Analysis for the resilience modeling in implications of climate mitigation incorporated with the nuclear energy

The resilience modeling is applied to the global warming where the energy production and consumption are examined. In this work, the nuclear energy is done as a role of the mitigating factor in the state of energy mix strategy in which several energy sectors are to be combined comparatively in some portion of each other as coal, oil, nuclear, and renewable energy. In the modeling, the nuclear energy relation with carbon emissions is compared with the coal & carbon energy case. There are three graphs of Resilience, Climate, and Risk that show the trends of the quantifications. As a result, the trend of the coal & carbon energy is nearly similar, although the quantity is different. In 2077, the Nuclear, Coal & Oil, and Carbon Dioxides are 3,929.21, 46,760.9, and 186,123 respectively. The nuclear energy's effect is the lowest one comparing with the others. It is concluded that the climate change in the human society is also characterized by the resilience effects.