The GEOPULSE project is located in Grimsstadir, Iceland. It is designed as a multifaceted response to sustainability and community needs. The architecture focuses on the idea of an agricultural ecosystem, promoting functionality while encouraging ecological balance. This design allows for food production and social interaction, reinforcing a commitment to renewable energy and resource management.

Greenhouse Garden

At the heart of the design is the Greenhouse Garden, which emphasizes urban agriculture alongside traditional landscape practices. The inclusion of a chicken coop supports local food production, while managing chicken feed and waste contributes to nutrient cycling within the system. Solar panels are strategically placed to harness renewable energy, which enhances the sustainability approach. Vines and herbs are incorporated into the garden to boost biodiversity, supporting pollinators and creating a healthier ecosystem.

Water Management

Water management plays an important role in the sustainability strategy of GEOPULSE. Features like a tilapia pond and rain gutters demonstrate practical approaches to resource use. The tilapia pond combines aquaculture with food production, providing an efficient way to utilize water. Rain gutters collect rainwater, emphasizing conservation and making the most of available resources. These methods not only ensure a self-sufficient water supply for the garden but also contribute to the overall functioning of the landscape.

Architectural Layout

The layout prioritizes openness and transparency, enhancing the flow of natural light and air throughout the spaces. By blending into the site’s topography, the design respects the natural environment. This helps reduce the visual impact of the buildings while improving thermal comfort, as the orientation facilitates better responses to the local climate.

Design Details

Attention to microclimates is evident in the project, supported by climate data that informs design choices. The layout takes advantage of sunlight and offers protection from harsh weather. Finally, terraced vegetation wraps around the buildings, creating an engaging landscape. This design not only enhances the visual appeal but also contributes positively to the ecological footprint.