Stone-Clad Sanctuary: Sunken Home Blends into Greek Island Landscape
Alexandre Pavlidis' design reinterprets agricultural terraces as contemporary architecture.
1Inspired by Ancient Terraces
Alexandre Pavlidis' 'Within the Earth' house on Sifnos Island draws from the region's stepped stone terraces used for olive and grape cultivation. The residence descends along a hillside, enclosed by sunken drystone walls. Pavlidis aimed for the structure to be 'almost invisible,' creating an organic form that appears as a continuation of the agricultural landscape. The design integrates structural walls that prevent erosion in the rocky, windswept environment while paying homage to local building traditions.
2Subterranean Spatial Journey
Access begins at the base of a former shepherd's hut atop the site, where stairs lead to a skylit atrium featuring a shallow water pool separating living and sleeping quarters. While main living areas open directly onto expansive terraces, bedrooms retreat behind thick stone supports, each granting access to private patio spaces. The bathroom features a cylindrical shower beneath a deep skylight, and a pavilion-like structure with drystone columns overlooks a swimming pool on the lower terrace.
3Material Harmony
Rough drystone walls combine with exposed concrete ceilings and polished stone floors throughout the residence. Oak wood frames, furniture, and joinery provide contrast, giving interiors an 'inhabited rather than excavated' quality according to Pavlidis. This material palette offers a contemporary interpretation of Mediterranean architecture. The pavilion structure, supported by drystone columns, creates a striking visual counterpoint to the swimming pool on the secondary terrace.
4Choreographed Light
Pavlidis describes a visitor's journey from the exposed landscape into 'a cooler, darker, more protected world.' Light enters deeper spaces through small open-air patios planted with trees and strategic skylights. The architect emphasizes how stone, shadow, patios, and framed sea views gradually reveal the home. This careful light composition creates dynamic interior atmospheres throughout the day while maintaining thermal comfort.
5Parallel Projects in Cyclades
On nearby Serifos Island, Mold Architects completed a hospitality retreat using stone excavated from the site to form low-lying guesthouses. Their NCaved residence similarly employs a wedge-shaped form embedded into hillsides for wind protection. Both projects demonstrate how contemporary Greek architecture reinterprets traditional Cycladic building techniques. These examples showcase regional design responses to challenging Mediterranean climates and terrains.
6Agricultural Echoes
Pavlidis notes how communal spaces extend lengthwise along the slope, mirroring the linear geometry of agricultural terraces. This design achieves functional and aesthetic coherence while optimizing solar exposure. The home's thermal mass provides natural insulation, keeping interiors cool in summer and warm in winter. Such passive strategies exemplify sustainable architecture, requiring minimal mechanical heating or cooling systems in the Mediterranean climate.
7Landscape-Integrated Solutions
Despite challenging terrain, the project minimizes environmental impact through local stone use, reducing transport emissions while preserving regional architectural identity. Terraces manage rainwater runoff to prevent erosion, and open-air patios facilitate natural ventilation. These features position the project as a candidate for green building certifications. The design demonstrates how architecture can address ecological concerns without compromising aesthetic value.
8A Quiet Architectural Statement
Within the Earth serves as a manifesto for harmonious human-nature coexistence through design. Pavlidis' approach demonstrates how architecture should engage in cultural and ecological dialogue beyond mere functionality. By fusing traditional Mediterranean building techniques with contemporary design thinking, this residence establishes a benchmark for sustainable architecture in sensitive landscapes, proving that built environments can enhance rather than dominate their natural contexts.