Ecolodges in Desert Regions An Approach to Compatibility and Sustainability
The natural environment is considered one of the most important pillars of touristic development in Egypt, whether in coastal regions, such as the North Coast, the Red Sea coast, and the Aqaba Gulf, or in desert regions and oases. For enhancing sustainable touristic development, it is imperative to realize the optimal benefit from touristic resources while preserving the rights of future generations to enjoy, but not to detriment, attraction spots.However, desert tourism suffers challenges represented in harsh climate conditions that require planning and design methods suitable to the nature of these regions and different from those used in coastal regions. Balancing local environmental inputs with innovative urban design is required to boost tourist complexes’ sustainability in the desert, hence preserving the spirit and identity of the place. This study offers a methodological framework for designing ecolodges in the Egyptian desert regions while focusing attention on Siwa Oasis as an applied model. The methodology involves analyzing environmental and architectural characteristics of desert regions and reviewing environmental standards impactful on designing tourist facilities. Moreover, it also presents an analytical examination of Adrere Amellal Ecolodge as one of the models of ecolodges existing in Siwa to evaluate the extent of its compatibility with sustainability standards. The study reaches a set of design standards supporting the sustainability of tourist facilities in desert regions while affirming the importance of respecting the environmental and cultural specificity of these regions. These standards contribute to achieving a balance between the development and conservation of environmental resources, leading to enhanced tourism sustainability in Egyptian desert regions.
Publication Details
- Journal
- Figshare
- Published
- 2025-01-01
- DOI
- https://doi.org/10.6084/m9.figshare.28528508
- Primary Topic
- Historical and Architectural Studies
- Type
- article
- Field-Weighted Citation Impact
- 0.00