Paradox of thrift, 331Parametric function of relative prices,133–34, 134f, 135, 137Pareto efficiency, 4, 191, 425, 474Pareto optimality, 135, 137, 138,301–4, 302b–303bPart and whole. See Whole and partPatents: excludability and, 166; as excludableand nonrival goods,173–77; globalization and, 372–73;innovation and, 374; public goodsand scarcity, 182Per-capita GNP, 267Perpetual motion, 64–65Persistent organic pollutants (POPs),121Personal distribution, 305–6Petro-dollars, 396bPhillips curve, 340nPhotovoltaics, 90Pigou, A. C., 430Pigouvian subsidies, 431–32, 472Pigouvian taxes, 430–31, 474Plato, 309Plimsoll, Samuel, 5nPlimsoll line, 5Pluralism, 42–43Polanyi, Karl, 7, 37Policies for efficient allocation: macroallocation,464–67; pricing andvaluing nonmarket goods and services,457–64; redefining efficiency,474–76; sequencing, 417; spatial aspectsof nonmarket goods, 468–74Policies for just distribution: importanceand contentiousness of distribution,441–42; income and wealthcaps, 442–45; minimum income,445–47; returns to financial capital,distributing, 447–50; returns to naturalcapital, distributing, 451–55;sequencing, 417–19; sources vs.sinks, 422–23Policies for sustainable scale: cap andtrade, 433–38, 439–40; direct regulation,427–29, 439; Pigouvian subsidies,431–32; Pigouvian taxes,430–31; in practice, 439–40; sequencing,417–19; taxation vs. quotas,420–22, 421fPolicy: abiotic resources and, 91–92,91t; adaptive management, 416–17;distribution of public goods throughspace, 183–84; ends and means and,37; financial crisis and, 406–7; generalequilibrium model and, 264;globalization and national policies,389, 440; independent instrumentfor each goal, 414–15; initial conditionsand gradualism, 416; macrocontroland micro-variability, 415;macroeconomics and, 261; marginof error, 415–16; markets and, 413;presupposition of nondeterminismand nonnihilism, 42–43; price vs.quantity as variable, 420–22, 421f,423; principle of subsidiarity, 417;property rights and, 424–26; sequencingof, 417–19; sources vs.sinks, 422–23; throughput, controlling,420. See also Monetary and fiscalpolicyPollution, optimal levels of, 186f. Seealso Externalities; Policies for sustainablescale; Waste; Waste absorptioncapacityPolymers, 84Ponzi investors, 394, 399–400Population growth, human, 63, 112b,415Positivism, 303, 314–16Potential Pareto, 362, 474Poverty elimination, 445–46Power and wealth, 377b, 443bPreanalytic visions, 23–24Prefect information, 136nPresent value maximization model, 296Price: economic imperialism and, 51;fulcrum function of relative prices,133–34, 134f, 135, 137; multi-tierpricing, 177; of nature and life,459b; of nonmarket goods and services,457–64; rationing and allocativefunctions of, 151b; scarcity and,202–4; taxes as policy variable,420–22, 421f, 423. See also Marketequation, basicPrice elasticity, 153–56, 154f, 155fPrice level index, 294“Price theory,” 265Principle of subsidiarity, 417, 468Principle of substitution, 144Priority, 42, 50Prisoner’s dilemma, 245–46Private property, 422–23, 425–26Privatization, 450nProcedural utility, 239–40Production function, 156–61, 157fProductivity method, 461bProfit maximization: market failureand, 214–21, 215f, 216b–217b;well-being and, 448Progressive taxes, 444–45Property rights: government protectionof, 9n; hunter-gatherers and, 8–9;policy and, 424–26, 430; quotasand, 434. See also ExcludabilityProperty rule, 425, 435, 462Prosocial behavior, 251–52Protectionism, 218Psychological rates of substitution, 133,135Psychology and economics, 319bPublic bads, 194, 226–27, 432, 465Public-good game, 247Public goods: free-rider effect, 179b,180, 246; market failure and,177–84; money, 293–95; nationaldefense, 342n; sky trust and, 453Public Law 480 (U.S.), 387bPuckett, B. Earl, 465Purchasing power, 267, 384Pure economic profit, 225–26Pure time rate of preference (PTRP),315, 318–19QQuality of life (QOL), 278, 406. Seealso Welfare, humanQuantity of money theory of income,322bQuotas, 420–22, 421f, 423, 433–35RRace to the bottom, 376Rand, Ayn, xxiiRationality, 233, 241–44, 407Rational self-interest. See Self-interestRationing function of price, 151bReagan, Ronald, 339, 377bReal sector (IS), 323–26Recycling: of energy, 31–32, 39; ofminerals, 84, 200–201Reductionism, ecological, 51f, 54–55Reflexivity, 394nRegulation of the financial sector, 407Regulatory policy. See Entries at policiesRelative income, 238Relativism, 44–47Renewable resources: catch-per-unit-efforthypothesis, 212–14, 213f; defined,75–76; ecosystem servicesand optimal harvest, 222–26, 223f,225f; intergenerational distributionand, 314; limits, 118–19; as material
