Characterization of emerging patterns of CO2 emissions in Mexico

Abstract

The impact of greenhouse gases in global warming has urged nations to regulate the CO2 emissions and to develop capture strategies; in consequence it is necessary to have long-term analysis for policy setting and effective strategies. The dynamics of CO2 emissions are characterized to identify emerging patterns in order to model and simulate this phenomenon linked to anthropogenic activity. According to fractal analysis, the results indicate the existence of the behavior of dynamic scaling from the ansatz Family-type kinetics Vicsek roughness for a moving interface. This is why it is expected that the dynamics of CO2 emissions in Mexico are described and predicted by the Langevin equation type ( ) ( ). This can be a strong support for the Mexican government authorities for improved assessments of the impact of environmental policies.