مطالب

INTRODUCTION: Iran, a country characterized by diverse geographical and climatic conditions, is constantly exposed to various natural and manmade disasters. Also, Iranian Red Crescent Society (IRCS), as one of the most critical relief organizations, plays a pivotal role in rescue and relief operations. Accordingly, this study attempted to identify the challenges associated with the implementation of disaster management policies in the rescue and relief operations of the IRCS. METHODS: In this mixed method research, qualitative data were collected through field research, with 12 experts and managers from IRCS, selected through non-random purposive sampling using semi-structured interviews following the theoretical saturation and was analyzed with MAXQDA-2022 software; in the quantitative phase, a total of 365 managers and experts were selected across the country using a multi-stage cluster sampling. Then, a 36-item researcher-made questionnaire was developed using a five-point Likert scale and descriptive and inferential statistical methods were employed using SmartPLS software. FINDINGS: The findings indicate that the implementation of disaster management policies in the rescue and relief operations of the IRCS faces numerous challenges. The qualitative analysis identified 8 global themes, 19 organizing themes, and 36 basic themes. In the quantitative phase, the following dimensions were found to have significant positive effects on the implementation of disaster management policies: resources and equipment (0.561), policy (0.868), empowerment and skills (0.921), decision-making (0.859), organizational structure (0.912), information and communication (0.637), public participation (0.610) and economic, political, and social conditions (0.573). among these, human resource empowerment (0.921) and organizational structure (β = 0.912) exerted the greatest influence on the efficiency of relief operations. CONCLUSION: According to the results, lack of adequate resources and organizational structure, shortage of up-to-date equipment, deficiencies in workforce skills, and poor inter-organizational coordination are key challenges in implementing disaster management policies in rescue and relief operations. Furthermore, enhancing human resource management, improving training and empowerment programs for relief teams, devising transparent and actionable policies, and increasing public and NGO participation can significantly enhance the effectiveness of relief operations. The proper implementation of policies in rescue and relief operations can substantially improve the efficiency of the IRCS in the face of disasters and in addition to reducing human casualties and resource wastage, can also direct society towards sustainable development.

This paper presents the results of a geoarchaeological study of the ancient hydraulic structures in the Bozpar Valley and an analysis of their relationship with the standing monuments, especially the two palatial structures known as Kushk-e Ardashir and Zendan-i Soleyman. It presents a raison d’être for each identified structure regarding its hydraulic function and physical integration within the monumental landscape. Then, it suggests an interpretative pattern in their spatial relation to the mentioned monumental structures. The study area is a small and remote valley in the Zagros highlands in southern Iran. It borders the modern provinces of Fars and Bushehr and is historically associated with the Greater Fars region. The monumental structures in this area belong to the Sasanian architectural tradition. Here, their integrated hydraulic structures are investigated interdisciplinary via remote sensing. The analysis indicates different functions for the two monuments: a representative and official kushk and a [seasonal] leisure palace. Based on the nature and function of the integrated hydraulic structures, the former monument seems to relate to food production activities and the latter to currently unidentified activities other than daily life. The results of this study provide further evidence of integrated hydraulic structures in Late Antique Iran and shall trigger comparative studies from neighbouring regions in the future.