APEC 3611w: Environmental and Natural Resource Economics
  • Course Site
  • Canvas
  1. Home
  • Home
  • Syllabus
  • Assignments
    • Assigment 01
    • Assigment 02
    • Weekly Questions 01
    • Weekly Questions 02
    • Weekly Questions 03
    • Weekly Questions 04
    • Weekly Questions 05
  • Midterm Exam
  • Final Exam
  • 1. Global Context
    • 1. Introduction
    • 2. The Doughnut
  • 2. Micro Foundations
    • 3. The Microfilling
    • 4. Supply and Demand
    • 5. Surplus and Welfare in Equilibrium
    • 6. Optimal Pollution
  • 3. Market Failure
    • 7. Market Failure
    • 8. Externalities
    • 9. Commons
  • 4. Macro Goals
    • 10. The Whole Economy
    • 11. Sustainable Development
    • 12. GDP and Discounting
    • 13. Inclusive Wealth
    • 14. Fisheries
  • 5. Climate Change
    • 15. Climate Change
    • 16. Social Cost of Carbon
    • 17. Climate IAMs
    • 18. Air Pollution
    • 19. Water Pollution
  • 6. Natural Resources
    • 20. Non-renewables
    • 21. Will we run out?
    • 22. Fisheries
    • 23. Forestry
    • 24. Land as a resource
    • 25. Land-use change
  • 7. Natural Capital
    • 26. Ecosystem Services
    • 27. Valuing Nature
    • 28. Biodiversity
    • 29. GIS and Carbon
    • 30. Sediment Retention
    • 31. Ecosystem Tradeoffs
  • 8. Future Scenarios
    • 32. Uncertainty
    • 33. Possible Futures
    • 34. Positive Visions
  • 9. Policy Options
    • 35. Policy Analysis
    • 36. Market Policies
    • 37. Real World Policies
  • 10. Earth Economy Modeling
    • 38. Earth Economy Models
    • 39. Gridded Models
    • 40. EE in Practice
  • 11. Conclusion
    • 41. What Next?
  • Games and Apps
  • Appendices
    • Appendix 01
    • Appendix 02
    • Appendix 03
    • Appendix 04
    • Appendix 05
    • Appendix 06
    • Appendix 07
    • Appendix 08
    • Appendix 09
    • Appendix 10
    • Appendix 11
    • Appendix 12

On this page

  • Welcome to APEC 3611w: Environmental and Natural Resource Economics!
  • Part 01. Global Context
    • Chapter 01. Introduction
    • Chapter 02. The Doughnut
  • Part 02. Micro Foundations
    • Chapter 03. The Microfilling
    • Chapter 04. Supply, Demand and Equilibrium
    • Chapter 05. Surplus and Welfare in Equilibrium
    • Chapter 06. Optimal Pollution
  • Part 03. Market Failure
    • Chapter 07. Market Failures and Public Goods
    • Chapter 08. Externalities
    • Chapter 09. Commons
  • Part 04. Macro Goals
    • Chapter 10. The Whole Economy
    • Chapter 11. Sustainable Development
    • Chapter 12. GDP and Discounting
    • Chapter 13. Inclusive Wealth
    • Chapter 14. Renewable Resources: Fish
  • Part 05. Climate Change
    • Chapter 15. Climate Change
    • Chapter 16. Social Cost of Carbon
    • Chapter 17. Climate IAMs
    • Chapter 18. Air Pollution
    • Chapter 19. Water Pollution
  • Exams
    • Midterm Exam
      • 3/6/2026
  • Part 06. Natural Resources
    • Chapter 20. Non-renewables
    • Chapter 21. Will we run out?
    • Chapter 22. Fisheries
    • Chapter 23. Forestry
    • Chapter 24. Land as a resource
    • Chapter 25. Land-use change
  • Part 07. Natural Capital
    • Chapter 26. Ecosystem Services
    • Chapter 27. Valuing Nature
    • Chapter 28. Biodiversity
    • Chapter 29. GIS and Carbon
    • Chapter 30. Sediment Retention
    • Chapter 31. Ecosystem Tradeoffs
  • Part 08. Future Scenarios
    • Chapter 32. Uncertainty
    • Chapter 33. Possible Futures
    • Chapter 34. Positive Visions
  • Part 09. Policy Options
    • Chapter 35. Policy Analysis
    • Market-based Policies
    • Chapter 37. Real World Policies
  • Part 10. Earth Economy Modeling
    • Chapter 38. Earth Economy Models
    • Chapter 39. Gridded Models
    • Chapter 40. EE in Practice
    • Conclusion
  • Exams
    • Final Exam
      • 5/12/2026
  • Planning for next year (revised schedule)

Welcome to APEC 3611w: Environmental and Natural Resource Economics!

