EEP101 Lecture 1

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    EEP 101/ ECON 125

    Economics of Resources andthe Environment

    Professor David Zilberman

    Department of Agricultural and

    Resource Economics

    University of California, Berkeley 

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    Lecture 1: Introduction

    • The Instructors• GSIs

    • Sections

    • Readings (Online Texts)

    • Grading

    • Course Outline

    • What You Will Study, Hopefully

    Special Issues• Details available on the syllabus and online

    on the class website: (https://bspace.berkeley.edu)

    http://are.berkeley.edu/courses/EEP101/spring06/http://are.berkeley.edu/courses/EEP101/spring06/

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    The Instructors

    • David Zilberman

    • Office Location: 337 Giannini Hall

    • Office Hours: Thursdays, 2:30-3:30 pm

    • Website: professorzilberman.com

    • Email: [email protected] 

    mailto:[email protected]:[email protected]

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    GSI’s 

    • Geoffrey Barrows

    [email protected]

    Lilia Chaidez• [email protected]

    • Abu Nayeem

    [email protected]

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    The Professor

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    Background of Zilber

    • Originally from Israel (you can tell by his

    Zilbonic accent).

    • Works on water in California (got a Drippey

     Award, the Oscar of Plumbing (come see thewax trophy in his office).

    • Expert on biotechnology, environmental

    services, and pesticides (always attracted totoxic materials and never shies from

    controversy).

    • Basketball fanatic (has season tickets to

    Warriors games).

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    Sections

    • Section 1: Monday 9-10am, 2066 VLSB (Lilia)

    • Section 2: Monday 8-9am, 2032 VLSB (Lilia)

    • Section 3: Wednesday 9-10am, 2062 VLSB (Geoff)

    • Section 4: Wednesday 3-4pm, 2038 VLSB (Geoff)

    • Section 5: Friday 1-2pm, 2066 VLSB (Abu)

    • Section 6: Friday 3-4pm, 2030 VLSB (Abu)

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    Readings (Online Texts)

    • There is no required textbook. The detailed coursenotes will be on https://bspace.berkeley.edu.

    For supplementary readings, we recommend thetextbooks listed on the syllabus.

    • Lecture summaries will also be available at

    https://bspace.berkeley.edu.

    • The detailed notes and lecture summaries will bemodified to reflect the revised content of the class.

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    Grading

    • Grading

    • 30% midterm, 50% final, and 20% homework.

    • Students may opt to submit a paper. In thiscase grading is 66% classwork (the above)and 34% for the paper.*

    • * Possible topics for the optional paper, inaddition to sample papers, can be found onbspace after the midterm.

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    Optional paper

    • The optional paper should be 10-15

    pages long.

    Should address environmental issues,providing an economic perspective.

    •  The format should follow a policy

    memo.

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    Course Outline

    • The syllabus includes a class outlinerevealing the materials to be covered in eachoutline.

    • The first five lectures are as follows:• Lecture 1: Introduction (Today!)

    • Lecture 2: When Is a Market Socially Optimal?

    • Lectures 3: Welfare Economics

    • Lecture 4: Negative Externalities

    • Lecture 5: Externality Policies

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    What You Will Study, Hopefully

    • Theory of externalities• How to use carrots & sticks to reduce pollution

    • The political economy of pollution control

    Public goods• The economics of parks and environmental

    amenities

    • Collective actions for a greener world

    Evaluation of nonmarket benefits• Resource management over time

    • Conservation policies

    • Sustainability

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    Special Issues

    • Water

    • Climate Change

    Pesticides• Biotechnology

    • Environmental Services

    • Biofuel

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    Examples of topics•

    The impacts of overpopulation• The economics of the Clean Water Act

    • Energy in China

    • Pesticide contamination in groundwater• The economics of oil prices

    •  Animal waste: How much is too much?

    • The Kyoto Protocol

    • The decline of the fish population

    • The three Gorges Dam Projects: Benefit for

    the future of uncalculated risk?

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    List of Course Resources

    •Course readings

    •Exam materials

    •Lecture presentations

    •Optional paper

    •Problem sets

    •Related readings

    •Section notes

    Syllabus

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    Some Overview Material

    • Interdisciplinary and multidisciplinary research

    • Evolution of disciplines

    • Economics• Public policy research

    • Choices of policy intervention

    • Examples

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    Interdisciplinary vs.

    Multidisciplinary

    •   Interdisciplinary: Integrated approach. Biological

    and physical concepts are introduced to risk-analysis

    frameworks.

    •  Multidisciplinary: Work in parallel. Several

    disciplines analyze a problem with some

    interaction, e.g., National Research Council or U.N.

    task force.

