Ecosim provides a dynamic simulation capability at the ecosystem level, with key initial parameters inherited from the base Ecopath model.
This chapter contains details of the theory underpinning the function of Ecosim:
EwEugAnOverviewOfEcosim, EwEugEcosimBasics, EwEugVulnerabilitiesInEcosim, EwEugDealingWithDynamicInstabilityInEcosimEcospace, EwEugPredictingConsumption, EwEugForagingTimeAndPredationRisk, EwEugTimeSeriesFittingInEcosimEvaluatingFisheriesAndEnvironmentalEffects, EwEugHintsForFittingModelsToTimeSeriesReferenceData, EwEugEffectsOfPbZandVulnerabilityForTimeSeriesFitting, EwEugPredatorSatiationAndHandlingTimeEffects, EwEugModellingSwitchingBehaviourInEcosim, EwEugCompensatoryMechanisms, EwEugUsingEcosimToStudyCompensationInRecruitmentRelationships, EwEugCompensatoryGrowth, EwEugCompensatoryNaturalMortality, EwEugLinkingMediationAndTimeForcingFunctionsToTrophicInteractionRates, EwEugPrimaryProduction, EwEugNutrientCyclingAndNutrientLimitationInEcosim, EwEugDensityDependentChangesInCatchability, EwEugModellingEffortDynamics, EwEugUsingEcosimForStockReductionAnalysis, EwEugHatcheryPopulationsInEcosim, EwEugParameterSensitivity
See Ecosim inputs? and Ecosim outputs? for links to instructions for using Ecosim.