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城市应急管理模型之设计 总被引：2，自引：0，他引：2
随着城市建设的快速发展 ,各类危及国家和人民群众生命财产安全的突发性事故灾害时有发生 ,尽管各有关部门的抢救队伍在实施抢险救援中发挥了积极作用 ,但各抢险救援力量专业单一、分散行动 ,形成不了合力 ,难以及时有效处置重大或特大突发性、综合性、大面积的城市事故灾害 ,特别是像地震以及的美国的 9 1 1那样突发性事故。我们目前开展的震害预测与灾害快速评估系统只是针对地震的 ,而地震是小概率事件。因此要应对城市各种重大突发事件 ,城市有必要建立一种应急机制或综合的应急管理信息系统。根据“数字城市”的思想 ,通过一个通信系统与信息系统集成的平台 ,统一协调公安、消防、急救、交警、公共事业、民防、地震等政府部门 ,为市民提供快速、及时的各种救助和相应的服务。统一报警、统一指挥、快速反应、联合行动 ,从而有效地减少损失。 相似文献
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本文简要介绍泉州市地震局依靠各级政府、有关部门和全社会的共同努力 ,以落实地震应急预案为楔机促进“预、防、救”三大体系工全面发展的工作经验 :一、以落实《地震应急预案》为抓手 ,争取项目 ,以项目带动一切 ;二、结合社会转型全面加大防震减灾知识宣传力度 ;三、不以经费的来源划分你我 ,动员全社会的力量建立健全预警应急机制。 相似文献
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安徽省主要城市地下水应急水源地建设初步探讨 总被引：3，自引：0，他引：3
随着我国城市化进程的加快,城市供水水源遭受突发性污染、遭遇特枯水期等极端情况形成的供水危机逐步显现,而我省在应急水源地建设上的滞后,无疑对建立水资源应急机制、应对突发事件、保持社会稳定是十分不利的。从我省17个主要城市的水文地质条件的初步分析,具备建立地下水应急供水水源地的条件。要加强我省地下水应急水源的研究,查明我省地下水应急水源,联合应急地表水源地,科学地制定供水危机应急预案,以便在各种突发事件引起的供水危机时,保障市民生活用水和饮水安全,维护社会稳定。 相似文献
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本文以skyline三维地理信息平台为基础,整合云南省基础地理数据、地质灾害数据、社会经济数据、民政民生数据等各类信息资源,针对地灾应急救援工作的突发性和紧迫性的要求,建立了云南省三维GIS地质灾害应急指挥平台。该平台建设的主要目的是解决地质灾害现场应急救援工作的盲目性和不确定性,是一个量级轻、携带方便、功能全、实用性好的三维GIS平台,实现了应急救援线路的快速设计、应急安置点规划、灾害扩散分析、水域淹没分析、救援土石方量计算等三维分析功能,能较好地解决以往多次地质灾害应急救援实践中的困难和问题,在应急部署和实地救援工作中起着较大的作用和帮助。 相似文献
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《永安市破坏性地震应急预案》在 1 997年 5月 31日永安 5 2级地震抢险救灾中发挥了重要作用 ,但同时也暴露了农村地震科普宣传较薄弱 ,抗震设防工作有待加强 ,个别部门单位没有制定本部门预案 ,地震发生后不知所措 ,各单位的联络工作、反馈工作、统计工作滞后不及时等问题。今后应根据形势发展及时修订、完善《预案》 ,健全地震应急指挥机构 ,加强地震科普宣传和对抗震救灾工作的领导 ,加大防震减灾投入 ,抓好城市防震减灾体系建设。 相似文献
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Inter-regional correlation of transgressions and regressions in the Cretaceous period 总被引：1，自引：0，他引：1
T. Matsumoto 《Cretaceous Research》1980,1(4):359-373
Well investigated platforms have been selected in each continent, and the history of Cretaceous transgressions and regressions there is concisely reviewed from the available evidence. The factual records have been summarized into a diagram and the timing of the events correlated between distant as well as adjoining areas.On a global scale, major transgressions were stepwise enlarged in space and time from the Neocomian, via Aptian-Albian, to the Late Cretaceous, and the post-Cretaceous regression was very remarkable. Minor cycles of transgression-regression were not always synchronous between different areas. Some of them were, however, nearly synchronous between the areas facing the same ocean.Tectono-eustasy may have been the main cause of the phenomena of transgression-regression, but certain kinds of other tectonic movements which affected even the so-called stable platforms were also responsible for the phenomena. The combined effects of various causes may have been unusual in the Cretaceous, since it was a period of global tectonic activity. The slowing down of this activity followed by readjustments may have been the cause of the global regression at the end of the Cretaceous. 相似文献
