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Biophysical economics-Charles-Hall-8nov-2012

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A biophysically-based A biophysically-based economics for the economics for the second half of the second half of the age of oil age of oil Charles A. S. Hall Charles A. S. Hall State University of New York State University of New York College of Environmental Science and Forestry College of Environmental Science and Forestry Kent Klitgaard Kent Klitgaard Department of Economics Department of Economics Wells College Wells College Aurora, New York Aurora, New York Presented at Gulf Coast Economics conference Presented at Gulf Coast Economics conference Houston October 7, 2005 Houston October 7, 2005
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Page 1: Biophysical economics-Charles-Hall-8nov-2012

A biophysically-based A biophysically-based economics for the second economics for the second

half of the age of oilhalf of the age of oilCharles A. S. Hall Charles A. S. Hall

State University of New York State University of New York College of Environmental Science and Forestry College of Environmental Science and Forestry

Kent Klitgaard Kent Klitgaard Department of EconomicsDepartment of Economics

Wells College Wells College Aurora, New York Aurora, New York

Presented at Gulf Coast Economics conference Presented at Gulf Coast Economics conference

Houston October 7, 2005 Houston October 7, 2005

Page 2: Biophysical economics-Charles-Hall-8nov-2012

What should we be teaching our young What should we be teaching our young people in economics courses? people in economics courses?

Is the world a different place now than in Is the world a different place now than in the past several decades? the past several decades?

We say yes We say yes If so, should we be adapting to that? If so, should we be adapting to that? We say yes We say yes Does our current generation of economics Does our current generation of economics

textbooks reflect these necessary textbooks reflect these necessary adaptations? adaptations?

We say no We say no

Page 3: Biophysical economics-Charles-Hall-8nov-2012

SOME FACTS: SOME FACTS:

The economies of the United States, and The economies of the United States, and the world, run basically on oil, gas and the world, run basically on oil, gas and coal coal

Liquid and gaseous petroleum provide Liquid and gaseous petroleum provide about two thirds of the energy we use in about two thirds of the energy we use in the United States (and the world)the United States (and the world)

Production of oil in the United States Production of oil in the United States peaked in 1970. Today we produce only peaked in 1970. Today we produce only 40 percent of what we did in 1970. 40 percent of what we did in 1970.

Page 4: Biophysical economics-Charles-Hall-8nov-2012

Consequently the world and the U.S. Consequently the world and the U.S. became became increasinglyincreasingly dependent upon dependent upon

petroleumpetroleum

Today two thirds of U.S. energy comes Today two thirds of U.S. energy comes from oil (nearly two thirds imported) and from oil (nearly two thirds imported) and gas, most of rest from coal gas, most of rest from coal

New sources (except nuclear) remain New sources (except nuclear) remain trivial and are decreasing as % trivial and are decreasing as %

Page 5: Biophysical economics-Charles-Hall-8nov-2012

The US economy survives by using every one else’s oil

Page 6: Biophysical economics-Charles-Hall-8nov-2012

Global production in the world will peak (or Global production in the world will peak (or has peaked) relatively soon. has peaked) relatively soon.

Campbell and Laherrere (1998)

2004

U = 1800 BBO

Page 7: Biophysical economics-Charles-Hall-8nov-2012

……because we are using 2-4 times because we are using 2-4 times more oil each year than we findmore oil each year than we find

Page 8: Biophysical economics-Charles-Hall-8nov-2012
Page 9: Biophysical economics-Charles-Hall-8nov-2012

We are not alone…. We are not alone…. The sea change currently taking place in The sea change currently taking place in

economic theory is revealed by the views of economic theory is revealed by the views of recent Nobel prize winners in economics: recent Nobel prize winners in economics:

Amyarta Sen and Daniel Kahneman were Amyarta Sen and Daniel Kahneman were recognized for their work critical of the rational recognized for their work critical of the rational actor modelactor model

Joseph Stiglitz and George Ackerman for their Joseph Stiglitz and George Ackerman for their work on alternatives to the standard model of work on alternatives to the standard model of competition.competition.

Page 10: Biophysical economics-Charles-Hall-8nov-2012

OUR FIRST QUESTION: OUR FIRST QUESTION: What is economics?What is economics?

Well we all know the answer:Well we all know the answer:

Economics is the study of the Economics is the study of the allocation of scarce resources among allocation of scarce resources among competing ends.competing ends.

