 65
- Example 10.5 Regulating through Mandatory Disclosure: The Case of Lead
- 11 Climate Change I: The Nature of the Challenge
- Introduction
- The Science of Climate Change: The Basics
- Quantifying the Intensity of the Threats
- Tipping Points and Fat Tails
- Example 11.1 The Permafrost Thaw Tipping Point
- Dealing with Uncertainty
- Tipping Points and Fat Tails
- Broad Strategies
- The Evolution of Targets
- Economic Insights on Targets and Timing
- Getting There: The Economics of International Climate Agreements
- The Precedent: Reducing Ozone-Depleting Gases
- Summary
- Discussion Question
- Self-Test Exercise
- Notes
- Further Reading
- Introduction
- 12 Climate Change II: The Role of Energy Policy
- Introduction
- Future Pathways
- Energy Efficiency
- Example 12.1 On-Bill Financing in Hawai‘i: Solving the Up-Front Cost Problem
- Example 12.2 Energy Efficiency: Rebound and Backfire Effects
- Fuel Switching
- Beneficial Electrification
- The Potential Role for Nuclear Energy
- Energy Efficiency
- The Role of Policy in Transitioning to Renewables
- Policy Design Issues
- Example 12.3 The Relative Cost-Effectiveness of Renewable Energy Policies in the United States
- Transition Complexities
- Example 12.4 Negative Prices in the Energy Industry
- Dealing with Intermittent Sources
- Integrating Distributed Energy Sources
- Example 12.5 Thinking Outside of the Box: The Boothbay Pilot Project
- Example 12.6 The Economics of Solar Microgrids in Kenya
- Policy Design Issues
- Access to Critical Resources
- Summary
- Discussion Questions
- Self-Test Exercises
- Note
- Further Reading
- Introduction
- Carbon Pricing and Emissions Mitigation Policy
- Forms of Carbon Pricing
- Carbon Offset Markets
- Example 13.1 Air Capture and Storage as an Offset
- Debate 13.1 Are Offsets Helpful or Harmful in Efforts to Reduce the Climate Threat?
- Cost Savings
- Economic Impacts
- Protecting Trade-Vulnerable Industries
- Using the Revenue: Possibilities and Experience
- Emissions Trading Program Hybrids
- Carbon Tax Hybrids
- Output-Based Carbon Pricing Systems
- Debate 13.2 Is Global Greenhouse Gas Trading Immoral?
- Introduction—The Role of Adaptation Policy
- Adaptation and Mitigation—Complements or Substitutes?
- Climate Adaptation: Flood Risks—Storms, Sea Level Rise, and Storm Surges
- Flood Insurance in the United States
- Example 14.1 Enhancing Resilience against Natural Disasters with Flood Insurance
- Proactive versus Reactive Adaptation Strategies
- Flood Insurance around the World
- Rethinking Flood Insurance
- Example 14.2 Shoreline Stabilization and Beach Renourishment: Buying Time
- Managed Retreat: Buyouts
- Prioritizing among Adaptation Options in the Presence of Ethical Boundaries
- Information as an Adaptive Strategy
- Example 14.3 What to Expect when you Are Expecting a Hurricane: Hurricane Exposure and Birth Outcomes
- Flood Insurance in the United States
- Example 14.4 Mandatory Adaptation Benefits Homeowners AND their Neighbors?
- The Efficient Allocation of Scarce Water
- Municipal Water Pricing
- Example 14.5 The Cost of Conservation: Revenue Stability versus Equitable Pricing
- Full Cost Recovery Pricing
- Desalination and Wastewater Recycling
- Example 14.6 Moving Rivers or Desalting the Sea? Costly Remedies for Water Shortages
- Introduction
- Subsidies and Externalities
- Implicit Subsidies
- Externalities
- Consequences
- The U.S. and E.U. Policy Approaches
- Example 15.1 Monitoring and Enforcement: The Volkswagen Experience
- Transportation Pricing
- Fuel Taxes
- Congestion Pricing
- Example 15.2 Zonal Mobile-Source Pollution-Control Strategies: Singapore
- Example 15.3 Sacrificing Efficiency for Acceptability? Congestion Charges in Practice
- Example 15.4 New York City’s Congestion Pricing Plan: Will it Really Reduce Congestion?
- Fuel-Economy Standards: The U.S. Approach
- Debate 15.1 CAFE Standards or Fuel Taxes?
- Example 15.5 Fuel-Economy Standards When Fuel Prices Are Falling vs. Rising
- Gas Guzzler Tax
- Fuel-Economy Standards in the European Union
- Example 15.6 Car-Sharing: Better Use of Automotive Capital?
- Fuel-Economy Standards in Other Countries
- External Benefits of Fuel-Economy Standards
- Other Transportation Policies
- Private Toll Roads
- Parking Cash-Outs
- Bike-Sharing Programs
- Pricing Public Transport
- Feebates
- Zero-Emission Vehicles and Tax Credits for Electric Vehicles
- Example 15.7 Modifying Car Insurance as an Environmental Strategy
- Accelerated Retirement Strategies
- Example 15.8 The Cash-for-Clunkers Program: Did it Work?
