Final Review Flashcards

1
Q

Why do we discount?

A

1- time value of money (could be making more with $)

2- pure time preference (we just want money now)

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2
Q

Stern vs nordhaus

A

Nordhaus- high discount rate for climate change
Stern- low discount

0% discount rate is complete value retention

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3
Q

How to set up CBA?

A

1- specify project
2- determine inputs/outputs
3- value non market costs and bennefits
4- compare c/b

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4
Q

What is risk neutrality?

A

The willingness to assume risk to ensure returns,
Can be risk averse- maximin (least worst outcome)

Nuetral expected value ( highest expected value)

or seeking maximax (alternative with best outcome)

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5
Q

Frame work of eval (1)

What is total economic value? (TEV)

A

Describes 3 values

1) direct use value
- extractive
2) indirect use value
- ecosystem service such as life support or soil ret.
3) non use value
- existance value, inherent value, could be option value or bequest

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6
Q

Framework of eval (2)

What are ecosystem services?

A

4 catagories

1) provisioning services (extractive)
2) regulating (indirect use)
3) cultural (non use/ indirect)

4) supporting services - these help support other 3 and can be nutrient cycling for example (non use)

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7
Q

Techniques for valuation

Preferences?

A

Have both stated and revealed

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8
Q

Revealed preferences?

A

Creates market based and surrogate markets

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9
Q

Market based valuation?

A

1- market prices
Value traded at in markets, however, environment often not represtented

2- Production function
Statistical model that can project present and future production, need lots of good info

3- avoided cost
Defensive expenses, only provides human substitutes

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10
Q

Surrogate markets? (Revealed preference)

A

Hedonic pricing
Just used for homes, only applicable where consumers know about homes

Travel cost
$ to travel to a location is willingness value, not equitable

  • only looks at use value
  • value of time?
  • multi site trips
  • estimated costs
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11
Q

Non market based valuation (stated preference)

A

Contingent value
- comes usually to dichotomous choice
- choice experements
Theoretical

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12
Q

Discrete choice modeling

A

Creates bundles of options that people choose between, creates a flexible modle that reveals preferences

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13
Q

Kinds if bias

A

Interviewer bias, framing bias, anchoring bias, social desirability bias and hypothetical bias

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14
Q

Stated preference limitations

A

Wtp vs wta

Strategic response

Lack of knowledge

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15
Q

Classifying pollutants

A
1- absorptive capacity
      - cumulative(stock) vs noncumulative(flow) 
2- spatial scale
       - local vs global
3- origin
       - point vs non point source
4- occurance 
        - continual vs episodic
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16
Q

Pollution as an economically defined concept

A

Absorptive capacity
^
|
Emissions-> pollution accumulation-> damage -> econ value

17
Q

Marginal damage cost curve

A

Relation between quantity of pollutant and marginal damage of each unit of it

Usually slopes upward

18
Q

Problems with optimal pollution?

A

1 uncertainty - hard to estimate price of MAC and MDC
2 weak sustainability
3 ignores equity
4 ignores marginal utility of money

19
Q

Alternative to optimal pollution analysis

A

1 show MAC and MDC with uncertainty
2 set absolute standards (safe min standards, sms)
3 determine affordability in sms

20
Q

Equimarginal principle

A

1 optimal pollution, ie last unit abated equals marginal damage cost

2 marginal cost of last abated unit is the same for all regulated agents

21
Q

Goal vs policy vs action

A

Goal is what aim to achieve
Policy is the law or actions of gov to meet goals
Action is taken by different actors to accomplish goal

22
Q

Policy criteria

A

1) effective?
2) efficient?
3) equality?
4) simplicity?
5) acceptable?

23
Q

Voluntarism

A

No regulation, voluntary internalization of externalities
Eg house hold energy auditis

Simple and politically acceptable

Inefficient, inequitable, not very affective

24
Q

Assign property rights?

Pollution efficiency

A

Works when simple,

Simple, effective, efficient and acceptable, sometimes not equitable

25
Q

Why are fisheries hard to manage?

A

1 ecological complexity
2 public and political acceptability
3 market failure of common pool

26
Q

Bio economic model of fisheries

A

Start with simple biological model

Define assumptions and limiations

27
Q

How do we regulate fisheries?

A

1) open access regulations
- tech restrictions
- size and weight limits

2) limited entry regulations
- ITQs
- fish coops

28
Q

Types of rent

A

Scarcity rent

Differential rent

29
Q

Government rent capture?

A

Government tried to capture rent from resource depletion

30
Q

Absolute advantage

A

With same inputs, country can produce more outputs than another country

31
Q

Comparitive advantage

A

When opp cost id producing something is less for one country realitive to others