Page 11: Biophysical economics-Charles-Hall-8nov-2012

Standard view of inputs and Standard view of inputs and outputs to an economy (U.S. in outputs to an economy (U.S. in

1990) 1990)

U.S. Economy U.S. Economy (Average for one person for one year)(Average for one person for one year)

CAPITAL $5000?

LABOR 2000 hours

GDP $20,000?

Page 12: Biophysical economics-Charles-Hall-8nov-2012

This is a social definition of economics:This is a social definition of economics:

It implies that scarcity is only relative It implies that scarcity is only relative scarcity, that humans are rational, that scarcity, that humans are rational, that firms, households and markets are all that firms, households and markets are all that you need to make a legitimate economic you need to make a legitimate economic analysis or understanding. analysis or understanding.

Page 13: Biophysical economics-Charles-Hall-8nov-2012

We all know that that is not true…..We all know that that is not true…..

Page 14: Biophysical economics-Charles-Hall-8nov-2012

AN EQUALLY LEGITIMATE VIEW AN EQUALLY LEGITIMATE VIEW OF THE US ECONOMYOF THE US ECONOMY

Page 15: Biophysical economics-Charles-Hall-8nov-2012

U.S. EconomyU.S. Economy

[Includes material and energy flows][Includes material and energy flows]

(Average for one person for one year)(Average for one person for one year)

[KG/person/year] [KG/person/year]

OIL 2500

COAL 3000

CO2 89,000

GAS 2000

BIOMASS ETC

HYDRO, NUC

Water 140,000

Lost soils

Wood 1000

Rock 81,000

Iron 186

Other M

etals 43

Cem

ent 349

SOx -- 84

PARTIC. 29

NOx -- 80

Polluted Water

VOC -- 80

toxins

Page 16: Biophysical economics-Charles-Hall-8nov-2012

Interdisciplinary Economic Model

Ecological & Physical Systems

Households Firms

Economic System

Solar Heat

Energy Waste Heat

Nat. Res. Pollutants

Page 17: Biophysical economics-Charles-Hall-8nov-2012

Our second, quite different, definition of Our second, quite different, definition of economics comes from the great economics comes from the great Hungarian economic anthropologist Karl Hungarian economic anthropologist Karl Polanyi (Polanyi (Trade and Market in Early Trade and Market in Early Empires) who Empires) who provided what he termed a provided what he termed a SubstantiveSubstantive definition of economics: definition of economics:

Economics is the study of how Economics is the study of how people transform nature to meet their people transform nature to meet their needs.needs.

Page 18: Biophysical economics-Charles-Hall-8nov-2012

Economic development is often a series of resource booms and busts

Page 19: Biophysical economics-Charles-Hall-8nov-2012

Ecuador’s exploitation cycles

Page 20: Biophysical economics-Charles-Hall-8nov-2012

For me economics is summarized as this: For me economics is summarized as this:

For every dollar you spend the energy For every dollar you spend the energy equivalent of roughly a coffee cup’s worth equivalent of roughly a coffee cup’s worth of oil is spent somewhere in the world to of oil is spent somewhere in the world to bring you that dollar’s worth of good or bring you that dollar’s worth of good or service service

Page 21: Biophysical economics-Charles-Hall-8nov-2012

OUR SECOND QUESTIONOUR SECOND QUESTION

What is wealth and where does wealth What is wealth and where does wealth come from?come from?

Page 22: Biophysical economics-Charles-Hall-8nov-2012

Money is our usual measure of wealth, but Money is our usual measure of wealth, but money is notoriously slippery: money is notoriously slippery:

Printing more money does not make us richer, Printing more money does not make us richer, but just leads to inflation. but just leads to inflation.

So some people think we should use a So some people think we should use a “harder” measure, usually gold“harder” measure, usually gold

Page 23: Biophysical economics-Charles-Hall-8nov-2012

But when in the 1500s Spaniards But when in the 1500s Spaniards doubled the quantity of gold in doubled the quantity of gold in the old world– they halved its the old world– they halved its value! value!

The wealth was from the energy The wealth was from the energy used there: from the sun, rain used there: from the sun, rain and wind and from the activity of and wind and from the activity of foresters, fishermen, farmers, foresters, fishermen, farmers, housewives, artisans etc who housewives, artisans etc who

did the physical work to did the physical work to generate the wealthgenerate the wealth

Page 24: Biophysical economics-Charles-Hall-8nov-2012

AluminumIron

Titanium

MananeseVanadiumZinc

ChromiumNickelCopperr

NiobiumCobaltLead

Tin

TungstenMolybdenum

SilverPlatinum group

Gold0.001

0.1

1

10

100

1000

10000

100000

Tons rock per ton metal

Crustal Abundance of MineralsCrustal Abundance of Minerals

CrustalAbundance

0.01

Page 25: Biophysical economics-Charles-Hall-8nov-2012

Gold is expensive largely because it is Gold is expensive largely because it is rare in the Earth’s crust.rare in the Earth’s crust.

