- Thermodynamics and process analysis for future economic scenarios
- Integrated assessment of the grand nutrient cycles
- The History and Future of Economics, by Robert U. Ayres
- On economic disequilibrium and free lunch
- On the economic valuation of ecosystem services
- Industrial ecology, depreciation, waste and pollution
- The next industrial revolution, reviving industry through innovation, Robert U. Ayres
- Aggregate wastes in the US chemical industries
- Technological trends
- The spaceship economy
- Entropy, physical information and economic values, Waste potential entropy; the ultimate ecotoxic
- Use of materials balances to estimate aggregate waste generation in the US (excluding chemicals)
- Products as service carriers, should we kill the messenger - or send it back?
- On the reappraisal of microeconomics, economic growth and change in a material world, Robert U. Ayres, Katalin MartinĂ¡s
- Theoretical growth models vs real world evidence, implications for greenhouse gas policy
- Industrial metabolism of nitrogen
- Statistical measures of unsustainability
- Turning point, the end of the growth paradigm
- On Capitalism and Inequality, Progress and Poverty Revisited, by Robert U. Ayres
- Industrial metabolism of sulphur
- Is the US economy dematerializing?, main indicators and drivers
- Socio-economic modelling & forecasting
- Life cycle analysis and materials/energy forecasting models
- Life cycle analysis, a critique
- Nitrogen consumption in the United States
- The minimum complexity of endogenous growth models, the role of physical resource flows and technology
- On growth in disequilibrium
- Viewpoint
- Resources, scarcity, technology, and growth
- The second law, the fourth law, recycling and limits to growth
- The bubble economy, is sustainable growth possible?, Robert U. Ayres
- Toward universal measure of environmental disturbance
- Eco-efficiency, double dividenss and the sustainable firm
- Useful work and information as drivers of growth
- Chemical industry wastes, a materials balance analysis
- Materials and the environment
- The role of material/energy resources and dematerialization in economic growth theories
- Eco-efficiency, asset recovery and remanufacturing
- Metals recycling, economic & environmental implications
- Industrial metabolism of nitrogen
- Exergy, power and work in the US economy
- Economics, thermodynamics and process analysis
- Use of materials balances to estimate aggregate waste generation and waste reduction potential in the US
- Foresight as a survival characteristic, when (if ever) does the long view pay?
- Technological progress, a proposed measure
- Eco-thermodynamics, economics and the second law
- Chemical industry wastes, a material balance analysis
- Ecology and economics diverge
- Eco-restructuring, the transition to an ecologically sustainable economy
- Minimizing waste emissions from the built environment, towards the zero emissions house