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9780618133925

Environmental and Natural Resource Economics: A Contemporary Approach

by
  • ISBN13:

    9780618133925

  • ISBN10:

    0618133925

  • Edition: 1st
  • Format: Paperback
  • Copyright: 2002-03-22
  • Publisher: South-Western College Pub
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Summary

Environmental and Natural Resource Economics engages students in standard economic theory through the lens of environmental issues such as global climate change and overpopulation. This broad, balanced approach combines traditional microeconomic analysis with a detailed examination of macro-level ecological problems that require local, national, and global policy solutions.The Second Edition includes new appendices, updated case studies, and the inclusion of current economic data. Numerous examples, graphs, key terms, and end-of-chapter questions help students review and assimilate core concepts.

Table of Contents

Preface
PART ONE Introduction: The Economy and the Environment 1(34)
Changing Perspectives on the Environment
3(14)
Economics and the Environment
3(1)
Two Approaches
4(2)
The Traditional Economic Approach
5(1)
The Ecological Economics Approach
5(1)
A Framework for Understanding the Ecological Perspective
6(3)
The Circular Flow Model
6(2)
Points of Contact Between Economic and Ecological Flows
8(1)
The Economic Valuation Approach
9(1)
The Ecological Economics Approach
9(1)
Environmental Microeconomics and Macroeconomics
9(4)
Microeconomic and Valuation Techniques
10(1)
Environmental Macroeconomics
11(2)
Implications of Ecologically Oriented Economics
13(1)
A Look Ahead
13(4)
Summary
14(1)
Key Terms and Concepts
14(1)
Discussion Questions
15(1)
References
15(1)
Web Sites
16(1)
Resources, Environment, and Economic Development
17(18)
A Brief History of Economic Growth and the Environment
17(3)
Measuring Growth Rates
18(1)
Factors Essential to Economic Growth
18(1)
Growth Optimists and Pessimists
19(1)
The Limits to Growth Model
20(2)
A Summary of Recent Growth
22(1)
The Future of Economic Growth and the Environment
23(5)
Population Growth
24(1)
Rising Resource Use
25(1)
Increasing Energy Use
26(1)
Dwindling Resources
26(1)
Pollution
27(1)
An Ecological Approach to Economic Growth and the Environment
27(1)
Sustainable Development
28(7)
Sustainable Development Versus Standard Views of Economic Growth
28(1)
Population and Sustainable Development
29(1)
Agriculture and Sustainable Development
29(1)
Energy and Sustainable Development
30(1)
Sustainable Management for Natural Resources
30(1)
Summary
31(1)
Key Terms and Concepts
32(1)
Discussion Questions
32(1)
References
33(1)
Web Sites
34(1)
PART TWO Economic Analysis of Environmental Issues 35(84)
The Theory of Environmental Externalities
37(24)
External Costs and Benefits
37(4)
Accounting for Environmental Costs
38(2)
Internalizing Environmental Costs
40(1)
Positive Externalities
41(1)
Internalizing Environmental Benefits
41(1)
The External Costs of Motor Vehicle Use
42(3)
Welfare Analysis of Externalities
45(3)
Welfare Analysis Without Externalities
46(1)
Welfare Analysis with Externalities
46(1)
Optimal Pollution
46(2)
Property Rights and the Coase Theorem
48(4)
Pigovian Tax
48(1)
The Coase Theorem
48(1)
Applying the Coase Theorem
49(3)
Limitations of the Coase Theorem
52(2)
The Free Rider Effect
53(1)
The Holdout Effect
53(1)
Public Choice Versus Private Choice
53(1)
Property Rights and Environmental Regulation
54(7)
The Coase Theorem and Equity
55(1)
Summary
56(1)
Key Terms and Concepts
57(1)
Discussion Questions
58(1)
Problems
58(1)
References
59(1)
Web Sites
60(1)
Resource Allocation Over Time
61(15)
Allocation of Nonrenewable Resources
61(9)
Equilibrium in the Current Time Period
