T21-Ohio, a system dynamics tool, is used to model social, economic, and environmental impacts of waste-to-profit activities in Ohio, analyzing scenarios like biomass co-firing and recycling, showing potential for sustainable economic development.

This paper analyzes investment needs for global integrated water management, comparing scenarios to improve water use efficiency, suggesting sustainable water management is feasible but requires substantial investment.

This paper uses system dynamics to analyze the impact of interventions on socio-economic and environmental frameworks, enhancing understanding of Millennium Development Goals planning and the synergies between different interventions.

The BLEND game, based on a simplified T21 model, aims to enhance understanding of simulation-based decision support among policy makers in sub-Saharan Africa, using system dynamics to explore complex policy scenarios.

Investigating different contexts in energy policy, this paper proposes a holistic framework incorporating social, economic, and environmental factors to better understand and evaluate long-term energy policy impacts globally.

Evaluating the need for contextualizing energy policies, this study emphasizes integrated tools for comprehensively addressing energy transition and climate change challenges, aligning dynamic thinking with policy formulation.