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Australian Journal of Emergency Management
Department of Home Affairs Australian Journal of Emergency Management VOLUME 36 NO. 1 JANUARY 2021 ISSN: 1324 1540 NEWS AND VIEWS REPORTS RESEARCH Forcasting and Using community voice Forecasting the impacts warnings to build a new national of severe weather warnings system Pages 11 – 21 Page 50 Page 76 SUPPORTING A DISASTER RESILIENT AUSTRALIA Changes to forcasting and warnings systems improve risk reduction About the journal Circulation The Australian Journal of Emergency Management is Australia’s Approximate circulation (print and electronic): 5500. premier journal in emergency management. Its format and content are developed with reference to peak emergency management Copyright organisations and the emergency management sectors—nationally and internationally. The journal focuses on both the academic Articles in the Australian Journal of Emergency Management are and practitioner reader. Its aim is to strengthen capabilities in the provided under a Creative Commons Attribution Non Commercial sector by documenting, growing and disseminating an emergency (CC BY-NC 4.0) licence that allows reuse subject only to the use management body of knowledge. The journal strongly supports being non-commercial and to the article being fully attributed the role of the Australian Institute for Disaster Resilience as a (creativecommons.org/licenses/by-nc/4.0). national centre of excellence for knowledge and skills development © Australian Institute for Disaster Resilience 2021. in the emergency management sector. Papers are published in Permissions information for use of AJEM content all areas of emergency management. The journal encourages can be found at http://knowledge.aidr.org.au/ajem empirical reports but may include specialised theoretical, methodological, case study and review papers and opinion pieces. -
Backgrounder – Alert Ready in Ontario Overview the Alert Ready System in Ontario Allows the Provincial Emergency Operations Ce
Backgrounder – Alert Ready in Ontario Overview The Alert Ready system in Ontario allows the Provincial Emergency Operations Centre (PEOC) to issue Broadcast Immediate (BI) alerts to the public. These alerts are issued when there is an immediate threat to life or property and provide the public with protective actions to take. Alerts will be sent to radio, television and alert-capable LTE devices in geo-targeted alert areas. The PEOC will also send the alert to existing subscription lists via e-mail, text message and also to social media feeds such as Twitter and Facebook. Any municipality, First Nation or ministry may request that the PEOC issue an alert. Other types of alert messages, called Emergency Information Advisories, can also be issued or posted by the PEOC when: • there is a situation of a less urgent nature which has the potential to develop into something larger or; • a BI alert has ended and there is still a requirement for public awareness. ALERT – Receipt and Approval of Request The PEOC Duty Office may receive requests for alerts in one of three ways: 1. Through a request from a community official: Community Emergency Management Coordinator (CEMC), Alternate CEMC, Mayor, First Nations Chief 2. Through a request from a ministry official: Ministry Emergency Management Coordinator (MEMC), Alternate MEMC, Senior Officials 3. Through direction from the PEOC Duty Commander or Duty Operations Chief. ALERT – Criteria An alert must meet the following criteria: 1. A confirmed incident (through municipal, ministry or other officials); 2. There is an immediate or imminent threat to life, or a serious threat to public health, safety and security, or substantial damage to property; and 3. -
Consuming Data Sources to Generate Actionable Items
