Spatial Analysis in Bioclimatic Architecture: Meteora, a UNESCO World Heritage Site, Greece

Meteora, Greece, exemplifies early climate-adaptive spatial planning, where bioclimatic factors such as orientation, wind influence, thermal mass, and microclimate conditions shaped its sacred settlement patterns. Monastic entrances face southeast to optimize winter solar gain while minimizing northern wind exposure, whereas hermit caves cluster on south-facing rock surfaces for thermal stability. This study reveals how these strategies not only supported monastic life but also contributed to contemporary tourism sustainability. Researchers analyzed spatial mapping, orientation, field observations, and photographic documentation to uncover the relationship between space and climate, demonstrating Meteora's significance as a model of bioclimatic intelligence in architectural design.

Gildis, T. (2026). Spatial Analysis in Bioclimatic Architecture: Meteora, a UNESCO World Heritage Site, Greece. Rural and Regional Development, 4(2), 10013. https://doi.org/10.70322/rrd.2026.10013