Human, plant, and animal densities give their contribution to change global climate, which is termed as global warming. This includes melting of ice, rising of temperature, sea level, decrease in rain, etc. The reason behind these events is mainly dependent on the level of environmental pollutants. Increase in environmental pollutants also diminishes rain in the world. To compare the impact of these stakeholders on environmental pollutants and rain, we have developed a dynamical system comprising of stakeholders, environmental pollutants, and rain intensity. The model is formulated using a system of nonlinear differential equations. In the proposed chapter, threshold in terms of environmental pollutants is computed for each stakeholder. Stability is worked out. The sensitivity analysis is carried out to classify critical model parameters. The model is validated through numerical simulation.