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Environmental Economics { Lecture 12 Valuation

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ECON 4910, L12. Slide 1/ 14 Environmental Economics – Lecture 12 Valuation Florian K. Diekert April 18, 2013 Perman et al (2011) ch. 12
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Page 1: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 1/ 14

Environmental Economics – Lecture 12

Valuation

Florian K. Diekert April 18, 2013

Perman et al (2011) ch. 12

Page 2: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 2/ 14

Review last lecture

1. A heuristic definition of cost-benefit analysis

2. Detour: The moral of choosing A over B

3. Cost-benefit analysis in a static and certain world

I Tests for marginal and non-marginal projects

I CBA and social welfare functions

4. Dynamic aspects

5. Accounting for uncertainty, risk, and irreversibility

Page 3: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 3/ 14

Preview this lecture

1. Theory

I Categories of environmental benefitsI WTP and WTA

2. PracticeI Stated preference methods

I The method of “contingent valuation” (CV)I Discussion: (http:

//www.aeaweb.org/articles.php?doi=10.1257/jep.26.4)

I Revealed preferences

I Travel cost methodI Hedonic pricingI Production function based techniques

Page 4: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 4/ 14

Valuation: Theory

Page 5: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 5/ 14

Categories of environmental benefits

In the old edition of the Perman book (2003), there were a lot ofacronyms, summarized in two equations:

EC = UV + EV + OV + QOV

TV = CUV + NCUV + NUV

Page 6: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 6/ 14

Willingness-to-pay & willingness-to-acceptEnvironmental valuation theory 1

Assume that quantity/quality of environmental good e can be treated as an argument in a well-behaved utility function. The individual cannot choose level of e. y is income.

u = u(y, e)

e0 e1

At A, WTP for e improvement = BC is Compensating Surplus, CS

At A, WTA in lieu of e improvement = DA is Equivalent Surplus, ES

e1 e0

At B, WTP to avoid deterioration = BC is Equivalent Surplus, ES

At B, WTA compensation for deterioration = DA, Compensating Surplus, CS

Figure: Slide taken from Perman’s webpage http://personal.strath.ac.uk/r.perman/ppts.htm

Page 7: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 7/ 14

Willingness-to-pay & willingness-to-accept

Page 8: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 8/ 14

Compensating and Equivalent variaton

I Compensating variation is the change in income that wouldcompensate for the price change

I Equivalent variation is the change in income that would beequivalent to the price change

Two necessary conditions for environmental quality changes to beapproximately identified by price changes in demand functions:

I Non-essentialness

I Weak complementarity

Page 9: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 8/ 14

Compensating and Equivalent variaton

I Compensating variation is the change in income that wouldcompensate for the price change

I Equivalent variation is the change in income that would beequivalent to the price change

Two necessary conditions for environmental quality changes to beapproximately identified by price changes in demand functions:

I Non-essentialness

I Weak complementarity

Page 10: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 9/ 14

Valuation: Practice

Page 11: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 10/ 14

Stated preference methods: Contingent Valuation

Excerpt of NOAA-panel recommendation:

I Sample from entire affected population

I Personal interview

I Pre-testing

I WTP instead of WTA

I Referendum format

I Reminder of undamaged substitutes

I ‘No-answer’ option available

Page 12: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 11/ 14

Contingent Valuation: Discussion

Page 13: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 12/ 14

Revealed preference methods

1. Travel cost method

2. Hedonic pricing

3. Production function based techniques

Page 14: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 12/ 14

Revealed preference methods

1. Travel cost method

2. Hedonic pricing

3. Production function based techniques

Page 15: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 12/ 14

Revealed preference methods

1. Travel cost method

2. Hedonic pricing

3. Production function based techniques

Page 16: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 13/ 14

Review this lecture

1. Theory

I Categories of environmental benefitsI WTP and WTA

2. PracticeI Stated preference methods

I The method of “contingent valuation” (CV)I Discussion: (http:

//www.aeaweb.org/articles.php?doi=10.1257/jep.26.4)

I Revealed preferences

I Travel cost methodI Hedonic pricingI Production function based techniques

Page 17: Environmental Economics { Lecture 12 Valuation

ECON 4910, L12. Slide 14/ 14

Preview next (and last) lecture

1. Private contributions to public goods (Nyborg & Rege, 2003)

I Discuss theoretical predictions and empirical evidence forvarious alternative behavioral models

I Special focus on the role of public policy (“crowding out” /“crowding in”)

2. Course synopsis


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