Index • 505ISI (import-substituting industrialization),385–86IS-LM model: overview, 321–22; ecologicaleconomics, adapting to,348–50, 349f; exogenous changes inIS and LM, 330–33, 333f; inflationand disinflation, 336–39; interestrates and income, policy impacts on,333–36, 337t; IS and LM combined,329, 330f; monetary sector and LMcurve, 326–29, 327f; purpose of,329; real sector and IS curve,323–26, 324f; real-world policy issues,345–47; scale, distribution,and allocation, policy impacts on,341–45; unemployment and,340–41Isolated systems, 15, 28Ithaca HOURS, 291JJevons, William Stanley, 20, 68Joule, James, 65Junk bonds, 331b–332bJustice. See Policies for just distributionKKahneman, D., 241Kapor, Mitch, 374Keynes, John Maynard: Bretton Woodsinstitutions and, 364–65; on cosmicprotectionism, 218; on globalization,373; on government role, 249b–250b;on “long term,” 98; monetary sectorand, 322; Say’s Law and, 26; onspeculators, 297; on transaction demandfor money, 327; unemploymentand, 263; on user cost, 198b–199bKnight, Frank, 95b, 290, 296Knowledge. See Information andknowledgeKropotkin, Peter, 234bKrugman, Paul, 310b, 356Kuhn, Thomas, 23–24Kyoto protocol, 120LLabor and standards-lowering competition,383–86Labor power, 304Land. See Ricardian landLandlord class, 310Land tax, 453–55, 465fLatin American debt crisis, 396, 396b,405Lawn, P., 348nLaw of diminishing marginal cost,19–21, 19b–20bLaw of diminishing marginal physicalproduct, 129–31, 152, 156, 157fLaw of diminishing marginal utility,19–21, 19b–20b, 129–31, 138, 161,162f, 242Law of entropy. See Thermodynamicsand entropyLaws of nature, 54Lay, Kenneth, 377bLDCs (less-developed countries),384–87Leakages, 26–28Legislation, environmental, 474Leisure, 275nLess-developed countries (LDCs),384–87Lessig, Lawrence, 374Leverage, 398, 407Liability rule, 425, 430, 462Liberalization of the financial sector,395–97, 395tLimits on resources. See Full-worldeconomyLinear throughput. See ThroughputLinux operating system, 174b–175bLiquidity preference, 327, 331–32Liquidity trap, 336LM curve, 326–29, 327f, 331–33,333f. See also IS-LM modelLoan subsidies, 450, 467Lobbying, 377bLocke, John, 9nLorenz curve, 306f, 307–8Lovelock, James, 104nLow-entropy matter-energy, 38–39, 40MMacro-allocation, 182–83, 342–45,464–67Macro-control and micro-variability, 415Macroeconomics: defined, 6n, 21n;ecological economics and, 261–62,264–65; limits to growth, 269f; microeconomicsvs., 261–66; schoolsof, 261n. See also specific topicsMalthus, Thomas, 32–33, 159bMarginal abatement costs (MACs), 429,430Marginal costs: defined, 16n; law of diminishingmarginal cost, 19–21,19b–20b; monopoly and, 135; optimalscale and, 16–17Marginal disutility (MDU), 20–21, 20fMarginal external cost (MEC), 184,186–87, 186f, 228, 229f, 430,469–70Marginal extraction costs (MEX), 194,194fMarginal net private benefit (MNPB),186–87, 186f, 227, 229, 229fMarginal physical product, 128,129–31, 152, 156–57, 157f. See alsoMarket equation, basicMarginal propensity to consume, 330Marginal propensity to save, 330–31,333fMarginal revenue and monopoly, 135Marginal user cost (MUC), 195–98,196f, 198b–199bMarginal utility (MU): balanced withmarginal disutility, 20–21, 20f; defined,128; diamonds-water paradoxand, 287b; income distribution and,445–46; law of diminishing marginalutility, 19–21, 19b–20b,129–31, 138, 161, 162f, 242; forrich vs. poor, 163–64. See also Marketequation, basicMargin of error, 415–16Market equation, basic: concepts andcomponents of, 128–33; meaning of,133–35; monopoly and, 135–36;non-price adjustments, 136–38;supply and demand and, 138–44Market failures: abiotic resources and,193–209; advertising and, 465; bioticresources and, 211–30; congestiblegoods and multi-tier pricing,177; excludability, rivalness, andcongestibility, 165–69, 169t; externalities,184–88; fossil fuels,194–200; freshwater, 204–6; informationand intellectual propertyrights, 173–77; mineral resources,200–201, 201t; missing markets,188–90; open access regimes,169–73, 170b–171b; public goods,177–84; renewable resource fundsand services, 222–26; renewable resourcestocks and flows, 211–21; Ricardianland, 206–8; scarcity andprices, 202–4; solar energy, 208; systemof biotic and abiotic resources,230–31; waste absorption capacity,226–30Market price method, 461bMarkets: as communications systems,
506 • Index127; in ecological economics, 6; economicimperialism and, 53; policydesign and, 413Marshall, Alfred, 69n, 374Marx, Karl, 32–33, 286Maslow, Abraham, 278Material cause, 71, 72, 157Materialism, 45–46, 47Matrix of human needs (Max-Neef),278–84, 279t–280tMatter-energy, low-entropy, 38–39, 40Maximum sustainable yield (MSY),99–102, 189, 212, 221Max-Neef, Manfred, 278–84,279t–280tMayer, Robert, 65McNeill, J. R., xix–xxiMeans. See Ends and meansMeasured Economic Welfare (MEW),274–75Mechanical physics, 66–67, 69Mechanism, 47Médecins Sans Frontières, 151bMergers and acquisitions, 331b–332b,370–71Micro-allocation, 342Microeconomics: defined, 6n, 21n;macroeconomics vs., 261–66. Seealso specific topicsMill, John Stuart, 55b–56bMinerals: as abiotic resources, 83–87,85f; defined, 75; externalities andmarket failure, 200–201, 201t;heavy metal emissions, 120; limits,116Minimum income policies, 445–47Minimum viable population, 101b,102, 103bMinimum wage, 446Mining Law of 1872 (U.S.), 451Mishan, E. J., 41Missing markets, 188–90Mobility of capital, 360–63, 381Monetary and fiscal policy: definitions,261; fiscal policy, 334–36; impactson interest rates and income,334–36, 337t; monetary policy,333–34; real-world problems,345–47; scale, distribution, and allocation,impacts on, 341–45; forsteady-state economy, 335b–336bMonetary cues and social behavior, 249Monetary sector, 326–29Money: abstract exchange value and,28n; currencies, 290–91; definitionsof, 290; fractional reserve system,292–93; functions of, 285–87; aspublic good, 293–95; quantity ofmoney theory of income, 322b;seigniorage, 289–90; thermodynamicsand, 295–98; transaction demandfor, 327; as virtual wealth,288–89Monisms, 54–55Monopolies: basic market equationand, 135–36; coercive, 