Master in Informatics Engineering Consuming data sources to generate actionable items Master Thesis Report Author: Marc Vila Gomez´ Advisor: Tutor: Jos´e Gorchs Morillas Maria Ribera Sancho Samso (Worldsensing) (ESSI - UPC) January 31th, 2019 Agradecimientos Me gustar´ıaagradecer a Worldsensing y al inLab FIB la oportunidad que me ofrecieron para la realizaci´onde este proyecto. Agradecer a todo Worldsensing, en especial al equipo de Innovaci´on. Y m´as concretamente al director del proyecto de fin de m´aster, Jos´eGorchs, por su apoyo y supervisi´ondurante este proyecto. Y, al compa~nerode equipo, Toni Martinez por su ayuda en la supervisi´onde esta memoria y d´ıasde trabajo para llevar hacia delante el proyecto. Tambi´enagradecer a la rama de software en Ingenieria y en concreto a Sebastian Rajo, por el apoyo recibido mientras trataba de entender el funcionamiento de su sistema visualizador de datos. A Maria Ribera Sancho, profesora ponente del proyecto, agradecer que junto a su apoyo y su conocimiento, he obtenido unos sabios consejos para la realizaci´onde esta memoria. Y por supuesto, quiero agradecer a Ester Lorente por su apoyo durante la realizaci´ondel proyecto y en la redacci´onde esta memoria. Me gustar´ıadar las gracias por el soporte recibido de mi familia, haci´endome muy sencilla la tarea de no estar en casa durante este ´ultimomes, para poder centrarme en este proyecto final de m´aster. No quer´ıadespedirme sin dedicar este proyecto a mi abuela Juana y a mi abuelo Jos´e, que nos dej´omientras realizaba este m´aster. Sin vosotros, esto no habr´ıasido posible. -
Hyperlocal Alert Messages – Communicating Important Information to the Public in a Crisis
Hyperlocal Alert Messages – Communicating Important Information to the Public in a Crisis Master’s thesis in Industrial Design Engineering Anna Skoglund Kristina Videberger Department of Industrial and Materials Science Division Design & Human Factors CHALMERS UNIVERSITY OF TECHNOLOGY Gothenburg, Sweden 2019 Master of Science Thesis, Industrial Design Engineering Hyperlocal Alert Messages Communicating Important Information to the Public in a Crisis Authors Anna Skoglund Kristina Videberger Supervisor & Examiner MariAnne Karlsson CHALMERS UNIVERSITY OF TECHNOLOGY Department of Industrial and Materials Science Gothenburg, Sweden 2019 Division of Design & Human Factors Master of Science Thesis Hyperlocal Alert Messages - Communicating Important Information to the Public in a Crisis © Anna Skoglund & Kristina Videberger Chalmers University of Technology SE-412 96 Gothenburg, Sweden Tel. +46(0) 31-772 1000 Cover image: Anna Skoglund, Kristina Videberger Print: Chalmers Reproservice Acknowledgments First and foremost we would like to thank our supervisor professor MariAnne Karlsson at the Department of Industrial and Material Science at Chalmers University of Technology. She always asked the right questions and helped us find the path forward when we needed support. Thank you SOS Alarm for letting us do this project for you, and giving us the possibility to make this project our own. Special thanks to Malin Cohn and Louise Brask for arranging and enabling us to do all the research we needed. We owe many thanks to Publicis.Sapient in Gothenburg for providing us with everything from a place to sit, endless support, and insane amounts of espresso. Special thanks to the Service- and UX Design team, and especially Erik for mentoring us. Last, but not least a big thanks to all participants in our research phase. -
RECORD Static Frequency -Generators
