International Journal of Global Warming · 2018 · 13 citations · 0 references
Natural SciencesEnvironmental PolicyEnvironmental SciencesClimate Change AdaptationClimate Change MitigationClimate PolicyAdaptation PlanningClimate ChangeClimate Impact ModelingClimate ProjectionsClimate Scenario PlanningEnergy System ModelingClimate Change ImpactsClimate Change PolicyClimate Scenario AnalysisClimate-energy System ModelingEnergy ConsumptionIntegrated Assessment ModelingIntegrated Assessment ModellingPolicy Options Analysis
This paper presents an integrated assessment model for use with climate policy decision making in Canada. The feedback based integrated assessment model ANEMI_CDN represents Canada within the global society-biosphere-climate-economy-energy system. The model uses a system dynamics simulation approach to investigate the impacts of climate change in Canada and policy options for adapting to changing global conditions. The disaggregation techniques allow ANEMI_CDN to show results with various temporal resolutions. Two Canadian policy scenarios are presented as illustrative examples to map policy impacts on key model variables, including population, water-stress, food production, energy consumption, and emissions under changing climate over this century. The main finding is a significant impact of a carbon tax on energy consumption. Two policy scenario simulations provide additional insights to policy makers regarding the choice of adaptation/mitigation options along with their implementation time.