371;Greenspan on, 263n; intellectualproperty and, 173; natural, 206Monopsonies, 370nMoral hazard, 398–99, 407Morganstern, Oskar, 322nMorgenthau, Henry, 364Multiplier effect, 343–44Multi-tier pricing, 177Mystery, 50n, 55NNAFTA (North American Free TradeAgreement), 375NAIRU (nonaccelerating inflation rateof unemployment), 340, 349National defense, 342nNational Income and National Product,25, 26Natural capital: defined, 17, 76; depletionof, 270–71; distributing returnsto, 451–55; knowledge vs., 255; liquidationvs. depreciation of, 272n;negative discount rate to, 318; productionfunctions and, 162; restorationof, 142bNatural dividend: defined, 225; quotasand, 434; from renewable resources,225–26, 226fNatural monopolies, 206Natural selection, 234b, 249bNatural unemployment, 340Nature vs. nurture, 251Needs-based measures of welfare,277–84, 279t–280tNegative marginal net private benefit(MNPB), 468, 469fNeoclassical economics (NCE): efficiencyin, 4; financial crisis and,407; future generations and, 189;growth in, 7, 64; marginal utilityand, 19–20, 21; net present value,219; positive approach to discounting,314–16; poverty eliminationand, 445–46; production functionsin, 157, 158–60, 162; rational selfinterestand, 233–34, 254; on substitution,183; utilitarian philosophyand, 281Net national product (NNP), 270–71Net present value (NPV), 190, 219–22,316, 461–62Net recoverable energy, 81–82, 82fNewcomen steam engine, 10nNew Zealand, 437–38Nihilism, 44–47, 47bNixon, Richard, 377bNonaccelerating inflation rate of unemployment(NAIRU), 340, 349Nondeterminism, 42–43Nonexcludable resources, 73, 106, 166Nonmarket goods and services: macroallocationand, 342–43; pricing andvaluation of, 457–64; spatial aspectsof, 468–74; subsidies for, 466–67Nonnihilism, 43Non-price adjustments, 136–38Nonrenewable resources, 75, 313–14.See also Abiotic resourcesNonrival resources, 73–74, 86, 106Nordhaus, William, 53, 191, 274Norgaard, Richard, 7n, 203Normal profit, 152North American Free Trade Agreement(NAFTA), 375Nuclear wastes, 120Nussbaum, Martha, 281–82OOil. See Fossil fuelsOpen access regimes, 169–73,170b–171b, 246–48Open-source software, 174b–175bOpen systems, 15, 68Opportunity cost: of capital, 317–18;defined, 15; discounting and, 315;public goods and, 181; user costand, 198Optimal scale, 16–17, 20b, 21Organochlorines, 228Ostrom, Elinor, 248Overdeveloped countries (ODCs), 386,387Ownership of capital, 447–50Oxytocin, 251bOzone depletion, 121PPacific Lumber, 332bParadigm shifts, 23–24
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To Andrea and MarciaAnd to the next
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Ecological EconomicsPrinciples and
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x • ContentsExcludability and Riv
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that feed the economic process and
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when combined together generate eco
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possibility conditions (ratios of M
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■ Table 14.1MAX-NEEF’S MATRIX O
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CHAPTER15MoneyMoney ranks with the
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PART VInternational Trade
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CHAPTER19GlobalizationWhy are so ma
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Ironically, the U.S. assistant atto
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Chapter 19 Globalization • 375not
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Chapter 19 Globalization • 377Box
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costs of economic growth. In recent
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■ Just DistributionFinally, we tu
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economies have liberalized. While C
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Yet on closer examination, the hist
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CHAPTER20Financial GlobalizationLib
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ance (capital plus current account)
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affect the exchange rate under a fl
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feedback loop. If returns on assets
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4. The sub-prime mortgage crisis st
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loans. As long as the securities co
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■ Ecological Economic Explanation
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lars available for repayment, incre
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■ What Should Be Done About Globa
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CHAPTER21General PolicyDesign Princ
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can tax energy for the sake of effi
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this feedback, and real-life outcom
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Chapter 21 General Policy Design Pr
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tus quo, claiming that privilege as
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CHAPTER22Sustainable ScaleEnvironme
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■ Cap and TradeTradeable permits
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Chapter 22 Sustainable Scale • 43
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In 1990, when Canada modified its s
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■ Policy in PracticeWe see, then,
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CHAPTER23Just DistributionThe distr
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Chapter 23 Just Distribution • 44
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come. This involves other, less con
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Distributing the Returns to Natural
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