The role of crisis management in reducing natural disasters in the dilapidated fabric of Bandar Abbas from the perspective of urban sociology
Subject Areas : sociology
Mohammad Reza Jaberi nasab
1
(
PhD Student, Department of Urban Planning, International Campus, Tabriz Branch, Islamic Azad University of Tabriz, Iran
)
Akbar Abdollahzadeh side
2
(
Assistant Professor of Urban Planning, Tabriz Branch, Islamic Azad University, Tabriz, Iran . abdzad@iaut.ac.ir
)
Arash Saghafi Principle
3
(
Assistant Professor of Urban Planning, Tabriz Branch, Islamic Azad University, Tabriz, Iran
)
Hassan Sattari Sarbanqoli
4
(
Associate Professor, Department of Architecture, Tabriz Branch, Islamic Azad University, Tabriz, Iran
)
Keywords: Vulnerability, Bandar Abbas, Worn Tissue, : Crisis Management,
Abstract :
Natural disasters are a major challenge in achieving urban resilience, sustainable development and crisis management. Crisis management is the process of preventing a crisis or minimizing its effects when it occurs. One of the cities in Iran that is involved in the problem of natural disasters is Bandar Abbas. The main purpose of this study is crisis management in order to reduce accidents and natural damage in the dilapidated fabric of Bandar Abbas from the perspective of urban sociology. This research was applied based on the nature of the research. The research method was documentary-library and the analysis method was descriptive. Based on the obtained results, the suitable location of this city in relation to the coastline and the ongoing studies of reconstruction projects are among the opportunities available in the city of Bandar Abbas. In marginal and dilapidated urban contexts, lack of proper facilities, non-implementation of the administrative council at the macro level, public and non-transparent implementation of projects prepared for citizens and low level of health and lack of service facilities, important threats for accidents and the natural damages of Bandar Abbas are considered
.
_||_Afacan, Y. (2015). Resident satisfaction for sustainable urban regeneration. Municipal Engineer: 3. P.p: 1-15.