It takes roughly 60 million Kjoules to mine It takes roughly 60 million Kjoules to mine a Kg of Golda Kg of Gold

Expensive things are usually energy-Expensive things are usually energy-intensive intensive

Page 26: Biophysical economics-Charles-Hall-8nov-2012

In the Classical/Marxist world view:In the Classical/Marxist world view:

Wealth comes from the activity of laborWealth comes from the activity of labor

Page 27: Biophysical economics-Charles-Hall-8nov-2012

But labor is an increasingly small input relative to the But labor is an increasingly small input relative to the FUEL ENERGY that does the work of economic FUEL ENERGY that does the work of economic

productionproduction

60

Fuel

Domesticated Animals

Labor

1850 1890 1930 1970

0

20

40

80

100

Per

cent

age

Page 28: Biophysical economics-Charles-Hall-8nov-2012

In the neoclassical world view:In the neoclassical world view:

Wealth comes from Capital Wealth comes from Capital

(In the 1970s Solow dropped even (In the 1970s Solow dropped even labor) labor)

Page 29: Biophysical economics-Charles-Hall-8nov-2012

The Standard Economic Model

Households Firms

Goods & Services

Labor & Capital

Consumption & Investment

Wages & Profit

Page 30: Biophysical economics-Charles-Hall-8nov-2012

e.g. Cobb- Douglass production function:

P = f(K,L)

“residual” assigned to innovation

Ignores the most important element!!!

Neoclassical production functions--Neoclassical production functions--

Page 31: Biophysical economics-Charles-Hall-8nov-2012

When energy is included in production functions, When energy is included in production functions, it explains the observed output with greater power it explains the observed output with greater power

than does than does eithereither capital or labor capital or labor

Japan

Page 32: Biophysical economics-Charles-Hall-8nov-2012

Germany

Page 33: Biophysical economics-Charles-Hall-8nov-2012

United States

Page 34: Biophysical economics-Charles-Hall-8nov-2012

As natural scientists we believe that these As natural scientists we believe that these models of Neoclassical Economics:models of Neoclassical Economics:

-- Uses incorrect boundaries -- Uses incorrect boundaries

-- Is inconsistent with Laws of -- Is inconsistent with Laws of ThermodynamicsThermodynamics

-- is largely based on articles of faith rather -- is largely based on articles of faith rather than empirically validated sciencethan empirically validated science

Page 35: Biophysical economics-Charles-Hall-8nov-2012

We need a new approach to economics:We need a new approach to economics:

Biophysical economicsBiophysical economics

It is neither labor nor capital that It is neither labor nor capital that generates wealth, generates wealth,

butbut NATURE NATURE

Including especially the energies used by nature Including especially the energies used by nature

and also by humans to exploit nature and also by humans to exploit nature

Page 36: Biophysical economics-Charles-Hall-8nov-2012

Henrich et al.Henrich et al. ““Experimental economists and others have uncovered Experimental economists and others have uncovered

large and consistent deviations from the textbook large and consistent deviations from the textbook representations of representations of Homo economicusHomo economicus. .

Literally hundreds of experiments in dozens of countries Literally hundreds of experiments in dozens of countries suggest that, in addition to their own material payoffs, suggest that, in addition to their own material payoffs, people have social preferences: people have social preferences:

subjects care about fairness and reciprocity, are willing subjects care about fairness and reciprocity, are willing to change the material outcomes among others at to change the material outcomes among others at personal cost to themselves, and reward those who act personal cost to themselves, and reward those who act in a pro-social manner while punishing those who do not, in a pro-social manner while punishing those who do not, even when these actions are costly.” even when these actions are costly.”

