This research explores the intersection of mathematics and economics in advancing sustainable development. Mathematical tools such as optimization models, system dynamics and computational techniques are applied to economic theories to address pressing sustainability challenges, including climate change, resource management and social equity. The study examines how economic frameworks, such as environmental pricing, carbon markets and circular economy models, can be integrated with mathematical methods to offer practical solutions for achieving the United Nations Sustainable Development Goals (SDGs). Incorporating regional and institutional perspectives, this study also draws on recent insights from eco-innovation and local development research. For example, initiatives such as culinary tourism and sustainable packaging, illustrate how community based economic models and technological innovation support sustainability objectives at both local and EU levels, the role of European funding mechanisms in facilitating green growth and the importance of interdisciplinary educational integration in fostering sustainability literacy. Despite significant progress in both fields, the study acknowledges ongoing challenges, including data limitations, model complexity and political resistance to long-term policy changes. The research also identifies key opportunities for future development, emphasizing interdisciplinary collaboration, data-driven decision-making, policy integration and the application of emerging technologies such as artificial intelligence and eco-design in enhancing the modeling of sustainability issues. Ultimately, this paper argues that combining mathematical precision with economic insight and contextualizing both within local development and institutional frameworks is vital for designing adaptive policies, optimizing resource allocation and advancing sustainable development globally. The study concludes with actionable recommendations for researchers, educators and policymakers to overcome existing barriers and leverage emerging opportunities, tools and models in the pursuit and development of a sustainable future.
Valeria Cirlan (Mon,) studied this question.