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"In the Third Edition of Disaster Policy and Politics, author Richard Sylves provides much-needed contemporary coverage of the fields of disaster management and homeland security interspersed with mini-case studies of events such hurricanes Irma, Maria, and Harvey; Hawaii's nuclear attack false warning; and responses to U.S. wildfires. Paying special attention to the role of key actors--decision makers at the federal, state, and local levels; scientists; engineers; civil and military personnel; officials; and first responders--the author explores how physical and social science researchers contribute to and engage in disaster policy development and management. The book's comprehensive "all-hazards" approach introduces students to the important public policy, organizational management, and leadership issues they may need as future practitioners and leaders in the field. The text provides a concise history of the field, presents useful theories and concepts, poses thought-provoking questions, and is crafted to be both instructor- and student-friendly"

"Intensely practical and down-to-earth, this timely new text covers the breadth of health emergency preparedness, resilience and response topics in the context of inter-disciplinary and whole society responses to a range of threats. It includes public, private and third sector roles in preparation for and in response to natural and man-made events, such as: major incident planning; infectious disease epidemics and pandemics; natural disasters; terrorist threats; and business and service continuity management.The book builds upon the basics of risk assessment and writing an emergency plan, and then covers inter-agency working, command and control, communication, personal impact and business continuity as well as training, exercises and post-incident follow up. Detailing the full emergency preparedness and civil protection planning cycle, the book is illustrated throughout with real-life examples and case studies from global experts in the field for countries with both advanced and developing healthcare systems.This practical handbook covering the essential aspects of major incident and disaster management is ideal for undergraduate and master's students in emergency management and public health, as well as for practitioners in emergency preparedness and civil protection. It will be valuable to all health practitioners from ambulance, hospital, primary and community care, mental health and public health backgrounds."

"Latar belakang: Indonesia termasuk negara dengan jumlah kejadian bencana yang banyak dan jumlahnya cenderung mengalami peningkatan. Namun sistem yang ada saat ini belum merespon kebutuhan korban bencana terutama pada kondisi pascabencana dimana jaringan seringkali tidak berfungsi. Tujuan: Mengembangkan prototipe sistem informasi kebencanaan yang dapat digunakan dalam peningkatan respon yang cepat dan tepat saat terjadi bencana, mulai dari prediksi korban, pendataan, pemetaan masalah, dan penentuan wilayah prioritas sesuai dengan kebutuhan di lokasi terdampak bencana. Metode: Analisis kebutuhan sistem melalui literature review dan wawancara mendalam kepada sembilan informan, dilanjutkan dengan perancangan prototipe sistem informasi kebencanaan, pengumpulan data fasilitas berbasis online, dan perancangan dashboard sistem informasi kebencanaan. Hasil: Prototipe sistem informasi kebencanaan telah dibuat meliputi pengumpulan data yang sesuai untuk kejadian bencana (dapat digunakan secara offline), terintegrasi dengan surveilans demografi dan kesehatan (SDK) dan data prabencana, beserta dashboard Sistem Informasi Kebencanaan yang user friendly dengan memanfaatkan Sistem Informasi Geografis (SIG). Kesimpulan: Peluang pengembangan sistem informasi kebencanaan sangat memungkinkan untuk dilakukan (feasible) dengan integrasi data SDK dan data prabencana (meliputi kontak dan koordinat untuk fasilitas kesehatan, ambulans umum, perkiraan tempat untuk pengungsian, fasilitas air bersih, MCK). Prototipe ini sesuai dengan kondisi bencana, membuat proses pencatatan dapat lebih cepat, efektif dan dapat menampilkan dashboard interaktif berbasis SIG untuk prediksi korban berdasarkan kelompok rentan, kebutuhan bantuan logistik, perencanaan tempat pengungsian dan fasilitas yang tersedia, serta untuk koordinasi dengan fasilitas kesehatan, dan pembagian sumber daya maupun relawan sesuai hasil pemetaan prioritas wilayah.

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Background: Indonesia is a country with a large number of disaster events and the number tends to increase. However, the current system has not responded to the needs of disaster victims, especially in post-disaster conditions where the network often does not function.

Objective: Develop a prototype of a disaster information system that can be used to improve a fast and accurate response when a disaster occurs, starting from disaster victims prediction, data collection, problem mapping, and determining priority areas according to needs in disaster-affected locations.

Method: Analysis of system requirements through literature review and in-depth interviews with nine informants, followed by the design of a disaster information system prototype, online-based facility data collection and the design of a disaster information system dashboard.

Results: A prototype of a disaster information system has been created which includes data collection suitable for disaster events (can be used offline), integrated with demographic and health surveillance (DHS) and pre-disaster data, along with a user-friendly disaster information system dashboard by utilizing the geographic information system (GIS).