Page 37: Biophysical economics-Charles-Hall-8nov-2012

About half of the Nobel prizes in economic About half of the Nobel prizes in economic in last two decades have gone to people in last two decades have gone to people (Kaneman, Stiglitz, Sen etc.) whose (Kaneman, Stiglitz, Sen etc.) whose worked has undermined the basic worked has undermined the basic neoclassical model neoclassical model

Page 38: Biophysical economics-Charles-Hall-8nov-2012

Economic development is often a series of resource booms and busts

Page 39: Biophysical economics-Charles-Hall-8nov-2012

This is how This is how realreal economies work economies work

Energy Sources

Page 40: Biophysical economics-Charles-Hall-8nov-2012

This is how This is how realreal economies work economies work

Raw Materials

Page 41: Biophysical economics-Charles-Hall-8nov-2012

This is how This is how realreal economies work economies work

Exploitation

Page 42: Biophysical economics-Charles-Hall-8nov-2012

This is how This is how realreal economies work economies work

Processing

Page 43: Biophysical economics-Charles-Hall-8nov-2012

This is how This is how realreal economies work economies work

Manufacture

Page 44: Biophysical economics-Charles-Hall-8nov-2012

This is how This is how realreal economies work economies work

Consumption

Page 45: Biophysical economics-Charles-Hall-8nov-2012

This is how This is how realreal economies work economies work

Page 46: Biophysical economics-Charles-Hall-8nov-2012

QUESTION III. ENERGY AND QUESTION III. ENERGY AND ECONOMIC PRODUCTION ECONOMIC PRODUCTION

Page 47: Biophysical economics-Charles-Hall-8nov-2012

For most of its existence the United StatesEconomy used energy in almost direct proportion to its GNP

Page 48: Biophysical economics-Charles-Hall-8nov-2012

How to have successful How to have successful development (Hall model)development (Hall model)

Countries with energy growth greater than population growth become richer

Those whose population growth is greater than energy growth do not

Page 49: Biophysical economics-Charles-Hall-8nov-2012

Hence we in the natural sciences, and Hence we in the natural sciences, and indeed any thinking person, indeed any thinking person, MUSTMUST reject the reject the

neoclassical model as a representation of neoclassical model as a representation of real economies. real economies.

It is a fairy taleIt is a fairy tale

Page 50: Biophysical economics-Charles-Hall-8nov-2012

““Tell me the fairy tale about the economy.”Tell me the fairy tale about the economy.”

Page 51: Biophysical economics-Charles-Hall-8nov-2012

QUESTION 3 QUESTION 3

Haven’t the earlier biophysical models Haven’t the earlier biophysical models been negatedbeen negated? ?

Remember: Remember: 1) Barnett and Morse 1) Barnett and Morse 2) Paul Ehrlich’s Bet 2) Paul Ehrlich’s Bet 3) Limits to growth3) Limits to growth

Page 52: Biophysical economics-Charles-Hall-8nov-2012

Barnett and Morse: No increase in the inflation-Barnett and Morse: No increase in the inflation-corrected price of any major resource (except corrected price of any major resource (except forest products) forest products)

? Some circularity there … ? Some circularity there … However Cleveland (Barnett and Morse However Cleveland (Barnett and Morse

Revisited ) found that prices were kept low only Revisited ) found that prices were kept low only through the use of more and more energy, which through the use of more and more energy, which was becoming cheaper at that time. was becoming cheaper at that time.

Page 53: Biophysical economics-Charles-Hall-8nov-2012

Paul Ehrlich’s (one of my heroes) stupid bet Paul Ehrlich’s (one of my heroes) stupid bet

Page 54: Biophysical economics-Charles-Hall-8nov-2012

1972

Page 55: Biophysical economics-Charles-Hall-8nov-2012

The model showed violent oscillations in the conditions of humanity

Page 56: Biophysical economics-Charles-Hall-8nov-2012

Economists didEconomists did

not like this model not like this model

and attacked it and attacked it

fiercely fiercely

Page 57: Biophysical economics-Charles-Hall-8nov-2012

“ “ A close look by economists has led many A close look by economists has led many competent independent analysts to conclude that competent independent analysts to conclude that

the underlying assumptions are pure fantasy the underlying assumptions are pure fantasy

There are no inventions .. Output per unit There are no inventions .. Output per unit input has been rising between one and input has been rising between one and one half and three percent (Denison)… one half and three percent (Denison)…

……did not refer to a single scientific study … did not refer to a single scientific study … There is a clear possibility that the There is a clear possibility that the development of nuclear fusion will open up a development of nuclear fusion will open up a vast and perhaps enormously cheap source of vast and perhaps enormously cheap source of power ..power ..

Page 58: Biophysical economics-Charles-Hall-8nov-2012

And since these oscillations did not come And since these oscillations did not come to pass most economists believed its to pass most economists believed its results spurious. results spurious.

