The Geo-Eco Nexus project focuses on the delicate edge between land and water, where the Salton Sea’s dynamic nature allows for constant change—shrinking and expanding its unique features. The design approach of the project revolves around the concept of density and mixtures, weaving together geothermal, ecological, and tourism elements. Using the technique of pixelation, different features—such as geothermal wells, wildlife habitats, and wetlands—were analyzed to understand their potential for overlap and interaction.
At the heart of the design is a deep respect for the native species and ecosystems of the area. The project focuses on creating the right conditions for plants and animals to thrive and organizes the site into three distinct zones—geological, wetland, and desert territories. The design strategy is built on flexibility, interconnectivity, and adaptability. By emphasizing the gradient that occupies the interval between elements, highlighting their relationships rather than their individuation, the project creates a responsive and evolving design that mirrors the complexity and interconnectedness of modern urban environments. This approach ensures that the project remains adaptable to the changing needs of both the natural landscape and the communities it serves. The project addresses different types of wetlands, including floating wetlands, preserved wetlands, and constructed wetlands. Experience zones, like bird feeders and viewing decks along walking trails, create opportunities for visitors to engage with and learn from the environment. Inspired by Iceland’s geothermal tourism, this project for the Salton Sea is envisioned as a space where visitors can engage with geothermal features like mud pots and hot springs through unique experiences such as mud baths, thermal pools, and mineral cleansing.
While the Salton Sea’s beauty is undeniable, the project acknowledges the harsh realities the region faces. This vision aims to transform the southern Salton Sea into a sustainable destination where tourism, ecological preservation, and geothermal energy production work together. Ultimately, the hope is to see this region evolve into a National Preserve—one that provides long-term solutions for environmental restoration, while fostering responsible tourism and encouraging deeper community engagement with its unique lithium resources.