Leveraging IoT and System Dynamics for Effective Cooperation in Solving Social Dilemmas in Water Management

Abstract

This chapter presents an approach to promote practical cooperation in solving social dilemmas in water management by leveraging the Internet of Things (IoT) and System Dynamics. We discuss how System Dynamics can be used as a decision-making tool to consider the complex interdependencies among the different components of the water management system. We also highlight the potential of agent-based models, conflict management practices, game theory, and mathematical models to create more equitable and efficient water policies that encourage stake-holder cooperation. This approach can potentially be applied in multiple cases of water management. In this chapter, we present a specific case of sugarcane produc-tion for panela as a reference because of its high water consumption compared to other crops. Using IoT, we can gather and disseminate real-time data, enabling stake-holders to make informed decisions and work collaboratively to optimize water use. Overall, this chapter demonstrates the potential of the IoT and System Dynamics to foster practical cooperation in solving social dilemmas in water management. The proposed approach offers decision-makers a framework for developing more inclu-sive and collaborative policies that promote equitable and sustainable water use in various contexts.