Page 59: Biophysical economics-Charles-Hall-8nov-2012

Discussion of any limits to growth disappeared Most who Discussion of any limits to growth disappeared Most who thought about it said the thought about it said the market had solved the problemmarket had solved the problem

The oil issue has, until the last few days/months, The oil issue has, until the last few days/months, disappeared from the media disappeared from the media

Growth returned as the god Growth returned as the god Those who raised these issues were alarmists, Those who raised these issues were alarmists, Casandras Casandras Even mpg goals were essentially eliminated Even mpg goals were essentially eliminated There was not even any place to apply for money in NSF There was not even any place to apply for money in NSF

or DOE (except for technical studies to produce more) to or DOE (except for technical studies to produce more) to study such issuesstudy such issues

The economists won the debate!!! The economists won the debate!!!

Page 60: Biophysical economics-Charles-Hall-8nov-2012

Economics has trumped science! Economics has trumped science!

Neoclassical economics, including Neoclassical economics, including especially monetary cost-benefit analysis, especially monetary cost-benefit analysis, has become the overwhelming choice to has become the overwhelming choice to make public decisions. make public decisions.

These ideas sometimes have become These ideas sometimes have become conflated with the anti-government conflated with the anti-government conservative agenda conservative agenda

““Let the markets make all decisions” Let the markets make all decisions”

Page 61: Biophysical economics-Charles-Hall-8nov-2012

But…. (a closely held secret): But…. (a closely held secret):

Page 62: Biophysical economics-Charles-Hall-8nov-2012

As of 2005 the limits to growth model is almost As of 2005 the limits to growth model is almost exactly exactly correct for all parameterscorrect for all parameters!!

Page 63: Biophysical economics-Charles-Hall-8nov-2012

In fact most biophysical predictions have been In fact most biophysical predictions have been right on: right on:

Oil production in US has declined by 60 percent Oil production in US has declined by 60 percent as predicted by Hubbert as predicted by Hubbert

Huge price increases in 1980s resulted in Huge price increases in 1980s resulted in lessless O&G production subsequently O&G production subsequently

Global oil production is at or near peak Global oil production is at or near peak Most other resource issues have been bailed out Most other resource issues have been bailed out

with cheap oil (soils, fish, water etc). with cheap oil (soils, fish, water etc). NO substitutes for oil have emerged NO substitutes for oil have emerged Renewables remain less than 1% (except hydro)Renewables remain less than 1% (except hydro)

Page 64: Biophysical economics-Charles-Hall-8nov-2012

Question 4. Efficiency Question 4. Efficiency Neoclassical economics is sold to the Neoclassical economics is sold to the

world from the perspective of world from the perspective of “efficiency” “efficiency”

In economics efficiency means that all productive factors are In economics efficiency means that all productive factors are optimally employed, and this should lead to lowest possible optimally employed, and this should lead to lowest possible pricesprices

So we tested that as science or engineering would:So we tested that as science or engineering would:

Efficiency = OUTPUT / INPUT Efficiency = OUTPUT / INPUT

Page 65: Biophysical economics-Charles-Hall-8nov-2012

We have published four such updated papers We have published four such updated papers

showing same for most countries showing same for most countries

Quality corrected energy effi ciency of selected countries, 1970-1996

0.0

10.0

20.0

30.0

40.0

50.0

60.0

70.0

80.0

90.0

100.0

1965 1970 1975 1980 1985 1990 1995 2000

Year

GD

P in

mil

1987

/pet

ajo

ule

s

KenyaNigeriaSenegalZambiaCosta RicaMexicoUSAArgentinaBrazilColumbiaVenezuelaIndiaKoreaMalaysiaPhilippinesThailandsNetherlands

Page 66: Biophysical economics-Charles-Hall-8nov-2012

TESTING EFFICIENCYTESTING EFFICIENCY

Our ConclusionOur Conclusion

We found NO evidence for 40 countries that efficiency of turning We found NO evidence for 40 countries that efficiency of turning energy, water or forests into wealth was increasing -- if energy, water or forests into wealth was increasing -- if anything the opposite (possible partial exceptions US and anything the opposite (possible partial exceptions US and Hong Kong) Hong Kong)

(Ko et al 1998, Tharakan et al. 2003, Hall and Ko 2005). (Ko et al 1998, Tharakan et al. 2003, Hall and Ko 2005).

Wealth comes from resource exploitation!Wealth comes from resource exploitation!