1 JUL"81 y ELE July 1961 SAC's Primary Alerting System c0 Bell Laboratories Dialing Overseas Calls LIBRARY?)" Air -Drying for Microwave " %RATOq Systems -y A Self -Protecting Transistor RECORD Static Frequency -Generators www.americanradiohistory.com F. J. Singer, Chairman W. M. Bacon .T. A. Burton Editorial Board J. W. Fitzwilliam E. T. Mottram R. J. Nossaman W. E. Reichle H. W. Mattson, Editor A. G. Tressler, Associate Editor J. N. Kessler, Assistant Editor, Murray Hill Editorial Staff M. W. Nabut, Assistant Editor R. F. Dear, Design Editor T. N. Pope, Circulation Manager THE BELL LABORATORIES RECORD is published monthly by Bell Telephone Labora- tories, Incorporated, 463 West Street, New York 14, N. Y., J. B. FisK, President; K. PRINCE, Secretary; and T. J. MONTIGEL, Treasurer. Sub- scription: $2.00 per year; Foreign, $2.95 per year. Checks should be made payable to Bell Laboratories Record and addressed to the Cir- culation Manager. Printed in U. S. A. © Bell Telephone Laboratories, Incorporated, 1961. www.americanradiohistory.com Bell Laboratories RE C 4 RD Volume 39 Number 7 July 1961 Contents PAGE 235 SAC's Primary Alerting System H. J. Michael and H. M. Prudent 240 Overseas Dialing: A Step Toward Worldwide Telephony O. Myers and C. A. Dahiboni 246 Air -Drying Apparatus for Microwave Systems J. M. Jackson 251 A Self- Protecting Transistor for the E -6 Repeater W. M. Fox 254 Training Simulator for Flight Controllers F. W. Monsees 255 Static Frequency -Generators for Ringing Power W. F. Iiannenberg 258 Sapphires to Protect Telephone Satellites from Space Hazards John IV. -
Alert Ready Test-Survey Results-201811028
Survey Results Canada’s Alert Ready Test November 28, 2018 Public Emergency Alerting Services Inc 888 4 Ave SW #1906 Calgary, AB T2P 0V2 [email protected] www.peasi.com Confidential and Proprietary. Copyright (c) by PEASI. All Rights Reserved. 1. Background On November 28 2018, provincial emergency officials across Canada conducted tests of the National Public Alert System (NPAS) known publicly as Alert Ready. These public test alerts were sent via radio, television, compatible wireless devices, and other emergency alert distribution channels, like Alertable. This was the second time that Alert Ready public tests incorporated wireless devices, after the first test of the wireless public alerting system in May 2018. All provinces and territories issued their alerts at 1:55 PM, local time, except for Quebec who issued at 2:55 PM. The one-way broadcast nature of most Alert Ready distribution channels such as radio, television, and wireless does not provide a direct way for the public to provide feedback on alerts received, including test alerts. Therefore, Public Emergency Alerting Services Inc (PEASI) took the initiative to solicit feedback for November 28, 2018 test, with a specific interest on the effectiveness of the wireless alerting channel. PEASI created an online survey and asked all users of its Alertable app that they complete it. In addition, the survey was widely shared via social media and news organizations. The online survey is provided in the appendix. 2. Survey Results The public in all provinces and territories with the exception of the Northwest Territories completed the online survey. In some cases, only a handful of survey responses were received from the province or territory and in other cases, much more. -
Abstract Status
Program# Abstract Oral Session French Oral Presentations, 08:30 - 10:00 Saturday, 3 September 08:30 - 10:00 1 127 Pertinence des hospitalisations dans une unité de très courte durée des patients admis au service d'accueil des urgences selon les critères de l'Appropriateness Evaluation Protocol dans sa version française (AEPf). 2 278 Modalités de mise en place d'un dossier médical informatique dans un service d'accueil des 3 421 Plan de secours incendie du marché Mokolo (Yaoundé Cameroun) 4 600 Le taux de transcription des donnÈes sur les fiches de rÈgulation informatisÈes au SAMU 5 774 Motifs de recours aux urgences de líHÙpital Nord de Marseille 6 1021 TAUX …LEV…S DíAPPENDICITES PERFOR…ES: AU-DEL¿ DES FACTEURS RELATIFS AUX PATIENTS Oral Session French Oral Presentations, 10:30 - 12:00 Saturday, 3 September 10:30 - 12:00 7 234 La prise en charge des tentatives de suicide (TS) dans l’hôpital régional de Kébili 8 192 enfant de remplacement et intoxication medicamenteuse volontaire par avk 9 371 FACTEURS PREDICTIFS DE RECIDIVES SUICIDAIRES A L’ADMISSION DES PATIENTS AUX URGENCES 10 887 Intoxication aiguÎ : líorigine du toxique influence t-elle la gravitÈ ? 11 684 Prise en charge initiale de br˚ lÈs graves par Èlectrisation 12 958 Malaises du post-prandial immÈdiat : syndrome coprinien? 13 314 RIPOSTE HOSPITALIERE FACE A UNE ÉPIDÉMIE URBAINE DE CHOLÉRA. L’EXPÉRIENCE DE DOUALA (CAMEROUN) EN 2004 Oral Session Prehospital Saturday, 3 September 08:30 - 10:30 14 360 Care of Pregnant Patients with Emergent Medical Conditions: Comparison of -