Location: Ruttan Hall B25 (preferred) or online via Zoom (contact me to get link)

Timing: Monday/Wednesday/Friday, 10:40 to 11:30 am CT, from January 21, 2026 to May 4, 2026.

Syllabus: syllabus.html

Textbook: Markets and the Environment

Google drive (email me if you need access).

Video playlist for all lectures: https://www.youtube.com/playlist?list=PLir2vw2cQ_NuDtFiwNyQiU_WX_lTWYpUH


Part 01. Global Context

Chapter 01. Introduction

Environmental and Natural Resource Economics in a Global Framing

Lecture Page: Introduction

Readings: None

Video 01, Slides 01

Chapter 02. The Doughnut

Macroeconomic Boundaries and a conceptual framework that combines environmental and economic indicators

Lecture Page: The Doughnut

Readings: Doughnut Economics (Optional) Chapter 1 in Doughnut Economics

Video 02, Slides 02


Part 02. Micro Foundations

Chapter 03. The Microfilling

Microeconomic Decision-making

Lecture Page: The Microfilling

Readings: None, but optional Chapter 1 in textbook (Microeconomics and the Environment).

Video 03, Slides 03

Chapter 04. Supply, Demand and Equilibrium

The power of equilibrium and Micro-Macro Synthesis

Lecture Page: Supply, Demand and Equilibrium

Readings: Chapter 4 in textbook (optional)

Video 04, Slides 04

Chapter 05. Surplus and Welfare in Equilibrium

Why Economists think they are Good

Lecture Page: Surplus and Welfare in Equilibrium

Readings: None.

Video 05, Slides 05

Chapter 06. Optimal Pollution

A contradiction?

Lecture Page: Optimal Pollution

Readings: Chapter 2 in textbook.

Video 06, Slides 06a, Slides 06b


Part 03. Market Failure

Chapter 07. Market Failures and Public Goods

Why we can’t have nice things

Lecture Page: Market Failures and Public Goods

Readings: Chapter 5, Intro and Public Goods sections

Slides 07a, Slides 07b

Chapter 08. Externalities

Spillovers and how to manage them

Lecture Page: Externalities

Readings: Chapter 5, Externalities section

Slides 08a, Slides 08b

Chapter 09. Commons

Always a Tragedy?

Lecture Page: Commons

Readings: Chapter 5, Commons section

Slides 09


Part 04. Macro Goals

Chapter 10. The Whole Economy

Readings: None

Growth and Limits to Growth

Lecture Page: The Whole Economy

Readings: None

Slides 10

Chapter 11. Sustainable Development

The Sustainability Paradox and Kuznets Curve

Lecture Page: Sustainable Development

Readings: None.

Slides 11

Chapter 12. GDP and Discounting

Does development improve the environment?

Lecture Page: GDP and Discounting

Readings: None

Slides 12

Chapter 13. Inclusive Wealth

A better metric?

Lecture Page: Inclusive Wealth

Readings: None

Slides 13

Chapter 14. Renewable Resources: Fish

Renewable resources and the tragedy of the commons

Lecture Page: Renewable Resources: Fish

Readings: None

Slides 14


Part 05. Climate Change

Chapter 15. Climate Change

The ultimate externality

Readings:

Video:

Slides:

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Chapter 16. Social Cost of Carbon

Manage per ton of carbon

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Chapter 17. Climate IAMs

DICE and Climate Skepticism

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Chapter 18. Air Pollution

Spillovers in the air

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Chapter 19. Water Pollution

Spillovers on the ground

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Exams

Midterm Exam

3/6/2026

Readings:

Video:

Slides:

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Part 06. Natural Resources

Chapter 20. Non-renewables

Will we run out?

Readings: Chapter 6

Video:

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Chapter 21. Will we run out?

How much should we extract?