62(1)
Balancing Present and Future Periods
63(3)
Dynamic Equilibrium for Two Periods
66(2)
User Costs and Resource Depletion
68(2)
Hotelling's Rule and Time Discounting
70(6)
Summary
73(1)
Key Terms and Concepts
74(1)
Discussion Questions
74(1)
Problem
74(1)
References
75(1)
Web Sites
75(1)
Common Property Resources and Public Goods
76(17)
Common Property, Open-Access, and Property Rights
76(6)
The Economics of a Fishery
77(2)
Incentives for Overfishing
79(2)
Policies for Fishery Management
81(1)
The Environment as a Public Good
82(6)
The Economics of Rainforest Conservation
84(2)
Social Demand for Rainforest Preservation
86(2)
The Global Commons
88(5)
Summary
89(1)
Key Terms and Concepts
90(1)
Discussion Questions
90(1)
Problems
91(1)
References
92(1)
Web Sites
92(1)
Valuing the Environment
93(26)
Cost-Benefit Analysis
93(2)
Estimating Value
94(1)
Techniques of Valuation
95(3)
Contingent Valuation
95(1)
Demand-Side Methods
96(1)
Supply-Side Methods
97(1)
Valuing Human Health and Life
98(1)
Balancing Present and Future: The Discount Rate
99(2)
Applying the Discount Rate
99(2)
The Discount Rate
101(3)
The Social Discount Rate
103(1)
Dealing with Risk and Uncertainty
104(3)
Defining Risk and Uncertainty
104(1)
Calculating Expected Value
105(2)
Comparing Costs and Benefits
107(1)
Cost-Benefit Analysis of Arsenic in Drinking Water
108(3)
Conclusion: How Useful Is Cost-Benefit Analysis?
111(1)
Valuing the Global Ecosystem
112(7)
The Positional Analysis Alternative
114(1)
Summary
114(1)
Key Terms and Concepts
115(1)
Discussion Questions
116(1)
Problem
116(1)
References
117(1)
Web Sites
118(1)
PART THREE Ecological Economics and Environmental Accounting 119(54)
Ecological Economics: Some Basic Concepts
121(15)
Natural Capital
121(3)
Accounting for Changes in Natural Capital
122(1)
The Dynamics of Natural Capital
123(1)
Issues of Macroeconomic Scale
124(4)
Measuring the Relationship Between Economic and Ecological Systems
126(2)
Long-Term Sustainability
128(8)
Policy Choices and Discounting the Future
129(2)
Complexity, Irreversibility, and the Precautionary Principle
131(1)
Summary
131(1)
Key Terms and Concepts
132(1)
Discussion Questions
132(1)
References
133(2)
Web Sites
135(1)
National Income and Environmental Accounting
136(23)
Greening the National Income Accounts
136(8)
Estimating Sustainable Economic Welfare
139(5)
Green Accounting in the Philippines
144(2)
Application of Environment and Resource Accounting
146(3)
Measures of True Income
148(1)
Measuring Well-Being: Social and Ecological Dimensions
149(1)
Incorrect Accounting Leads to Incorrect Policies
150(9)
Summary
153(1)
Key Terms and Concepts
154(1)
Discussion Questions
154(1)
Problems
155(1)
References
156(2)
Web Sites
158(1)
Modeling Economic and Ecological Systems
159(14)
Energy and Resource Flow Analysis
159(4)
Energy Flows and the Economic Production System
161(2)
Input-Output Analysis
163(3)
Modeling National and Global Systems
164(2)
Economic and Ecological Modeling
166(7)
Modeling Individual Processes
167(1)
Modeling Complete Systems
168(2)
Summary
170(1)
Key Terms and Concepts
171(1)
Discussion Questions
171(1)
References
171(1)
Web Sites
172(1)
PART FOUR Population, Agriculture, and the Environment 173(56)
Population and the Environment
175(26)
The Dynamics of Population Growth
175(8)
Predicting Future Population Growth
178(5)
The Theory of Demographic Transition
183(3)
Population Growth Impact
185(1)
U.S. Population Continues to Grow
186(1)
Population Growth and Economic Growth
187(3)
Does Population Growth Promote or Retard Economic Growth?
188(2)
Ecological Perspectives on Population Growth
190(4)
The Impacts of Population, Affluence, and Technology
192(2)
Humanity's Ecological Footprint
194(2)
