RT Dissertation/Thesis
T1 Carbon emissions, energy consumption and sustainable development in Ecuador (1980-2025) : system dynamics modelling, decomposition analysis and the Environmental Kuznets Curve
A1 Robalino López, Andrés
A2 Universidad de Huelva. Departamento de Física Aplicada, 
K1 Carbón -- Aspecto del medio ambiente
K1 Ecuador
AB The consumption of energy and carbon emissions related income growths are a development challenge requiringanalysis and policy insights. Several analysis of future change in economies relies on quantitative point forecastswithin which accuracy is difficult to achieve. A System Dynamics (SD) model based on scenario analysisapproach has been built for Ecuador within the medium term (up to 2025).This research applied a combination of decomposition analysis and scenario analysis to identify and analyze thedriving forces of change of CO2 emissions in Ecuador, historically from 1980-2010 and in the coming future to2025. The historical decomposition used the LMDI technique and was further quantified to 2025 using anintegrated qualitative and quantitative scenario approach to explore plausible alternative developments.The historical analysis gives insights at macro and sectoral level to attribute change to a range of structural,scale, energy mix, and intensity effects. The macro decomposition was based on an extended Kaya identity whilethe sectoral try to offers deeper insights. In addition a formation of GDP approach that depends on renewableenergy, which introduces a feedback mechanism in the model and allows us to generate a non-trivial evolution ofthe system has been introduced in the model building.The four scenarios show divergence in emissions trajectories based on alternative development paths. Inparticular, it was paid special attention to the effect of a reduction of the share of fossil energy, as well as of animprovement in the efficiency of the fossil energy use. The outcomes estimated are in absolute emission totalsbut also in sectoral contribution.In a deeper analysis of the model outcome, we has studied the Environmental Kuznets Curve (EKC) hypothesisfor Ecuador in a forthcoming period, 2011-2025 using the proposed scenarios. Our proposal goes a step furtherthan previous contributions, and intends to see under which conditions a country could approach the fulfillment ofthis hypothesis in the medium term. The results do not support the fulfillment of the EKC, nevertheless, theestimations show that Ecuador could be on the way to achieving environmental stabilization in the near future.Indeed, our estimates show that Ecuador could be able to enter the area of environmental stability (second stageof the EKC) in the medium term (2019-2021). However, to achieve this goal it is essential to implement policiesthat allow the diversification of energy sources and to increase energy efficiency in the productive sectors in orderto get more sustainable development.The final conclusion of this work suggests that emissions can evolve on higher or lower emissions trajectoriesbased not only on the evolution of economic growth but on the evolution of the development path. Within thedevelopment path, economic growth interacts with governance and societal choices and the other driving forces.
PB Universidad de Huelva
YR 2014
FD 2014
LK http://hdl.handle.net/10272/8775
UL http://hdl.handle.net/10272/8775
LA eng
DS Repositorio Institucional de la Universidad de Huelva
RD 31 may 2026