Source of Carbon Dioxide Emissions Equivalent to Plant-Based Control Concept with Dynamic System in Prabumulih City, South Sumatra Province

Abstract

Abstract Emissions of carbon dioxide equivalent (CO2eq) will continue to increase along with human activities that continuously carry out land conversion activities, increased use of vehicles, increased waste, and other activities. This study aims to analyze the factors causing an increase in carbon dioxide emissions in urban areas and plant-based control using causal loops with a dynamic systems approach. Through the analysis method using the causal loop, then determined the cause and effect relationship of each CO2eq emission source variable and its control efforts in Prabumulih City. The results of this study describe the causal loop relationship, both positive and negative relationships between variables from urban CO2eq emission sources and emission control by optimizing plant species as an absorber of CO2eq emissions.