Population Policies for the Twenty-First Century
196(5)
Summary
197(1)
Key Terms and Concepts
198(1)
Discussion Questions
198(1)
References
199(1)
Web Sites
200(1)
Agriculture, Food, and Environment
201(28)
Feeding the World: Population and Food Supply
201(3)
Trends in Global Food Production
204(5)
Land Use and Equity Issues
206(3)
Projections for the Future
209(4)
Future Yield Requirements
212(1)
Agriculture's Impact on the Environment
213(7)
Soil Erosion and Degradation
213(1)
The Economics of Erosion and Erosion Control
214(1)
Fertilizer Use
215(1)
Environmental Effects of Fertilizer Use
216(1)
Pesticide Use
217(2)
Irrigation and Water Resources
219(1)
Genetically Modified Foods: A Controversial Technology
220(1)
Sustainable Agriculture for the Future
221(8)
Policies for Sustainable Agriculture
223(1)
Summary
224(1)
Key Terms and Concepts
225(1)
Discussion Questions
226(1)
References
226(2)
Web Sites
228(1)
PART FIVE Energy and Resources 229(96)
Resources: Scarcity and Abundance
231(22)
The Supply of Nonrenewable Resources
231(3)
Physical Supply and Economic Supply
232(2)
Economic Theory of Nonrenewable Resource Use
234(4)
Long-Term Trends in Nonrenewable Resource Use
236(2)
Global Scarcity or Increasing Abundance?
238(7)
Internalizing Environmental Costs of Resource Recovery
240(5)
The Economics of Recycling
245(8)
Policies to Promote Recycling
247(2)
Summary
249(1)
Key Terms and Concepts
250(1)
Discussion Questions
251(1)
References
251(1)
Web Sites
252(1)
Energy: The Great Transition
253(24)
Energy and Economic Systems
253(1)
Economic and Ecological Analyses of Energy
254(4)
Economic Perspectives on Energy Supply
255(2)
Economic and Thermodynamic Efficiency
257(1)
Energy Trends and Projections
258(8)
Patterns of Energy Use
259(4)
The Future of World Oil Production
263(3)
The Economics of Alternative Energy Futures
266(3)
The Central Role of Energy Prices
267(2)
Policies for Future Energy Development
269(1)
Nuclear Power: Coming or Going?
270(3)
Energy Policy Options for Developing Nations
272(1)
Implicit Discount Rates and Energy Efficiency
273(4)
Summary
273(1)
Key Terms and Concepts
274(1)
Discussion Questions
275(1)
References
275(1)
Web Sites
276(1)
Renewable Resource Use: Fisheries
277(21)
Principles of Renewable Resource Management
277(2)
Ecological and Economic Analyses of Fisheries
279(6)
Deriving an Economic Analysis from Biological Principles
281(4)
The Economics of Fisheries in Practice
285(2)
Policies for Sustainable Fisheries Management
287(5)
Demand-Side Issues: Changing Consumption Patterns
289(1)
Aquaculture: New Solutions, New Problems
290(2)
Scientists Criticize Salmon Aquaculture
292(6)
Summary
293(1)
Key Terms and Concepts
294(1)
Discussion Questions
294(1)
Problems
295(1)
References
296(1)
Web Sites
297(1)
Ecosystem Management: Forest and Water Systems
298(27)
The Economics of Forest Management
298(4)
Forest Loss and Biodiversity
302(2)
Loss of Biodiversity
304(2)
Economic and Demographic Pressures on Forests
305(1)
Institutional Failures in Forest Management
306(2)
Policies for Sustainable Forest Management
308(3)
Supply-Side: Property Rights and Pricing Policies
308(1)
Demand-Side: Changing Consumption Patterns
309(2)
Forest Carbon Storage Valuation in Zimbabwe
311(1)
Water: Depletion and Renewal
312(5)
Increasing Supply: Aquifers and Dams
313(3)
Demand: Always More Water?
316(1)
Policies for Sustainable Water Management
317(1)
Conclusion: Reconciling Economic and Ecological Principles
318(1)
Water Scarcity, Pollution, and Politics in Mexico
319(6)
Summary
320(1)
Key Terms and Concepts
321(1)
Discussion Questions
322(1)
Problems
322(1)
References
323(1)
Web Sites
324(1)
PART SIX Pollution: Impacts and. Policy Responses 325(78)
Pollution: Analysis and Policy
327(24)
