Ephemeral Architecture and Sustainability: A Comprehensive Approach for Sports Spaces in Ambato
Journal
Advances in Science, Technology & Innovation
Technological Innovations and Emerging Approaches for the Built Environment and Smart Cities
ISSN
25228714
Date Issued
2026
Author(s)
García-Sisalema, Alan
Acosta-Vargas, Irene
Lara-Corea, Nicole
Constante-Gancino, Joselyn
Quishpe, Luis-Miguel
Type
Book chapter
Abstract
The rapid urbanization worldwide, particularly in developing countries, has intensified the demand for community services, including spaces that foster social cohesion and physical activity. However, the limited state budget often results in the allocation of land without adequate infrastructure, termed as “stadiums,” which fails to meet the functional needs of both players and spectators, while also contributing to environmental degradation. To address these challenges, this study proposes the design of low-cost, multipurpose structures utilizing ephemeral architecture and sustainable practices, aimed at providing flexible and adaptable solutions for informal sports spaces. This research focuses on neighborhood stadiums in Ambato, Ecuador, employing a comprehensive mixed-methods approach, including quantitative surveys, qualitative interviews, and field observations, to thoroughly assess the specific needs and characteristics of these spaces. Through an in-depth analysis of existing references, a conceptual design framework was developed. The multipurpose objects were then designed using ArchiCad, OPENLCA, and Formit software, enabling comparison with conventional infrastructures. The environmental impact of primary materials was rigorously evaluated through a life cycle assessment (LCA) in OPENLCA, complemented by an energy efficiency analysis conducted with Formit, offering a holistic approach to sustainable design. The results indicate that the proposed multipurpose structures provide a demountable and adaptive solution, significantly reducing carbon emissions and optimizing solar radiation usage, primarily using wood, as opposed to conventional fixed structures that rely on concrete. © The Author(s), under exclusive license to Springer Nature Switzerland AG 2026.