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The Afyon stratovolcano exhibits lamprophyric rocks, emplaced as hydrovolcanic products, aphanitic lava flows and dyke intrusions, during the final stages of volcanic activity. Most of the Afyon volcanics belong to the silica-saturated alkaline suite, as potassic trachyandesites and trachytes, while the products of the latest activity are lamproitic lamprophyres (jumillite, orendite, verite, fitztroyite) and alkaline lamprophyres (campto-sannaite, sannaite, hyalo-monchiquite, analcime–monchiquite). Afyon lamprophyres exhibit LILE and Zr enrichments, related to mantle metasomatism. 相似文献
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正20140876 Gao Junbo(College of Resources and Environmental Engineering,Guizhou University,Guiyang 550025,China);Yang Ruidong Study on the Strontium Isotopic Composition of Large Devonian Barite Deposits from Zhenning,Guizhou Province(Geochimica, 相似文献
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正20141470 Chai Lu(Shenyang Institute of Geology and Mineral Resources,CGS,Shenyang110034,China);Zhu Qun Distribution of Significant Metal Mineral Resources the in Adjacent Areas of China,Russia and Mongolia(Geology and Resources,ISSN1671-1947,CN21-1458/P,22(5),2013,p.397-402,2 illus.,3 tables,20 refs.)Key words:metal ores,China,Russia,Mongolia 相似文献
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正20141944Bao Hanyong(Research Institute of Exploration and Development,Jianghan Oilfield,SINOPEC,Wuhan 430223,China);Guo Zhanfeng Tectonic-Thermal Evolution of the Subei Basin since the Late Cretaceous(Geological Journal of China Universities,ISSN1006-7493,CN32-1440/P,19(4), 相似文献
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正20140692 Duo Tianhui(No.402 Geological Team,Exploration of Geology and Mineral Resources of Sichuan Authority,Chengdu611730,China);Wang Yongli Computer Simulation of Neptunium Existing Forms in the Groundwater(Computing Techniques for Geophysical and Geochemical Exploration,ISSN1001-1749,CN51-1242/P,35(3), 相似文献
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正20142512Chen Xiaoan(Jiangxi Provincial Research Institute of Soil and Water Conservation,Nanchang 330029,China);Yang Jie Distribution Characteristics and Causes of Collapse Erosion(Journal of Mountain Research,ISSN1008-2786,CN51-1516/P,31(6),2013,p.716-722,2illus.,7tables,14refs.) 相似文献
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正20140644Cao Ying(Earthquake Administration of Yunnan Province,Kunming 650224,China);Wu Xiaoping Research on Structural Stress Field Basing on Focal Mechanism Solutions Data in Sichuan-Yunan Area(Journal of Seismological Research,ISSN1000-0666,CN53-1062/P,36(2),2013,p.165-172,6illus.,2tables,16refs.) 相似文献
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正20140806Cai Jinhui(Wuhan Center of China Geological Survey,Wuhan 420205,China);Wei Changshan Zircon U-Pb Ages of Magmatic Rocks of Dabaoshan Molybdenum-Polymetallic Deposit,Guangdong Province(Geolo- 相似文献
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正20141251Ban Junsheng(Central Laboratory,Second Geological Team,Henan Provincial Non-Ferrous Metals Geological and Mineral Resources Bureau,Pingdingshan 467021,China);Ren Jinxin Determination of the Magnetic Material Composition in Magnetite Ore 相似文献