Economic—Environmental—Energy Interactions: Modeling and Policy AnalysisT R. Lakshmanan This publication is concerned with two major current debates in public policy in all affluent societies. One is the widespread concern with the quality of the natural environment-the quality of air, water, land, and wilderness areas-which has expressed itself in the passage and implementation in recent years of a variety of environmental laws and regulations. A second debate concerns the adequacy of energy resources to meet the requirements of a growing economy. The requirement that industries must abate environmental pollution leads to increased costs of production and, in turn, to higher prices, falling output in those industries, and reduced employment and income in the region where such industries are located. There may be, at the same time, growth in indus tries that supply pollution abatement equipment and services in those or other regions. Over time, the health and economic benefits of higher envi ronmental quality express themselves in changing patterns of consumption. |
Contents
INTEGRATED MODELS FOR ECONOMICENERGYENVIRONMENTAL | 7 |
2 THE EVOLUTION OF ECONOMICENERGYENVIRONMENTAL MODELLING | 10 |
AN INTEGRATED ECONOMICENVIRONMENTALENERGY MODE | 14 |
32 National Economic Subsystem | 17 |
33 National Environmental Subsystem | 20 |
34 Regional Environmental Subsystem | 21 |
35 Energy Subsystem | 22 |
4 AN APPLICATION OF SEAS 41 Introduction | 23 |
33 A Oneperiod Horizon Programming Model | 127 |
34 A Twoperiod Transition Model | 129 |
4 PRICES REVISITED | 131 |
42 Compensating for Price Increases | 133 |
43 Measures Against Inflation | 136 |
44 A Model | 138 |
5 CONCLUSIONS | 140 |
6 NOTES | 142 |
42 Economic Effects | 26 |
43 Environmental Effects | 31 |
44 Concluding Comments | 35 |
5 NOTES | 36 |
6 REFERENCES | 37 |
OPERATIONAL METHODS FOR STRATEGIC ENVIRONMENTAL AND ENERGY POLICIES | 40 |
2 AN INTEGRATED INPUTOUTPUT MODEL WITH ENERGY AND POLLUTION | 41 |
3 PRICE EFFECTS AND TECHNOLOGY SHIFTS | 44 |
4 COMPOSITE SCENARIOS FOR LONGTERM ENVIRONMENTAL AND ENERGY POLICIES | 49 |
5 APPLICATIONS | 57 |
6 CONCLUSIONS | 61 |
PRELIMINARY ESTIMATES OF THE PARAMETERS OF THE TRANSLOG PRICE POSSIBILITY FRONTIER | 65 |
8 NOTES | 71 |
COSTS AND BENEFITS OF WATER POLLUTION CONTROL | 74 |
2 METHODS | 77 |
3 RESULTS | 83 |
32 Control Costs Damage Costs and Benefits | 89 |
4 THE GAINS FROM ADDITIONAL INFORMATION | 106 |
5 IMPLICATIONS AND CONCLUSIONS | 109 |
7 REFERENCES | 110 |
LONGRUN ENERGY POLICIES IN AN ECONOMIC SETTING | 113 |
2 PRELIMINARY THOUGHTS | 114 |
22 Energy Price and Level of Knowledge | 117 |
23 An Analytical Model | 118 |
Testing of Raw Material Models Required | 122 |
3 FURTHER INVESTIGATIONS6 | 123 |
31 Economics of Alternative Energy Sources | 124 |
32 A Simple Model | 126 |
7 REFERENCES | 143 |
AN INTEGRATED INTERREGIONAL MODEL FOR POLLUTION CONTROL | 145 |
2 MULTIDIMENSIONAL WELFARE PROFILES | 146 |
3 AN INTEGRATED INTERREGIONAL MODEL OF PRODUCTION AND POLLUTION | 149 |
4 INTERACTIVE COMPROMISE POLICY MODELS | 153 |
5 AN EMPIRICAL ILLUSTRATION OF AN INTERACTIVE COMPROMISE MODEL | 158 |
6 CONCLUDING REMARKS | 165 |
7 NOTES | 166 |
THE ENVIRONMENTAL IMPACT ISSUES IN ENERGY DEVELOPMENT IN THE UNITED STATES | 168 |
2 THE 1977 ERDA NATIONAL PLAN | 169 |
3 TO THE PRESENT | 175 |
5 EDP CONTENTS AND PROCEDURES | 176 |
6 TECHNOLOGY DESCRIPTIONS | 177 |
7 IDENTIFICATION OF ENVIRONMENTAL CONCERNS | 178 |
9 TECHNOLOGY ASSESSMENT | 179 |
10 SUMMARY AND CONCLUSIONS | 180 |
11 NOTES | 181 |
DUTCH ENERGY POLICIES FOR THE FUTURE | 182 |
2 ENERGY SUPPLY AND ENERGY POLICY IN THE NETHERLANDS | 184 |
3 AVAILABILITY AND SECURITY OF SUPPLY | 185 |
4 FEASIBILITY OF APPLICATION | 187 |
5 ECONOMICS OF ENERGY SOURCES | 188 |
6 ENVIRONMENTAL IMPACT AND RISKS OF THE SOURCE | 190 |
SPREADING NEGATIVE EFFECTS | 192 |
8 GUIDELINES FOR FUTURE ENERGY POLICY | 193 |
83 Nuclear | 194 |
Other editions - View all
Economic—Environmental—Energy Interactions: Modeling and Policy Analysis T.R. Lakshmanan Limited preview - 2012 |
Economic—Environmental—Energy Interactions: Modeling and Policy Analysis T R. Lakshmanan No preview available - 2011 |
Economic—Environmental—Energy Interactions: Modeling and Policy Analysis T R. Lakshmanan No preview available - 2011 |
Common terms and phrases
aggregate agriculture analysis assessment assumed BAT controls Biochemical oxygen demand chemical oxygen demand coal coefficients control costs control levels countries damage costs decision developed econometric effects efficient electric utilities emissions employment energy conservation energy consumption energy demand energy policy energy price energy sectors energy sources energy supply environment estimates exogenous expected total costs exports Figure final demand forecasts future imports industrial point sources inflation INFORUM input-output model inputs interactions investment matrix ment mining Module multiobjective National Water Pollution natural gas NCWQ Netherlands Nijkamp nitrogen oxide nonpoint sources North Holland nuclear objective functions optimal output Paelinck percent pollution control population series price increases problem production raw materials residuals revising control Scenario DH SEAS sources and urban spatial strategies submodel Table tion translog urban runoff variables Water Pollution Damage welfare profile wmin
Popular passages
Page 6 - Fellow at the Netherlands Institute for Advanced Studies in the Humanities and Social Sciences (NIAS), Wassenaar, The Netherlands.
References to this book
Integrating Economic and Ecological Indicators: Practical Methods for ... J. Walter Milon,Jason Shogren No preview available - 1995 |
Man and the Biosphere: Toward a Coevolutionary Political Economy Kenneth M. Stokes Limited preview - 1992 |


