Ecological economics

Organizations: Empirical methods Prescriptive and policy Ecological economics, bioeconomics, ecolonomy, eco-economics, or ecol-econ is both a transdisciplinary and an interdisciplinary field of academic research addressing the interdependence and coevolution of human economies and natural ecosystems, both intertemporally and spatially.Issues of intergenerational equity, irreversibility of environmental change, uncertainty of long-term outcomes, and sustainable development guide ecological economic analysis and valuation.In 1880, Marxian economist Sergei Podolinsky attempted to theorize a labor theory of value based on embodied energy; his work was read and critiqued by Marx and Engels.He argued that a market system failed to take into account the needs of future generations, and that a socialist economy required calculation in kind, the tracking of all the different materials, rather than synthesising them into money as a general equivalent.These began in 1982, at the instigation of Lois Banner,[20] with a meeting held in Sweden (including Robert Costanza, Herman Daly, Charles Hall, Bruce Hannon, H.T.In the Marxian tradition, sociologist John Bellamy Foster and CUNY geography professor David Harvey explicitly center ecological concerns in political economy.However, citations analysis has itself proven controversial and similar work has been criticized by Clive Spash for attempting to pre-determine what is regarded as influential in ecological economics through study design and data manipulation.Both of these grassroots movements use communitarian based economies and consciously reduce their ecological footprint by limiting material growth and adapting to regenerative agriculture.This train of thought respects physical bio-limits and non-human species, pursuing equity and social justice through direct democracy and grassroots leadership.Since destruction of important environmental resources could be practically irreversible and catastrophic, ecological economists are inclined to justify cautionary measures based on the precautionary principle.Increasingly the carbon credit for leaving the extremely carbon-intensive ("dirty") bitumen in the ground is also valued – the government of Ecuador set a price of US$350M for an oil lease with the intent of selling it to someone committed to never exercising it at all and instead preserving the rainforest.[40][41][42] Critiques concern the need to create a more meaningful relationship with Nature and the non-human world than evident in the instrumentalism of shallow ecology and the environmental economists commodification of everything external to the market system.In international, regional, and national policy circles, the concept of the green economy grew in popularity as a response to the financial predicament at first then became a vehicle for growth and development.[51] The United Nations Environment Programme (UNEP) defines a 'green economy' as one that focuses on the human aspects and natural influences and an economic order that can generate high-salary jobs.In achieving a green economy, competent institutions and governance systems are vital in guaranteeing the efficient execution of strategies, guidelines, campaigns, and programmes.It likewise necessitates new capacities, skills set from labor and professionals who can competently function across sectors, and able to work as effective components within multi-disciplinary teams.The impending depletion of natural resources and increase of climate-changing greenhouse gasses should motivate us to examine how political, economic and social policies can benefit from alternative energy.For instance, photo voltaic (or solar) panels have a 15% efficiency when absorbing the sun's energy, but its construction demand has increased 120% within both commercial and residential properties.There is a continuum of views among economists between the strongly neoclassical positions of Robert Solow and Martin Weitzman, at one extreme and the 'entropy pessimists', notably Nicholas Georgescu-Roegen and Herman Daly, at the other.Recently, Stanislav Shmelev developed a new methodology for the assessment of progress at the macro scale based on multi-criteria methods, which allows consideration of different perspectives, including strong and weak sustainability or conservationists vs industrialists and aims to search for a 'middle way' by providing a strong neo-Keynesian economic push without putting excessive pressure on the natural resources, including water or producing emissions, both directly and indirectly.Ecological economists are inclined to acknowledge that much of what is important in human well-being is not analyzable from a strictly economic standpoint and suggests an interdisciplinary approach combining social and natural sciences as a means to address this.When considering surplus energy, ecological economists state this could be used for activities that do not directly contribute to economic productivity but instead enhance societal and environmental well-being.[77] Economics, in principle, assumes that conflict is reduced by agreeing on voluntary contractual relations and prices instead of simply fighting or coercing or tricking others into providing goods or services.US news outlets treated the stories as a "threat"[82] to "drill a park"[83] reflecting a previously dominant view that NGOs and governments had the primary responsibility to protect ecosystems.The holdouts were all English-speaking countries that export GMOs and promote "free trade" agreements that facilitate their own control of the world transport network: The US, UK, Canada and Australia.[90] These arguments are developed further by Hawken, Amory and Hunter Lovins to promote their vision of an environmental capitalist utopia in Natural Capitalism: Creating the Next Industrial Revolution.[92] Rather than assuming some (new) form of capitalism is the best way forward, an older ecological economic critique questions the very idea of internalizing externalities as providing some corrective to the current system.Drawing upon a transdisciplinary literature, ecological economics roots its policy work in monetary theory and its goals of sustainable scale, just distribution, and efficient allocation.Assigning monetary value to natural resources such as biodiversity, and the emergent ecosystem services is often viewed as a key process in influencing economic practices, policy, and decision-making.Thirdly, conservation programmes for the sake of financial benefit underestimate human ingenuity to invent and replace ecosystem services by artificial means.