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    Interdisciplinarity Is Relative

    • Interdisciplinary research varies.

    Includes:

    - Collaboration between a soil physicist and soil

    chemist working on soil performance.- Integration of economics, physics, and biology

    applied to climate change.

    It is useful to distinguish between interdiscipli-nary research within a major branch of science

    and between branches of science.

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    Evolution of Disciplines

    • Major problems or discoveries (DNA) begot

    disciplines.• Computer science and chemical engineering

    are new disciplines, and astrology is a dead

    one.

    • Disciplines are born, merge, and die.

    Conflict withina discipline 

    Integration of

    methods

     New complex

     problems

    A discipline is born 

    Lack of

    excitement 

    A discipline dies 

    P l M E b d I t di i li

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    People May Embody Interdisciplinary

    Approaches

    • Reality does not know disciplinary borders.

    •  New solutions may integrate disciplinary approaches.

    • Pest control theory merges economics with biology

    Management, law, and policy integrate decision theory scienceswith natural sciences.

    • Geography is interdisciplinary in nature. 

    • Science grows when methods are imported between

    disciplines.• Social sciences and biology are revitalized by mathematics.

    • Interdisciplinarity leads to new disciplines.

    f

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    Multidisciplinary Education form

    Interdisciplinary People• Exposure to several disciplines leads to flexible

    creative thinking and expands opportunities.

    • Almost all scientists need math and computer skills.

    • A scientist needs exposure to decision theory.• May become a manager

    • Is challenged to make socially meaningful discoveries

    • Social criticism needs a sound science base.

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    Economics

    • Studies resource allocation

    • Has several approaches:

    Behavioral• Institutional

    • Positive theory

    •  Normative theory

    • Econometric

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    Micro vs. Macro• Micro-behavior of consumers and firms and the resulting

    market outcomes. Issues:• Prices and quantities of goods

    • Consumer and producer welfare

    • Impact of market regulations

    • Monopolies and imperfect competition

    • Macro-aggregate behavior of the overall economy:

    • Unemployment and inflation

    • Money and interest rates

    • Investments and savings

    • International trade:

    • Tariffs and barriers to trade

    • International agreements

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     Interdisciplinary Elements in Economics

    (Every Discipline Has Some Interdisciplinary ) •

    Analyzes resource allocation.• Emphasizes:

    • Explaining reality and suggesting policies.

    • Markets, money, and new institutions 

    • Rationality is an important assumption now beingchallenged by developments in field of psychology

    • Borrows heavily from math and statistics.

    • Has strong applied subfields.

    • Can be used an an integrating discipline in policymaking.

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    What Is Public Policy Research?

    •Analysis of government activities in various areas

     — 

     pragmatic, applied, interdisciplinary.

    • Borrows much from public economics

    •Market failure

     — issues of environment cannot be solved

     by the market; intervention is needed.

    • Even when markets’ income distribution may be

    undesirable.

    •  Needs to design interventions to clean the

    environment and improve income distribution at low

    cost — that is the policy challenge.

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    Economic Applications to

    Agriculture• Analysis of behavior and outcomes

    • Crop choice

    • Adoption of new technologies

    • Agricultural prices

    • Consumer attitude and demand

    • Policy impact assessment

    • Impacts of agricultural and environmental policies

    • Impacts of new technologies

    • Policy design

    • Incentive to conserve

    • More efficient innovation strategies

    P li R h I

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    Policy Research Is

    Interdisciplinary

    • Policy research combines real-world problems with

    methodologies from economics, math, etc.

    • Policy design requires understanding people and

     politics.

    •  Needs to know technical options; then consider

    solutions.

    • Can lead to interaction with policymakers.

    • Economics is frequently “the integrating discipline.” 

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    Risk Assessment and Policy (Pesticides) • Risk to health from chemicals is the outcome of

    Application• Transfer

    • Exposure

    • Vulnerability

    Research to design policy involves• Agronomy

    • Hydrology

    • Epidemiology/toxicology

    Economics• Policy interventions include

    • Control of application (standards or incentives)

    • Protective clothing

    • Medical arrangement

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    P li A l t C id

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    Policy Analysts Consider

    the Nasty Details• Do not only study policy design, but also

    implementation

    • Monitoring

    • Enforcement

    • Case studies-key approach

    • Analyzes why policies succeed and fail.

    • Examines what was ignored in policy making — isit bad science or bad design?

    • Reality is their lab; they change agenda as problemschange.

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     A good policy is key for economic and

    environmental well-being. 

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    Economic welfare and environmental sustainability

    cannot be attained without interdisciplinary

    knowledge to undertake policy action