Examining Traditional Buildings in Terms of Lifecycle: Leadership in Energy and Environmental Design Assessment of Diyarbakır Houses

Tuna Taygun G., Vural S. M., Darçın P., Aykal F. D.

The Fourteenth International Conference on Design Principles & Practices, New-York, United States Of America, 16 - 18 March 2020, pp.1-2

  • Publication Type: Conference Paper / Full Text
  • City: New-York
  • Country: United States Of America
  • Page Numbers: pp.1-2
  • Yıldız Technical University Affiliated: Yes


The lifecycle of a building is shaped around its interaction with its surroundings. Traditional settlements and buildings produced as a result of public experience are found to respect the environment. On the other hand, many of the buildings produced recently have contributed to environmental problems. Initiatives aiming at reducing the damage caused to the environment have produced many methods to assess buildings. Among these methods, all of which are indicated to have positive and negative aspects, is the Leadership in Energy and Environmental Design (LEED) certification system created by USGBC. LEED for Homes 2009 v.3 is specifically created for houses’ impact on its surroundings. This study assesses three traditional Diyarbakır houses, which are indicated as being successful in terms of their relations with their environment and architectural solutions. The houses, which were expected to obtain high scores due to their environment-friendly qualities, nevertheless obtained rather low scores. The reasons for this may be listed as that the existing assessment methods are not suitable for assessing buildings that were built in the past but are still utilised, that the methods do not cover local and regional arrangements that could be considered environmentally important, and that they require certain building products as compulsory. Therefore, it is suggested that a type should be created, which would involve a rearrangement to allow the assessment of old buildings, cover different architectural solutions and assess them at suitable point weights, and question the interaction between the building and its environs under a more holistic approach.