Natural resources flow through the economy and end up as waste and pollution.
The marginal costs of a growing economy may gradually exceed the marginal benefits, however measured.
Economic Social Environment
The three nested systems of sustainability - the economy wholly contained by society, wholly contained by the biophysical environment. Clickable.
Exergy analysis can be performed to find connections between economic value and the physical world. Here the costs of heating (vertical axis) are compared with the exergy content of different energy carriers (horizontal axis). Red dots and trend line indicate energy prices for consumers, blue dots and trend line indicate total price for consumers including capital expenditure for the heating system. Energy carriers included are district heating (D), ground-source heat pump (G), exhaust air heat pump (A), bioenergy meaning firewood (B), heating oil (O) and direct electric heating (E). [ 61 ]
Ecological Economics (journal)Environmental economicsCarbon fee and dividendCarrying capacityEcological model of competitionEcosystem servicesEmbodied energyEnergy accountingEntropy pessimismIndex of Sustainable Economic WelfareNatural capitalSpaceship EarthSteady-state economyUneconomic growthSerhiy PodolynskyFrederick SoddyNicholas Georgescu-RoegenKenneth E. BouldingE. F. SchumacherRobert AyresHerman DalyJoan Martinez AlierRichard B. NorgaardRobert CostanzaTim JacksonClive SpashInternational Society for Ecological EconomicsWealth, Virtual Wealth and DebtThe Entropy Law and the Economic ProcessThe Limits to GrowthSmall Is BeautifulProsperity Without GrowthEcological EconomicsDegrowthEco-investingEco-socialismExternalityGreen politicsPlanetary boundariesPost-growthSustainable financeThermodynamicsThermoeconomicsbehavioral sciencesEconomicsOutlineCategorization codesGlossaryEconomistsmethodologyEconomic theoryMathematical modelingGame theoryRational choiceCognitive scienceBehavioralEconomic equilibriumEmpiricalExperimentalNational accountsEconometricsTime seriesSpatialPrescriptiveWelfare analysisSocial choice theoryRational choice theoryCost–benefit analysisBranches and subfieldsAppliedInternationalMainstreamMathematicalMech. designPoliticalIndustrial org.Market designAgricultureBusinessCulturalDemographicDevelopmentEducationEngineeringEnvironmentalEvolutionaryFinancialGeographicHappinessHealthHistoryInformationInstitutionsLabourManagementOrganizationParticipationPersonnelPlanningPolicyPublic sectorPublic choiceSocial choiceRegionalResourcesServiceWelfaretransdisciplinaryinterdisciplinarycoevolutioneconomiesecosystemsmainstream economicschools of economic thoughtsustainabilityphysical (human-made) capitalgreen economicsintergenerational equityirreversibilityuncertaintysustainable developmentcost-benefit analysisnormativepositivefeminist economicsKarl MarxecosocialismRomanticsEnlightenmentThomas MalthusJohn Stuart MillPost–World War II economic expansionMarxian economistSergei Podolinskylabor theory of valueEngelsOtto Neurathnatural economyBavarian Soviet Republicmarket systemcalculation in kindneo-liberalLudwig von MisesFreidrich Hayeksocialist calculation debateNobel prizeradiochemistK. William KappKarl PolanyiRomanianVanderbilt UniversityconsumptionKenneth BouldingE. F. SchumacherCharles HallH.T. Oduminterwar periodElsevierC.S. HollingMarxianJohn Bellamy FosterDavid Harveypolitical economyMarxian economicsregenerative agricultureSchumacherBuddhist economicsUbuntu Philosophycapital assetmathematical