Page 67: Biophysical economics-Charles-Hall-8nov-2012

Some difficult economic things that Some difficult economic things that biophysical economics can explain biophysical economics can explain

reasonably well: reasonably well:

Labor productivity Labor productivity Phillips curve excursionsPhillips curve excursions Failure of development (some aspects) Failure of development (some aspects)

Page 68: Biophysical economics-Charles-Hall-8nov-2012

What Denison missed

Page 69: Biophysical economics-Charles-Hall-8nov-2012

Phillips Curve:Theory

Page 70: Biophysical economics-Charles-Hall-8nov-2012

Phillips Curve: reality 1970’s

Page 71: Biophysical economics-Charles-Hall-8nov-2012

CONCLUSIONS CONCLUSIONS

Economics remains largely about investing Economics remains largely about investing energy in exploiting nature energy in exploiting nature

This needs to be the first principal of This needs to be the first principal of teaching economics, not something teaching economics, not something marginalized. marginalized.

In the long run mother nature holds the In the long run mother nature holds the high cards high cards

Page 72: Biophysical economics-Charles-Hall-8nov-2012
Page 73: Biophysical economics-Charles-Hall-8nov-2012
Page 74: Biophysical economics-Charles-Hall-8nov-2012

--

Neoclassical economics

My final professional goal

Page 75: Biophysical economics-Charles-Hall-8nov-2012

It is inconceivable to me that that the market or It is inconceivable to me that that the market or conventional economics is providing useful conventional economics is providing useful signals for foreseeing or dealing with these signals for foreseeing or dealing with these issues. issues.

In fact by glorifying trivial and manipulated In fact by glorifying trivial and manipulated tastes, by worshiping growth, by ignoring such tastes, by worshiping growth, by ignoring such issues as population growth and resource issues as population growth and resource depletion, the market approach is greatly depletion, the market approach is greatly exacerbating these very difficult problems exacerbating these very difficult problems

Page 76: Biophysical economics-Charles-Hall-8nov-2012
Page 77: Biophysical economics-Charles-Hall-8nov-2012

THE END

Page 78: Biophysical economics-Charles-Hall-8nov-2012

Real economies are based on resourcesReal economies are based on resources

Economic development is usually a series Economic development is usually a series of developments, depletions and then of developments, depletions and then shifts to new resources shifts to new resources

Page 79: Biophysical economics-Charles-Hall-8nov-2012

Economic development is often a series of resource booms and busts

Page 80: Biophysical economics-Charles-Hall-8nov-2012

Ecuador’s exploitation cycles

Page 81: Biophysical economics-Charles-Hall-8nov-2012

Predatory (i.e. large) Fish –catch per Predatory (i.e. large) Fish –catch per effort effort

Nature 423, 280 - 283 (15 May 2003); doi:10.1038/nature01610

Page 82: Biophysical economics-Charles-Hall-8nov-2012

We are NOT getting less We are NOT getting less resource dependentresource dependent

Page 83: Biophysical economics-Charles-Hall-8nov-2012

Costa Rica: Costa Rica: The myth of sustainable developmentThe myth of sustainable development

ResultsResults No silver bulletsNo silver bullets Vulnerable to oil pricesVulnerable to oil prices No possibility of sustainability No possibility of sustainability

for 20 reasonsfor 20 reasons BUT: Good society on a BUT: Good society on a

relatively poor resource base.relatively poor resource base. Much to learn from Costa Much to learn from Costa

Rica.Rica.

Page 84: Biophysical economics-Charles-Hall-8nov-2012

My Next Book:My Next Book:

Making Development work: Making Development work: A new role for science A new role for science

Two volumes:Two volumes:

1.1. Theory Theory

2.2. National histories and case studies National histories and case studies

Acessable atAcessable at: : http://www.esf.edu/EFB/hall/Extracredit/MDWF0.doc

(where 0 is 0 to 9)(where 0 is 0 to 9)

By Gregoire Leclerc and Charles Hall (Eds); University of New Mexico Press (in press)

Page 85: Biophysical economics-Charles-Hall-8nov-2012

Let’s not forget the environment Let’s not forget the environment

There are often extremely costly “side” There are often extremely costly “side” effects: effects:

Page 86: Biophysical economics-Charles-Hall-8nov-2012

International Relation Between International Relation Between Economic Activity and Energy Use 1990Economic Activity and Energy Use 1990

100090080070060050040030020010000

1

2

3

4

5

6

7

8

9

10


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