Conclusion: Opportunities to develop a disaster information system are very possible with the integration of DHS data and pre-disaster data (including contacts and coordinates for health facilities, public ambulances, estimated places for evacuation, clean water facilities, toilets). This prototype is in accordance with disaster conditions, making the recording process faster, more effective and able to display a GIS-based interactive dashboard for prediction of victims based on vulnerable groups, logistical assistance needs, planning for evacuation places and available facilities, and for coordination with health facilities, and distribution resources and volunteers according to the results of regional priority mapping."

"Globalization and the possibility of bioterrorist acts have highlighted the pressing need for the development of theoretical and practical mathematical frameworks that may be useful in our systemic efforts to anticipate, prevent, and respond to acts of destabilization. Bioterrorism: Mathematical Modeling Applications in Homeland Security collects the detailed contributions of selected groups of experts from the fields of biostatistics, control theory, epidemiology, and mathematical biology who have engaged in the development of frameworks, models, and mathematical methods needed to address some of the pressing challenges posed by acts of terror. The ten chapters of this volume touch on a large range of issues in the subfields of biosurveillance, agroterrorism, bioterror response logistics, deliberate release of biological agents, impact assessment, and the spread of fanatic behavior"

"ABSTRAKKesiapsiagaan Emergency Response Team Kota CilegonTerhadap : Bencana Industri Di Kawasan Industri Zona I;Pembimbing : Prof. Dra.Fatma Lestari, M.Si, PhD.Perkembangan Industri Kota Cilegon memberikan dampak kerawanan bencanateknologi yang tinggi, kerawanan tersebut terlihat dari banyaknya jumlah industridengan pengelolaan bahan kimia sebagai bahan dasarnya, Luas Kota Cilegon 17.550Ha, dengan letak geografis pada posisi 5 52 rsquo;24 rdquo; - 6 04 rsquo;07 rdquo; Lintang Selatan dan105 54 rsquo;05 rdquo; - 106 05 rsquo;11 rdquo; Bujur Timur, jumlah usaha / perusahaan yang ada di KotaCilegon sebanyak 43.900 perusahaan Badan Pusat Statistik Provinsi Banten, 2016 ,dari sejumlah usaha /perusahaan tersebut Kota Cilegon membagi menjadi tiga KawasanIndustri, yaitu:a. Zona Satu berada di Kecamatan Citangkil, Ciwandan, Cilegon, Grogol;b. Zona Dua berada di Kecamatan Citangkil, Ciwandan, Grogol;c. Zona Tiga berada di Kecamatan Grogol dan Pulomerak.Sebagai salahsatu bentuk kesiapsiagaan bencana industri di Kota Cilegon makadibentuklah Emergency Response Team dari lintas sektoral baik dari unsur TNI-Polri,Lembaga atau Non Lembaga Kementrian, OPD Pemerintah Kota Cilegon di bidangBencana, Pihak Swasta terutama di tiga kawasan industri yang dikenal dengan ZonaAMC Anyer, Merak, Ciwandan , kawasan dengan Risiko bencana industri terbesaradalah Zona I Kawasan Industri Kota Cilegon, sehingga Zona I membentuk CiwandanEmergency Response Team sebagai upaya kesiapsiagaan terhadap bencana industri, danperlu program , sarana prasarana, jalur komando dalam membangun kesiapsiagaan yangtangguh sebagai kesiapsiagaan terhadap bencana industri..Kata kunci:Bencana Industri, Kesiapsiagaan , Emergency Response Team Kota Cilegon

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Abstract Industrial Development of Cilegon City gives high impact of technological disaster, the vulnerability is seen from the number of industries with chemical management as its basic material, Cilegon City Area 17,550 Ha, with geographical position at 5 52 39 24 6 04 39 07 South Latitude and 105 54 39 05 106 05 39 11 East longitude, the number of businesses companies in the City of Cilegon as many as 43,900 companies Central Bureau of Statistics of Banten Province, 2016 , from a number of businesses companies Kota Cilegon divided into three Industrial Zones, namely a. Zone One is located in Citangkil Sub district, Ciwandan, Cilegon, Grogol b. Zone Two is located in Citangkil Sub district, Ciwandan, Grogol c. Zone Three is located in District Grogol and Pulomerak.As one of the forms of industrial bancana preparedness in Cilegon City, Emergency Response Team was formed from cross sectoral from elements of TNI Polri, Institution or Non Ministry Institution, OPD Cilegon Government in Disaster, Private Party especially in three industrial area known as Zone AMC Anyer, Merak, Ciwandan , the largest industrial disaster area is Zone I of Cilegon Industrial Zone, so Zone I establishes the Ciwandan Emergency Response Team as an effort to prepare for industrial disaster, and needs program, infrastructure, command line in building preparedness tough as disaster preparedness for industry. Keywords Industrial Disaster, Preparedness, Emergency Response Team Kota Cilegon "