economicsprecautionary principleClimate refugeesGlobal Southneoliberaltropical rainforestEcuadorbitumencarbon creditcarbon-intensivecommodificationNatureEcologycircular flow of incomeproductionnutrient cyclingLimits to GrowthDiminishing returnserosionwater crisissoil salinityirrigationindustrial agriculturesustainable agricultureorganic farmingwild fisheriesaquaculturefarmingpiscivoroussalmonsalmon farmingnegative impactsforage fishanimalstrophic levelGenetically modified foodBt cornBacillus thuringiensisGlobal warmingexpressing agreementenergy crisisStern reportdiscountingNitrogen cycleWater cycleCarbon cycleOxygen cycleEnvironmental ethicsRenewable energyBiofuelBiogasBiomassCarbon-neutral fuelCrosswind kite powerGeothermal energyGeothermal heatingGeothermal powerHydroelectricityRun-of-the-riverHydropowerMicro hydroPico hydroSmall hydroMarine current powerMarine energyOcean thermalOsmotic powerSolar energySolar powerSustainable biofuelTidal powerTidal stream generatorWave powerWind powerNuclear power proposed as renewable energyTopics by country and territoryMarketing and policy trendsMainstream economicshard scienceutilityefficiencycost-benefitsUnited Nations Environment Programmeconsequences of climate changeCarnot heat engineClassicalStatisticalChemicalQuantum thermodynamicsEquilibriumNon-equilibriumZerothSecondSystemsClosed systemIsolated systemEquation of stateIdeal gasReal gasState of matterPhase (matter)Control volumeInstrumentsProcessesIsobaricIsochoricIsothermalAdiabaticIsentropicIsenthalpicQuasistaticPolytropicFree expansionReversibilityEndoreversibilityCyclesHeat enginesHeat pumpsThermal efficiencySystem propertiesConjugate variablesProperty diagramsIntensive and extensive propertiesProcess functionsFunctions of stateTemperatureEntropyintroductionPressureVolumeChemical potentialParticle numberVapor qualityReduced propertiesMaterial propertiesProperty databasesSpecific heat capacityCompressibilityThermal expansionEquationsCarnot's theoremClausius theoremFundamental relationIdeal gas lawMaxwell relationsOnsager reciprocal relationsBridgman's equationsTable of thermodynamic equationsPotentialsFree energyFree entropyInternal energyEnthalpyHelmholtz free energyGibbs free energyGeneralGas laws"Perpetual motion" machinesPhilosophyEntropy and timeEntropy and lifeBrownian ratchetMaxwell's demonHeat death paradoxLoschmidt's paradoxSynergeticsCaloric theoryVis viva ("living force")Mechanical equivalent of heatMotive powerKey publicationsAn Inquiry Concerning theSource ... FrictionOn the Equilibrium ofHeterogeneous SubstancesReflections on theMotive Power of FireMaxwell's thermodynamic surfaceEntropy as energy dispersalBernoulliBoltzmannBridgmanCarathéodoryCarnotClapeyronClausiusde Dondervon HelmholtzKelvinMassieuMaxwellvon MayerNernstOnsagerPlanckRankineSmeatonThompsonvan der WaalsWaterstonNucleationSelf-assemblySelf-organizationOrder and disorderlaws of thermodynamicsneoclassical economicsResourcedistributionequityquality of lifeWeak and strong sustainabilityRobert SolowMartin Weitzmanweak sustainabilitystrong sustainabilityeconomic policyfiduciaryEnergy economicsnet energy gainbiodiversitycreativityindividual capitalGeorges Bataillebiological evolutionsecond law of thermodynamicsproductivityExergyindustrial ecologyZoran RantJ. Willard Gibbssystems ecologyenergeticswork doneEcosystem valuationPrice of lifeenvironmental economistsfinancial capitalvaluationinsurancevalue of a statistical lifebiodiversity financePeter BarnesUnited NationsFood and Agriculture