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Chapter 22. Fisheries

Renewable resources 1

Readings: Chapter 7

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Chapter 23. Forestry

Renewable resources 2

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Chapter 24. Land as a resource

The forgotten input

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Chapter 25. Land-use change

Tools to predict where nature is at risk

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Part 07. Natural Capital

Chapter 26. Ecosystem Services

Return to the Micro-Macro relationship

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Chapter 27. Valuing Nature

Bottom-up methods for putting a monetary value on nature

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Chapter 28. Biodiversity

Species protection and the fundamental source of value

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Chapter 29. GIS and Carbon

Introduction and context

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Chapter 30. Sediment Retention

Methods and specific services

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Chapter 31. Ecosystem Tradeoffs

More services and policy directions

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Part 08. Future Scenarios

Chapter 32. Uncertainty

Risk, Uncertainty and Tipping Points

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Chapter 33. Possible Futures

Shared socio-economic pathways

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Chapter 34. Positive Visions

Nature Futures Framework

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Part 09. Policy Options

Chapter 35. Policy Analysis

Designing policies for earth-economy systems

Readings: Chapter 8

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Market-based Policies

Micro-level optimization

Readings: Chapter 9

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Chapter 37. Real World Policies

Quotas, Trading and Taxes

Readings: Chapter 10

Video:

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Part 10. Earth Economy Modeling

Chapter 38. Earth Economy Models

A video game for sustainability?

Readings:

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Chapter 39. Gridded Models

Millions of markets

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Chapter 40. EE in Practice

GTAP-InVEST

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Conclusion

Where to go from here?

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Exams

Final Exam

8:00-10:00 AM

5/12/2026

Readings:

Video:

Slides:

Deadlines:

Planning for next year (revised schedule)

  1. Introduction and big picture
    1. Current situtation and the need for a broader view of environmental economics
    2. The planetary doughnut: A conceptual framework that combines environmental and economic indicators
  2. Human decision-making at the micro scale
    1. Utility, philosophy and rationality: the micfrofilling
    2. Supply and demand: the power of equilibrium
    3. Surplus and welfare: why economists think they are good
      1. NOTE: I included a lot on the welfare theorems, but i’m not sure i would keep them.
    4. Optimal pollution: A contradition? Or cost-benefit analysis
      1. NOTE: More emphasis on firm-differentiated pollution example. Also this felt out of order. Consider putting it betweenb 3.3 and 3.4.
  3. Market Failures and Solutions
    1. Externalities
      1. NOTE: The flow was bad here. in 2026, I used Market-Failures directly into Public Goods, but I think it would be better to do externalities first and then public goods as a special case of externalities.
    2. Public Goods
    3. Commons Dilemmas
    4. Market-based policies: emissions trading versus tax policy
      1. NOTE: I had almost no content here, but Jay did. Include more next year.
  4. Markets at the macroeconomic scale
    1. Limits to growth and controversy
      1. NOTE: This got disorganized because guest presentations. Reconsider the whole flow. Maybe Limits to Growth, how economies grow, and then GDP as a flawed metric (BUT EXCLUDE DISCOUNT RATE)
    2. Circular flow and how economies grow
    3. GDP as a flawed metric
    4. Sustainable Development
    5. Kuznet’s Curve
  5. Sustainability over time
    1. Discounting: Equity and decision-making over time
    2. Inclusive Wealth: A better metric
    3. Non-renewable resources: Will we run out? How much should we use.
      1. NOTE: Excluded this for 2026. Reconsider.
    4. Renewable resources: Fisheries and Forestry
      1. NOTE: Just did Fisheries, with second lecture focusing on Open-Access elements.
    5. Land as the ultimate resource
    6. Predicting land-use change
  6. Climate change
    1. The ultimate exxternality
    2. Climate integrated assessment models
    3. The social cost of carbon
  7. Natural capital
    1. Ecosystem services and spatial anlaysis
    2. Biodiversity: The cause of and solution to all of environment’s problems
    3. Valuing nature: bottom-up methods to put a price on the environment
    4. Carbon storage and spatial decisions
    5. Sediment retention and spatial adjacency
    6. Ecosystem tradeoffs: efficiency frontiers and optimal landscapes
  8. Future scenarios
    1. Uncertainty, tipping points and regime change
    2. Possible futures: shared socio-economic pathways
    3. Positive visions: we can do better.
  9. Earth-Economy Modelings
    1. What is Earth-Economy modeling?
    2. Gridded economic analsysis and cross-scale modeling
    3. Earth-Economy modeling in practice
  10. Conclusion: What next?