We can't find the internet
Attempting to reconnect
Something went wrong!
Hang in there while we get back on track
Regenerative Approach to Design Sustainable Tourism Experiences for Aquatic Ecosystems
Summary
This review examines regenerative design approaches for sustainable tourism experiences in aquatic ecosystems, drawing on ongoing research and didactic activities at the School of Design and Department of Design at Politecnico di Milano. The paper argues that hospitality spaces designed with regenerative principles can reconnect guests with nature while actively restoring aquatic ecosystems, shifting tourism from extractive to restorative practices.
This chapter is an extended version of the article presented in the Design Commit ’24 conference proceedings and elaborates on ongoing research and didactic activities both at the School of Design and at the Department of Design, Politecnico di Milano. The paper highlights the need to explore new approaches through which hospitality spaces are studied, thought, designed, and built following new design-based processes. These processes should be inspired by a regenerative approach, which allows the industry to evolve while reconnecting its guests with nature and regenerating the nature itself, thus promoting a more sustainable and responsible tourism. The aim of this ongoing research is to demonstrate how the hospitality industry, through a design-driven approach, can shape new horizons in the tourism sector towards a more sustainable future for the Earth. This study analyses marine coastal ecosystems as a relevant area of study for the economic impact that tourism has on local communities and the environmental impact caused by the spread of microplastics. To prove and show the importance of a sustainable approach in designing for hospitality, this chapter presents a case study that takes inspiration from the natural water-cleaning activity of oysters: Hòstraka. The project is an innovative floating resort which combines already tested technologies with a newly tailored guest experience aiming to demonstrate that engaging experiences in natural ecosystems can coexist with sustainable lifestyles, environmentally friendly technologies, and responsible practices, such as the collection of microplastics, presenting the importance of the design-driven approach applied since the early stages of the project.
Sign in to start a discussion.
More Papers Like This
Regenerative Product Design: a Literature Review in an Emerging Field
This literature review examines the emerging field of regenerative product design, exploring how materials and systems can be designed to repair, recreate, or revitalize their own resources at local, regional, and global scales. The authors analyze how regenerative principles differ from sustainability and circular economy frameworks and what they mean for material selection, user behavior, and product interaction.
Water pollution generated by tourism: Review of system dynamics models
This systematic review used system dynamics modeling to analyze how tourism contributes to water pollution, particularly from plastics. The study developed a framework connecting economic and environmental factors driving tourism-related contamination of water ecosystems. The findings emphasize that integrated strategies combining environmental education, sustainable management practices, and proactive policy planning are essential for reducing tourism-induced water pollution.
Necessity to Assess the Sustainability of Sensitive Ecosystems: A Comprehensive Review of Tourism Pressures and the Travel Cost Method
This paper is not about microplastics; it reviews the travel cost method as an economic tool for valuing sensitive aquatic ecosystems, with a focus on sustainable tourism management.
A Review of the Roots of Ecological Engineering and its Principles
This review traces the historical roots and guiding principles of ecological engineering, a multidisciplinary field focused on designing sustainable ecosystems and restoring degraded natural habitats. The study highlights how ecological engineering integrates scientific knowledge with practical applications to address environmental challenges including pollution and habitat loss.
Regenerative Fashion Systems: Redefining Circularity in the Fashion and Textiles Industry
Researchers reviewed the limitations of circular fashion models and proposed a regenerative fashion systems framework that goes beyond waste reduction to actively restore biodiversity, rebuild soil health, and integrate nature-based solutions across design and supply chains using materials such as mycelium leather and algae-based fibers.