Organizationpermaculturefree tradeexternalitiesDavid PearcePaul HawkenKarl William KappprofitsCharles Eisensteinprivatising profits while socialising the costsinput-outputthermodynamicmulti-criteriaagent-basedKuznets curveStock-Flow consistent modelSystem dynamicsgrowth imperativeMcCauleycoastal protectionhurricanesmangrovescattledevaluationcoffee plantationsCosta RicapollinationtechnologyartificialNile perchLake VictoriamonetaryAgroecologyCircular economyCritique of political economyDeep ecologyEarth EconomicsEco-economic decouplingEcofeminismEcological values of mangroveEnergy qualityHarrington paradoxGreen accountingGund Institute for Ecological EconomicsNatural capital accountingNatural resource economicsOutline of green politicsSocial metabolismThe New Palgrave Dictionary of EconomicsWayback MachinePaehlke R.Taylor & FrancisScott Cato, M.EarthscanAslaksen, IulieÅs, BeritBjørnholt, MargunnMcKay, AilsaCartwright NancyCambridge University PressBibcodeO'Neill, JohnWorld Wildlife FundPeter A. CorningCorning, P.Erickson, J.D.PLOS Sustainability and TransformationJackson, TimProsperity without Growth - Economics for a finite PlanetRees, William E.Environmental scienceAtmospheric scienceBiogeochemistryEnvironmental chemistryGeosciencesHydrologyLimnologyOceanographySoil scienceBiologyChemistryEnvironmental designEnvironmental engineeringEnvironmental healthepidemiologyEnvironmental studiesEnvironmental humanitiesEnvironmental statisticsEnvironmental toxicologyGeodesyPhysicsRadioecologySustainability scienceUrban ecologyEnergy conservationEnvironmental technologyNatural resource managementPollution controlPublic transport encouragementRecyclingRemediationRoad ecologySewage treatmentUrban metabolismWater purificationWaste managementDegreesResearch institutesEnvironment by yearHuman impact on the environmentTechnogaianismEnvironmental social scienceEcological anthropologyEnvironmental anthropologyEnvironmental crimeEnvironmental communicationEnvironmental historyEnvironmental 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producer responsibilityIndustrial metabolismIndustrial symbiosisPolluter pays principleRebound effectWaste hierarchyWaste minimisationWaste valorizationCleaner productionDesign for environmentEarth systems engineering and managementGreen chemistryModelling ecosystemsTrophicAbiotic componentAbiotic stressBehaviourBiogeochemical cycleBiotic componentBiotic stressCompetitionEcosystemEcosystem ecologyEcosystem modelGreen world hypothesisKeystone speciesList of feeding behavioursMetabolic theory of ecologyRestorationProducersAutotrophsChemosynthesisChemotrophsFoundation speciesKinetotrophsMixotrophsMyco-heterotrophyMycotrophOrganotrophsPhotoheterotrophsPhotosynthesisPhotosynthetic efficiencyPhototrophsPrimary nutritional groupsPrimary productionConsumersApex predatorBacterivoreCarnivoresChemoorganotrophForagingGeneralist and specialist speciesIntraguild predationHerbivoresHeterotrophHeterotrophic nutritionInsectivoreMesopredatorsMesopredator release hypothesisOmnivoresOptimal foraging theoryPlanktivorePredationPrey switchingDecomposersChemoorganoheterotrophyDecompositionDetritivoresDetritusArchaeaBacteriophageLithoautotrophLithotrophyMarineMicrobial cooperationMicrobial ecologyMicrobial food webMicrobial intelligenceMicrobial loopMicrobial matMicrobial metabolismPhage ecologyFood websBiomagnificationEcological efficiencyEcological pyramidEnergy flowFood chainTritrophic interactions in plant defenseMarine food webscold