A Context-Sensitive Framework for Yemen's Conflict-Affected Heritage: Integrating Nano-Enhanced Materials, IoT Monitoring, and Indigenous Knowledge.

The study indicates a smarter restoration system (SRS) based on the fusion of indigenous resources and IoT-facilitated fiber Bragg Grating (FBG) sensor networks with nanotechnology and self-healing grouts. The city of Sana’a, Taiz, and Thula in Yemen are targeted as preservation locations. The primary aim of the SRS is to minimize electrostatic clumping for trapped dust reduction in nanomaterials. By minimizing material degradation, SRS enables heritage management to evolve from passive restoration to active and predictive conservation. The SRS fulfills the objectives of UNESCO’s “Culture in Crisis” for these Yemen cities. This study, using the post-war restoration of Dubrovnik and other international case studies, formulates a scalable and context-sensitive framework for heritage, particularly for conflict-affected sites. This framework focuses on the dual approach of immediate stabilization and cultivating long-term resilience, which is applicable in the current situation in Yemen. These studies adopted a mixed-method approach. Quantitatively, the researcher employed damage assessment using remote sensing and economic modeling, while qualitatively, the drew insights and data from community workshops and interviews with the craftspeople. Furthermore, it synthesized the data and articulated critical recommendations, identifying the civil preservation policies, the required for sustainable tourism, and the international support together with local craft and artisan knowledge. Finally, the study stated Yemen may be able to preserve their cultural identity through immediate stabilization and cultivating long-term resilience. This combined approach may be applicable in Yemen and other crisis locations as a paradigm for heritage preservation.