Shelter planning based on self-saving concepts in urban residential districts

Buri Qi, Shenzhi Dai, Ariva Sugandi Permana

Abstract


With increasing population density in Asia, the potential higher risk was resulted from the residential districts with the higher plot ratio, especially in some megapolis (eg. Beijing and Shanghai). Presently it is more difficult for the rescue operation during the disasters because of the decreasing safe space among the buildings as a result of higher buildings and denser the district. Thus, an immediate self-saving action is more important than before during the disaster in the residential districts, and its realization depends on the reasonable shelter planning and its management system. In this study, the factors related to the self-saving were analyzed and concluded by the related the literatures retrieval and case study, and the case study was done by the in-depth interview and questionnaires in three different residential districts in Shanghai. It was found that the following factors related to the self-saving should be considered in the shelters planning: the distribution of the shelters including their space accessibility and area, evacuation passageways, the facilities of the disaster prevention (such as fire hydrant and guide signs) and subsidiary facilities (such as vegetation for the disaster prevention), the social cohesion, awareness of the self-saving and disaster prevention. Simultaneously, the shelters planning countermeasures based on the self-saving were proposed, which provided some theoretical bases for the study  and plan of the security residential districts in future.


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References


Code of urban residential areas planning & design (2002) GB50180-93, Beijing: China Architecture & Building Press.

DeBreo, S. (2015). Community Disaster Preparedness Guides. Government of Virgin Island.

Design code for urban disasters emergency shelter (exposure draft) (2012) GB xxxxx-2012, Beijing:2.

Department of Health of Qinghai Province (2010) ‘The relief work summarizes of Yushu earthquake of department of Health of Qinghai Province.Xining: Department of Health of Qinghai Province.

Emergency shelter for earthquake disasters—site and its facilities (GB21734 -2008), (2008)Beijing: Standard Press of China.

Earthquake resistant design codes in Japan, (2000), Tokyo: Japan Society of Civil Engineering

Forsyth,D.R.(2010) Group dynamics, 5th Edition ,Wadsworth: Cengage Learning.

Han,R. and Liu,J.Y.(2009) Shelter planning and its revelation in Japan’, New Building

Jenks,M., Burton,E. and Williams,K.(1996) ‘ The compact city: a sustainable urban form’. London: SPon Press:77-94

Johar, F and AS Permana eds (2015). Environmental Sustainability. UTM Press ISBN 978-983-52-1029-7.

Liu,K..(2006) ‘Residential area road traffic system planning method based on security research’, Shanghai: Tongji University.

Li,X.J. and Li,J.W. (2013) ‘The model and empirical research on the emergency shelter layout :a Case of xianyang’s central urban area’, Journal of Ningxia University (Natural Science Edition, Vol. 34(4):1-7

Marx,K.H. and Engels,F.N.(1956) ‘The complete works of Max and Angles’, Shanghai: People's Publishing House, Vol.1

Meng,X.H. and Song,L. (2012) Being vigilant in times of peace—some enlightenment on improving the construction of emergency shelters, Journal of Disaster Prevention and Reduction ,VoL.28 (4):94-97

Ormsb,S.J. (1978) ‘Earthseap: a manual of environmental planning. McGraw-Hill Book ComPany:25-51

Program on improved seismic safety provisions, (1987) U.S: Federal Emergency Management Agency

Regina,B.S.(2000) ‘Social cohesion as an aspect of the quality of societies: concept and measurement, social indicators department’. Mannheim, 1-2.

Ran,M.M.(2012) Based on the seismic behavior psychological refuge shelter space system research, Southwest Jiaotong University( dissertation )

Scientific Survey Team of National Earthquake Response Support Service (NERSS) (2008) The Second Project of Scientific Survey of Wenchuan Earthquake of Magnitude 8.0: Survey on the Self-help and Mutual Aid,Emergency Shelter and Disaster Relief Demand of the Public. Beijing: National Earthquake Response Support Service ( NERSS)

The second world conference on disaster reduction (2005), Kobe, Hyogo, Japan

Wang,D.M., Huang,B.S.,Li,Y.J.,LI Yongjia,ZHANG Yunchang,ZHANG Haitao,WANG Haiying (2012). Planning and construction of emergency shelter:a study based on surveying data of Yushu earthquake, JOURNAL OF NATURAL DISASTERS,VoL.21,No.1:66-70

Xiu,J.G.,Hu,P. and Yang,G.B.(2006) ‘Planning and construction of earthquake emergency asylum and city calamity prevention. Journal of College of Disaster Prevention Techniques, 8(1):1 - 5

Scientific Survey Team of National Earthquake Response Support




DOI: http://dx.doi.org/10.11113/ijbes.v4.n1.157

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