seepsintertidalNorth Pacific Gyretide poolAscendencyBioaccumulationCascade effectClimax communityCompetitive exclusion principleConsumer–resource interactionsCopiotrophsDominanceEcological networkEcological successionEnergy systems languagef-ratioFeed conversion ratioFeeding frenzyMesotrophic soilNutrient cycleOligotrophParadox of the planktonTrophic cascadeTrophic mutualismTrophic state indexAnimal colorationAnti-predator adaptationsCamouflageDeimatic behaviourHerbivore adaptations to plant defenseMimicryPlant defense against herbivoryPopulationecologyAbundanceAllee effectConsumer-resource modelDepensationEcological yieldEffective population sizeIntraspecific competitionLogistic functionMalthusian growth modelMaximum sustainable yieldOverpopulationOverexploitationPopulation cyclePopulation dynamicsPopulation modelingPopulation sizePredator–prey (Lotka–Volterra) equationsRecruitmentSmall population sizeStabilityResilienceResistanceRandom generalized Lotka–Volterra modelDensity-dependent inhibitionEcological effects of biodiversityEcological extinctionEndemic speciesFlagship speciesGradient analysisIndicator speciesIntroduced speciesInvasive speciesNative speciesLatitudinal gradients in species diversityMinimum viable populationNeutral theoryOccupancy–abundance relationshipPopulation viability analysisPriority effectRapoport's ruleRelative abundance distributionRelative species abundanceSpecies diversitySpecies homogeneitySpecies richnessSpecies distributionSpecies–area curveUmbrella speciesAntibiosisBiological interactionCommensalismCommunity ecologyEcological facilitationInterspecific competitionMutualismParasitismStorage effectSymbiosisSpatialecologyBiogeographyCross-boundary subsidyEcoclineEcotoneEcotypeDisturbanceEdge effectsFoster's ruleHabitat fragmentationIdeal free distributionIntermediate disturbance hypothesisInsular biogeographyLand change modelingLandscape ecologyLandscape epidemiologyLandscape limnologyMetapopulationPatch dynamicsr/K selection theoryResource selection functionSource–sink dynamicsEcological trapEcosystem engineerEnvironmental niche modellingHabitatSemiaquaticTerrestrialLimiting similarityNiche apportionment modelsNiche constructionNiche differentiationOntogenetic niche shiftOthernetworksAssembly rulesBateman's principleBioluminescenceEcological collapseEcological debtEcological deficitEcological energeticsEcological indicatorEcological thresholdEcosystem diversityEmergenceExtinction debtKleiber's lawLiebig's law of the minimumMarginal value theoremThorson's ruleXerosereAllometryAlternative stable stateBalance of natureBiological data visualizationEcological forecastingEcological stoichiometryEcopathEcosystem based fisheriesEndolithEvolutionary ecologyFunctional ecologyMacroecologyMicroecosystemNatural environmentRegime shiftTheoretical ecologyOutline of ecologyNatural resourcesPollution / qualityAmbient standards (US)IndoorClean Air Act (US)Ozone depletionAirshedTradingDeforestation (REDD)Fossil fuelspeak coalpeak gaspeak oilGeothermalNuclearsunlightAgriculturalarablepeak farmlandDegradationcityscapeseascapesoundscapeviewshedpropertyhabitat conservationMineralsgemstoneindustrialminingcopperphosphorusrightsconservationfertilityreserveBioprospectingbiopiracyBiosphereBushfoodBushmeatclimate changeForestsgenetic resourcesnon-timber productsMarine conservationMeadowPasturePlantsFAO Plant Treatygene banksherbal medicinesUPOV ConventionRangelandSeed bankWildlifeAquiferstorage and 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