Architecture project // Pumice Walls Crafted at the Intersection of Tectonic Plates

Pumice Walls Crafted at the Intersection of Tectonic Plates

Authors:

Micah Sexton, Emily Sexton

Constructed with pumice walls at the tectonic intersection of Eurasia and North America, the tower serves as a visitor center that enhances engagement with the geothermal landscape of Grjótagjá.

5 key facts about this project

Constructed directly on the fault line between the Eurasian and North American tectonic plates.

Utilizes pumice-based concrete for both structural integrity and ecological sensitivity.

Includes a private bath cave that integrates with the natural geothermal landscape.

Features a multi-functional visitor center with an observation deck overlooking geothermal pools.

Incorporates interpretive signage to educate visitors about the site's geological history.

General keywords

iceland monument visitor center geothermal caf bath cave volcanic landmark natural tourism

Project specific keywords

pumice fault line kvennagj geothermal pools scale walls

The Iceland Cave Tower is located at Grjótagjá, a site known for its unique geological features like volcanic rock and geothermal pools. Positioned along the fault line between the Eurasian and North American tectonic plates, the tower serves as a monument that represents the connection of these two landmasses. The design highlights a relationship with nature, inviting visitors to experience the landscape while providing essential services.

Architectural Concept

The design focuses on the geological context of the site. The tower acts as a central point that encourages exploration and interaction with the geothermal features beneath it. The form reflects the earth's elements and the geography around, creating a space that resonates with the natural forces at play.

Functional Layout

Visitor facilities are incorporated into the design, including restrooms, a visitor center, an observation deck, a café, and a private bath cave. This layout addresses the practical needs of visitors while enhancing their connection to the surrounding landscape. The visitor center serves as an information hub, positioned to provide outdoor seating that offers views of the geological formations, allowing patrons to enjoy both the architecture and the scenery.

Materiality and Construction

Pumice-based concrete was chosen for the tower's construction, demonstrating a focus on durability and ecological considerations. The overlapping scale walls add structural strength while echoing the natural shapes in the environment. This material choice reflects a commitment to sustainability and an awareness of the site's characteristics.

Design Details

Careful planning has gone into the circulation paths that allow visitors to navigate the site. These paths guide visitors while featuring interpretative signage that explains the history and formation of Grjótagjá. This approach creates a narrative that connects the building to its geological context, enhancing the visitor experience. The design underscores the importance of the geothermal pools, focusing on both engagement and education through the architecture.