508 • Indexstock-flow, 97–98; natural dividendfrom, 225–26, 226f; profit maximizationand, 214–21, 215f,216b–217b; sustainable yield curve,98–102, 99f. See also Biotic resourcesRent, 150f, 152, 197, 451, 454Rent-seeking behavior, 377bReplacement cost, 461bReplenishment, 32Reserves, 292, 295, 296, 407Resource classification, 75–76Resource economics, 479Ricardian land: as abiotic resource,88–89; defined, 75, 88; distributingreturns to, 451–55; market failureand, 206–8; productivity and landownership, 448Ricardo, David, 356–59, 362, 363“Richer future” argument, 315, 318,319Risk, 95bRisk-adjusted price, 464Risk aversion, 242–43Rivalness: of abiotic resources, 86, 89,91t, 92; of biotic resources, 106,108–9, 109t; excludability, congestibility,and, 168, 169t; betweengenerations, 200; as market characteristic,167; rival and nonrival resources,73–74Royalties, 197, 451, 452Ruggiero, Renato, 366Ruskin, John, 21, 376SSavings: IS curve, 323–26, 324f,330–31; as leakage, 26Say’s Law, 26, 263Scale: defined, 12; distribution and,12–13; economies of, 129n; globalizationand sustainable scale,378–80; increasing returns to, 142b;optimal, 16–17, 20b, 21; policy impactson, 341–45. See also Policiesfor sustainable scaleScarcity: changes in, 255; price and,202–4; public good and, 180–83.See also AllocationScarcity rent, 197Schrodinger, Erwin, 46–47, 68Schumpeter, Joseph, 23, 290, 373Science, normal vs. revolutionary, 23Second Law of Thermodynamics, 29,32, 65, 69. See also Thermodynamicsand entropySecurities and Exchange Commission,US, 398Seigniorage, 289–90, 334, 335b, 456,467Self-interest: Coase on, 187; ecologicaleconomics and, 234b; evolutionand, 249b–250b; experimentalgames, 244–48; Homo economicusand, 130n; perfect, 233–34Selling short, 400bSen, Amartya, 281–82, 283, 386Shadow prices, 51Shapiro, Robert, 377bShortage, 150Simon, Julian, 63nSimple commodity production, 286Sinks vs. sources, in policy, 422–23Sismondi, J. C. L. Simonde de, 182Sky trust, 452–53Slater, Samuel, 372Smith, Adam, 173, 234b, 249b, 262Social behavior. See Behavioral economicsSocial discount rate, 317Society for Post-Autistic Economics, xxiSoddy, Frederick, 40, 288, 290, 294,334, 401Solar energy: overview, 75; as abioticresource, 89–91; entropy and, 31b;information cooperation and, 256;market failure and, 208; productionfunctions and, 157; storage of, 90n;as substitute for oil, 115Something New Under the Sun (McNeill),xix–xxiSoros, George, 298, 394n, 399, 407Sources vs. sinks, in policy, 422–23Soviet Union (USSR), xxii–xxiv, 52Specialization, 357–59, 377–78Speculation, 139b–140b, 208, 297–98,400b, 454Speculative bubbles, 397–98Speculative investors, 394Spencer, Herbert, 249bStability theories, 393–95Standards-lowering competition, 376,383–86Statistical mechanics, 66–67“Statistical value of life” calculations,459bStatus and wealth, 443–44, 443bSteady-state economy: Mill’s “stationarystate,” 55b–56b; minerals and, 84;monetary and fiscal policy for,335b–336b; paradigm shift and, 23Steady-state subsystem, 51f, 55Stern, Nicholas, 191Stock-flow resources: abiotic, 77–78,91, 91t; biotic, 97–98, 109t; fundserviceresources vs., 70–72, 72b;natural capital stocks and funds, relationshipbetween, 106–7; productionfunction and, 158; renewableresources and market failures,211–21; rivalness and, 73–74;water, 87–88, 204–6Stock market crash (1929), 392nStock market values, 273Stock options, 449Stress, 311–12Sub-prime mortgage crisis, 397, 398,399–400, 403, 405Subsidiarity, principle of, 417, 468Subsidies, 431–32, 451–52, 465,466–67, 472–74Substitutability: of abiotic resources,91t, 92; of biotic resources, 109t; ofenergy and raw materials, 159b;principle of substitution, 144; productionfunctions and, 156, 160;public good and, 183Substitute cost method, 461bSun Yat-Sen, 385Supply and demand: circular flowmodel and, 24–26; demand curve,138–40, 139f; elasticity of, 153–56,154f, 155f; equilibrium, shortage,and surplus, 149–53, 149f, 150f; intersectionof supply and demandcurves, 141–43, 143f, 149; productionfunction, 156–61, 157f; shift incurve vs. movement along curve,147–49, 148f; speculation, marketdemand, and upward sloping demandcurve, 139b–140b; supplycurve, 140–41, 141f, 142b; utilityand demand curves, 144b; utilityfunction, 161–64, 162fSupply-side economics, 339Surplus, 149–52, 150fSustainability: distribution and, 441;future generations and, 188–89;globalization and sustainable scale,378. See also Policies for sustainablescaleSustainable development, 6–7Sustainable income, 271–73Sustainable income accounting,198b–199b
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Ecological EconomicsPrinciples and
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