The Economics of Pollution Control
327(3)
How Much Pollution Is Too Much?
327(1)
Picking a Pollution Control Policy
328(1)
Marginal Costs and Benefits of Pollution Control
328(2)
Pollution Control Policies: Standards, Taxes, Permits
330(5)
Transferable Pollution Permits
332(3)
Pollution Control Policies in Practice
335(3)
Sulfur Dioxide Emissions Trading
338(1)
Policy Choice: Pollution Taxes Versus Tradable Permits
339(3)
Structuring Pollution Control Policies
341(1)
The Impact of Technological Change
342(1)
Grandfathering and Air Pollution Control
342(2)
Cumulative and Global Pollutants
344(1)
Has Ozone Pollution Peaked?
345(6)
Summary
347(1)
Key Terms and Concepts
348(1)
Discussion Questions
349(1)
Problem
349(1)
References
349(1)
Web Sites
350(1)
Industrial Ecology
351(23)
Economic and Ecological Views of Production
351(2)
Making Wastes into Inputs
352(1)
Closing the Loops: The Potential of Industrial Ecology
353(2)
Beverage Bottle Recycling
355(5)
Making Agriculture Compatible with Natural Ecosystems
357(3)
Industrial Ecology on a Global Scale
360(2)
Integrated Farming Systems in Asia
362(4)
Measuring the Impacts of Global Growth
364(2)
Policies to Promote Industrial Ecology
366(2)
The Kalundborg Industrial Ecosystem
368(6)
Summary
370(1)
Key Terms and Concepts
371(1)
Discussion Questions
371(1)
References
371(1)
Web Sites
372(2)
Global Climate Change
374(29)
Causes, and Consequences of Climate. Change
374(1)
What Is the Greenhouse Effect?
375(4)
Trends and Projections for Temperature Change
376(3)
Pacific Islands Disappear as Oceans Rise
379(1)
Economic Analysis of Climate Change
380(4)
Cost-Benefit Studies of Global Climate Change
382(2)
Analyzing Long-Term Environmental Effects
384(3)
Economists' Statement on Climate Change
387(1)
Policy Responses to Climate Change
388(6)
Policy Tools: Carbon Taxes
388(4)
Policy Tools: Tradable Permits
392(1)
The Economics of Tradable Carbon Permits
393(1)
Policy Tools: Subsidies, Standards, R&D, and Technology Transfer
393(1)
The Kyoto Process
394(9)
Summary
398(1)
Key Terms and Concepts
399(1)
Discussion Questions
399(1)
Problems
400(1)
References
401(1)
Web Sites
402(1)
PART SEVEN Environment, Trade, and Development 403(40)
World Trade and the Environment
405(19)
Environmental Impact of Trade
405(4)
Comparative Advantage and Environmental Externalities
406(2)
Environmental Effects of Expanding Resource Exports
408(1)
Trade and Environment: Policy and Practice
409(3)
Product and Process Issues
410(2)
Trade Agreements and the Environment
412(2)
The World Trade Organization Approach
413(1)
The Environmental Kuznets Curve Debate
414(4)
The North American Free Trade Agreement (NAFTA) Approach
416(1)
The European Union Approach
417(1)
Multilateral Environmental Agreements (MEAs)
417(1)
Strategies for Sustainable Trade
418(6)
``Greening'' Global Environmental Organizations
418(1)
Local, Regional, and Private Sector Policies
419(1)
Summary
420(1)
Key Terms and Concepts
421(1)
Discussion Questions
421(1)
References
422(1)
Web Sites
423(1)
Institutions for Sustainable Development
424(19)
The Economics of Sustainable Development
424(2)
China and the Future of the Global Environment
426(3)
New Goals and New Production Methods
428(1)
Reforming Global Institutions
429(1)
Community Resource Management in India
430(4)
Promoting Environmentally Sustainable Development
433(1)
The Global Environmental Facility
434(2)
Local Development Projects
435(1)
Sustainable Urban Management in Curitiba, Brazil
436(1)
Policies for Sustainable Development
437(6)
Specific Policy Proposals
438(1)
Summary
439(1)
Key Terms and Concepts
440(1)
Discussion Questions
440(1)
References
441(1)
Web Sites
442(1)
Glossary 443(13)
Index 456

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