- Example 15.9 Counterproductive Policy Design
- 16 Ecosystem Services: Nature’s Threatened Bounty
- Introduction
- The State of Ecosystem Services
- Economic Analysis of Ecosystem Services
- Demonstrating the Value of Ecosystem Services
- The Value of Coral Reefs
- Example 16.1 The Value of Protecting Coral Reefs in the Coral Triangle and Mesoamerica
- Valuing Supporting Services: Pollination
- Example 16.2 Valuing Pollination Services: Two Illustrations
- Valuing Supporting Services: Forests and Coastal Ecosystems
- Challenges and Innovation in Ecosystem Valuation
- Institutional Arrangements and Mechanisms for Protecting Nature’s Services
- Payments for Environmental Services (PES)
- Debate 16.1 Paying for Ecosystem Services or Extortion? The Case of Yasuni National Park
- Example 16.3 Trading Water for Beehives and Barbed Wire in Bolivia
- Tradable Entitlement Systems
- Example 16.4 Reducing Emissions from Deforestation and Forest Degradation (REDD): A Twofer?
- Debate 16.2 Tradable Quotas for Whales?
- Ecotourism
- Debate 16.3 Does Ecotourism Provide a Pathway to Sustainability?
- Example 16.5 Payments for Ecosystem Services–Wildlife Protection in Zimbabwe
- Example 16.6 On the Error of Ignoring Ecosystem Services: The Case of Wolf Recovery in the United States
- Payments for Environmental Services (PES)
- Poverty and Debt
- Debt-for-Nature Swaps
- Extractive Reserves
- The World Heritage Convention
- Royalty Payments
- Example 16.7 Does Pharmaceutical Demand Offer Sufficient Protection to Biodiversity?
- Example 16.8 Trust Funds for Habitat Preservation
- Conservation Banking
- Example 16.9 Conservation Banking: The Gopher Tortoise Conservation Bank
- The Agglomeration Bonus
- Safe Harbor Agreements
- Preventing Invasive Species
- Example 16.10 The Changing Economics of Monitoring and its Role in Invasive Species Management
- Introduction
- Efficient Allocations—Bioeconomics Theory
- The Biological Dimension
- Static Efficient Sustainable Yield
- Dynamic Efficient Sustainable Yield
- Appropriability and Market Solutions
- Public Policy toward Fisheries
- Example 17.1 Harbor Gangs of Maine and Other Informal Arrangements
- Raising the Real Cost of Fishing
- Taxes
- Perverse Incentives? Subsidies
- Catch Share Programs
- Example 17.2 The Relative Effectiveness of Transferable Quotas and Traditional Size and Effort Restrictions in the Atlantic Sea Scallop Fishery
- Debate 17.1 ITQs or TURFs? Species, Space, or Both?
- Debate 17.2 Aquaculture: Does Privatization Cause More Problems Than it Solves?
- Debate 17.3 Bluefin Tuna: Difficulties in Enforcing Quotas for High-Value Species
- Introduction
- Characterizing Forest Harvesting Decisions
- Special Attributes of the Timber Resource
- The Biological Dimension
- The Economics of Forest Harvesting
- Extending the Basic Model
- Sources of Inefficiency
- Perverse Incentives for the Landowner
- Perverse Incentives for Nations
- Debate 18.1 Is Firewood a Carbon-Neutral Fuel?
- Public Policy
- Example 18.1 Producing Sustainable Forestry through Certification: Is it Working?
- Forestry Offsets (Credits)
- Introduction
- The Economics of Land Allocation
- Land Use
- Land-Use Conversion
- The Ethanol Story
- The Role of Irrigation
- The Rise of Organic Food
- Sources of Inefficient Use and Conversion
- Sprawl and Leapfrogging
- Incompatible Land Uses
- Undervaluing Environmental Amenities
- Debate 19.1 Should Landowners Be Compensated for “Regulatory Takings”?
- The Influence of Taxes on Land-Use Conversion
- Market Power
- Debate 19.2 What Is a “Public Purpose”?
- Special Problems in Developing Countries
- Innovative Market-Based Policy Remedies
- Establishing Property Rights
- Transferable Development Rights
- Example 19.1 Controlling Land Development with TDRs in Practice
- Conservation Easements
- Development Impact Fees
- Real Estate Tax Adjustments
- Summary
- Discussion Question
- Self-Test Exercises
- Notes
- Further Reading
- 20 Sustainable Development: Meeting the Challenge
- Introduction
- The Basic Elements of Sustainable Development
- The Sufficiency of Market Allocations in Attaining Just, Sustainable Outcomes
- Market Imperfections
- The Evolution of the Sustainable Development Concept
- The Current Sustainable Development Vision in Practice
- Debate 20.1 What Role Should Nuclear Power Play in our Energy Future?
- The Evolution of Sustainable Development Metrics
- Enter Donut Economics
- Meeting the Challenges
- The Intergenerational Challenge
- Example 20.1 Metropolitan Tokyo’s Cap-and-Trade Program for Buildings
- The Intragenerational Challenge
- The Intergenerational Challenge
- The Evolving Roles of Technology, the Business Community, and Nongovernmental Organizations
- Example 20.2 The Effects of an Unconditional Cash Transfer System in Kenya
- Summary
- Discussion Questions
- Self-Test Exercise
- Notes
- Further Reading
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