Books by Robert U. Ayres

The economic growth engine
The economic growth engine
2009
On the reappraisal of microeconomics
On the reappraisal of microeconomics
2005
The life cycle of copper, its co-products and byproducts
The life cycle of copper, its co-products and byproducts
2003
A handbook of industrial ecology
A handbook of industrial ecology
2002
Accounting for resources, 2
Accounting for resources, 2
1999
Feedback and endogenous econom
Feedback and endogenous economic growth
1999
Global aspects of the environment
Global aspects of the environment
1999
Minimizing waste emissions fro
Minimizing waste emissions from the built environment
1999
On green technology
On green technology
1999
On growth in disequilibrium
On growth in disequilibrium
1999
The minimum complexity of endo
The minimum complexity of endogenous growth models
1999
Accounting for resources
Accounting for resources
1998
The second law, the fourth la
The second law, the fourth law, recycling and limits to growth
1998
The spaceship economy
The spaceship economy
1998
Theoretical growth vs. real wo
Theoretical growth vs. real world evidence
1998
Eco-efficiency, asset recovery
Eco-efficiency, asset recovery and remanufacturing
1997
Eco-efficiency, double dividen
Eco-efficiency, double dividends and the sustainable firm
1997
Integrated assessment of the g
Integrated assessment of the grand nutrient cycles
1997
Metals recycling
Metals recycling
1997
On the economic valuation of e
On the economic valuation of ecosystem services
1997
Technological progress
Technological progress
1997
The Kuznets curve and the life
The Kuznets curve and the life cycle analogy
1997
The Kuznets curve and the life
The Kuznets curve and the life of cycle analogy
1997
Toward zero emissions
Toward zero emissions
1997
Towards an endogenous theory o
Towards an endogenous theory of economic growth
1997
Towards zero emissions
Towards zero emissions
1997
Information entropy and progress
Information entropy and progress
1994
Information evolution and economics
Information evolution and economics
1994
Aggregate wastes in the U.S. c
Aggregate wastes in the U.S. chemical industries
1993
Eco-restructuring
Eco-restructuring
1993
Industrial metabolism of sulfu
Industrial metabolism of sulfur
1993
Life cycle analysis and materi
Life cycle analysis and materials/energy forecasting models
1993
Technological trends
Technological trends
1993
Toward a universal measure of
Toward a universal measure of environmental disturbance
1993
Use of materials balances to e
Use of materials balances to estimate aggregate waste generation and waste reduction potential in the U.S
1993
Wealth accumulation and econom
Wealth accumulation and economic progress
1993
Industrial metabolism and the
Industrial metabolism and the grand nutrient cycles
1992
Industrial metabolism of nitro
Industrial metabolism of nitrogen
1992
On national wealth
On national wealth
1992
Computer Integrated Manufactur
Computer Integrated Manufacturing (IIASA Computer Integrated Manufacturing Series Volumes 1-4)
1991
Computer Integrated Mfg
Computer Integrated Mfg
1991
Manufacturing and human labor
Manufacturing and human labor as information processes
1987
Robotics and flexible manufacturing technologies
Robotics and flexible manufacturing technologies
1985
The next industrial revolution
The next industrial revolution
1984
Robotics, applications and social implications
Robotics, applications and social implications
1983
Worldwide transportation/energ
Worldwide transportation/energy demand, 1975-2000 revised Variflex model projections
1980
Resources, environment, and economics
Resources, environment, and economics
1978
Alternatives to the internal combustion engine
Alternatives to the internal combustion engine
1972
Prévision technologique et pla
Prévision technologique et planification à long terme
1972
Computer Integrated Manufacturing Vol. 2
Computer Integrated Manufacturing Vol. 2
1899
Computer Integrated Manufacturing Vol. 3
Computer Integrated Manufacturing Vol. 3
1899
ON THE REAPPRAISAL OF MICROECO
ON THE REAPPRAISAL OF MICROECONOMICS: ECONOMIC GROWTH AND CHANGE IN A MATERIAL WORLD