【摘要】：城市化進程不斷加快,城市面臨的災害進一步復雜、多發(fā),公共安全面臨的嚴峻形勢也不斷加劇,防治地質(zhì)災害、保護人民生命財產(chǎn)安全這個問題也愈發(fā)受到關(guān)注。在經(jīng)濟建設和社會發(fā)展過程中,公共安全管理就是確保國家社會安全穩(wěn)定、維護城市經(jīng)濟發(fā)展和實現(xiàn)人民安居樂業(yè)的一種基本手段。面對地質(zhì)災害,如何做好防災減災,減少它對城市帶來的危害,提高防治能力,更好地發(fā)揮政府對地質(zhì)災害防治的管理職能,完善城市公共安全管理,是值得我們深思的現(xiàn)實問題。本文主要研究深圳市地質(zhì)災害防治管理現(xiàn)狀,從政府管理的視角思考提升深圳市地質(zhì)災害防治管理能力的補強對策,基于危機管理理論,探索一套貫穿地質(zhì)災害事前、事中、事后的管理機制。深圳市地質(zhì)災害的特點主要是:量大、人為因素所占比例大、以斜坡類地質(zhì)災害為主,崩塌、滑坡、不穩(wěn)定邊坡、泥石流、地面塌陷是深圳主要的地質(zhì)災害類型。人類工程活動已經(jīng)成為深圳地質(zhì)災害形成的主要誘因,是地質(zhì)災害防治工作的重中之重。通過對深圳市地質(zhì)災害防治管理現(xiàn)狀分析,本文指出了深圳市地質(zhì)災害防治管理的薄弱之處:基礎(chǔ)調(diào)查工作程度低、監(jiān)測預警能力滯后、政策法規(guī)缺失、管理機制不健全、宣傳教育形式固化等,并深入分析了存在問題的原因:決策意識錯位、資源投入失衡及常設機構(gòu)缺失。本文對研究結(jié)果進行分析后,結(jié)合國內(nèi)外多地的先進做法,提出了可供政府部門參考的管理對策:災前科學預防中應全面開展城市地質(zhì)調(diào)查、健全監(jiān)測預警系統(tǒng)、加強防災素質(zhì)教育;災中有效處置中應推行地質(zhì)災害綜合治理、完善管理機制;災后管理服務中應完善地質(zhì)災害調(diào)查評價、推進政府和協(xié)會的合作。通過完善深圳市地質(zhì)災害防治管理工作,維護好公共安全。
[Abstract]:The process of urbanization is speeding up, the disasters facing cities are more complex and frequent, and the severe situation of public safety is becoming more and more serious. The problem of preventing geological disasters and protecting people's lives and property is paid more and more attention to. In the process of economic construction and social development, the management of public security is a basic means to ensure the national social security and stability, to maintain the urban economic development and to realize the people living and working in peace and contentment. In the face of geological disasters, how to prevent and reduce disasters, reduce the harm it brings to the city, improve the ability of prevention and control, give full play to the management function of the government on the prevention and control of geological disasters, and improve the management of urban public safety, It is a realistic problem worth pondering. This paper mainly studies the present situation of geological disaster prevention and management in Shenzhen, and from the perspective of government management, considers the strengthening countermeasures to enhance the management ability of geological disaster prevention and management in Shenzhen. Based on the theory of crisis management, it explores a set of geological hazards in advance. Ex post management mechanism The characteristics of geological hazards in Shenzhen are as follows: large quantity, large proportion of human factors, mainly slope geological hazards, collapse, landslide, unstable slope, debris flow and ground collapse are the main types of geological hazards in Shenzhen. Human engineering activities have become the main cause of geological disasters in Shenzhen and the most important work of geological disaster prevention. Based on the analysis of the present situation of geological hazard prevention and management in Shenzhen, this paper points out the weakness of geological disaster prevention and management in Shenzhen, such as the low degree of basic investigation, the lag of monitoring and early warning ability, the lack of policies and regulations, and the unsound management mechanism. The forms of propaganda and education are solidified, and the causes of the problems are analyzed deeply, such as the dislocation of decision consciousness, the imbalance of resource input and the absence of permanent establishment. After analyzing the research results and combining the advanced practices of many places at home and abroad, this paper puts forward some management countermeasures for the government departments: the urban geological survey should be carried out in the scientific prevention before the disaster, and the monitoring and early warning system should be improved. To strengthen quality education in disaster prevention, comprehensive management and management mechanism of geological hazards should be carried out in effective handling of disasters, and investigation and evaluation of geological hazards should be improved in post-disaster management services, and cooperation between government and associations should be promoted. We will improve the management of geological hazards in Shenzhen and maintain public safety.
【學位授予單位】：深圳大學
【學位級別】：碩士
【學位授予年份】：2017
【分類號】：P694

【參考文獻】

相關(guān)期刊論文 前10條

1 王倩;;日本學校的防災教育[J];教學與管理;2016年31期

2 邱維理;莊茂國;張旭陽;徐維盈;曾馮真誠;譚雪貝;;美國地質(zhì)災害應急響應體系管窺與啟示[J];中國地質(zhì)災害與防治學報;2016年03期

3 郭小東;蘇經(jīng)宇;王志濤;;韌性理論視角下的城市安全減災[J];上海城市規(guī)劃;2016年01期

4 楊安華;田一;;企業(yè)參與災害管理:日本應對3·11地震的實踐與啟示[J];江海學刊;2016年01期

5 黃露;謝忠;羅顯剛;;地質(zhì)災害監(jiān)測預警信息共享機制研究[J];測繪科學;2016年05期

6 李琳;;日本中小學防災安全教育中對災害意識的培養(yǎng)[J];南方論刊;2015年12期

7 劉傳正;;關(guān)于地質(zhì)災害防治中兩個問題的認識[J];中國地質(zhì)災害與防治學報;2015年03期

8 呂敦玉;余楚;侯宏冰;劉長禮;張云;;國外城市地質(zhì)工作進展與趨勢及其對我國的啟示[J];現(xiàn)代地質(zhì);2015年02期

9 張英;;日本兵庫縣的防災教育特色及其啟示[J];城市與減災;2015年02期

10 羅曉靈;;論四川地質(zhì)災害防治專項資金管理中的問題[J];四川地質(zhì)學報;2014年03期

，

本文編號：2271851