From the traditional to the contemporary Cycladic sustainable house

Abstract

Purpose

The paper aims to compare traditional and contemporary architecture in terms of their environmental performance. It will demonstrate that the traditional constructions create much more stable and comfortable environments than the contemporary ones.

Design/methodology/approach

The case study used for the analysis is the medieval settlement of Kastro in the Island of Siphnos in Greece. Five representative houses were examined; three traditional and two contemporary. They were measured and monitored for five days in terms of temperature, air movement, illuminance, and surface temperatures; however, this paper will focus on the temperature results.

Findings

The research showed that traditional houses are primarily environmental shelters, as opposed to the contemporary constructions, which failed to provide such an optimum microclimate. The contemporary need for more spacious residences with wider openings, large facades and views to the outside cannot co‐exist with the microclimate created by the heavy mass, compact, with small openings traditional dwellings.

Practical implications

The paper does not suggest that architects should recreate former techniques and morphology, but argues that in the quest for the sustainable building, traditional architecture can offer valuable information.

Originality/value

Traditional climate responsive constructions are proving to be sustainable throughout the centuries, since even today with the new technology and knowledge they perform better than the contemporary constructions.

Citation

Sinou, M. (2006), "From the traditional to the contemporary Cycladic sustainable house", Management of Environmental Quality, Vol. 17 No. 5, pp. 555-569. https://doi.org/10.1108/14777830610684521