Flood Resiliency Recommendations – Revision 5 February 25, 2020
Our File: 120-4689 Flood Resiliency Recommendations – Revision 5 February 25, 2020 Area No. Flood Resiliency Measure Prescribe Factor of Safety against buoyancy of ‘tanked’ buildings in the National N1 Building Code (NBC) Be prescriptive with respect to Importance Factor in consideration of buoyancy in N2 the NBC Include structural / mechanical / electrical / elevator considerations during a flood N3 event in Code, based on importance of building N4 Specify duration of service period for emergency systems in the NBC National N5 Emergency notice of flooding to cell phones (i.e., through Alert Ready) N6 Require manual back-up for passive systems in the NBC N7 Specify Design Life of buildings in the NBC N8 Incorporate Letters of Assurance in the NBC P1 EGBC to publish member advisories (especially with respect to items E1, E2, V1) P2 Develop FloodWatchBC (similar to DriveBC) P3 Revise Schedule B to include a CRP Section which includes for existing C1 Specify Design Life of buildings in provincial building codes (possibly to flow from P4 Provincial NBC) P5 Reject ‘large Part 9’ categories and re-classify as Part 3/4 J1 Require Design Philosophy Statement (to go on title) Establish Development Permit areas regarding flooding and high groundwater / J2 events; require area-specific (possibly FloodWatchBC-triggered) “do not enter” signage / warning lights and barricades Liaise with landlords / stratas regarding business planning to address loss of rental J3 income, restoration, and repair following a flood event Educate homeowners regarding opportunities -
Severe Weather Is Unpredictable and Most That Tents Offer No Protection from Lightning
Take Shelter Emergency Response If you are camping in a tent, it is important to remember REMEMBER, severe weather is unpredictable and most that tents offer no protection from lightning. If you have often strikes without warning. time, run to your car, get inside, roll up the windows and To assist emergency personnel, remember to: PROTECT do not touch anything metal. If your car is parked near trees, move it to an open space. If a cabin or a camper • Listen to and obey all staff instructions. is available, get inside but don’t touch any electrical • Stay calm and be patient. appliances, as lightning may travel through these objects. • Take only essential personal items (identification, YOURSELF If you cannot get to a car or a cabin, leave your tent cash, keys, medication, personal/baby care products, and squat down away from any trees with only your first aid/emergency kit) and pets. feet touching the ground. Do not seek shelter under tall trees as this will significantly increase your risk of being Severe Weather struck by lightning. in Saskatchewan Tornadoes Provincial Parks These devastating wind storms form suddenly, are often preceded by warm, humid weather and are always produced by thunderstorms. Do not follow tornadoes in your car or attempt to take photographs of them. If you see a tornado, take shelter immediately. Tornado warning signs include the following: • An extremely dark sky, sometimes highlighted by green or yellow clouds. • A rumbling or whistling sound. • A funnel cloud at the rear base of a thundercloud, often behind a curtain of heavy rain or hail. -
Emergency Preparedness Guides
ISIS YOURYOUR FAMILYFAMILY PREPARED?PREPARED? RESOURCES & INFORMATION FOR YOU AND YOUR FAMILY EMERGENCY PREPAREDNESS GUIDES Personal Emergency Preparedness If an emergency happens in your community, you may need to be away from your home or, it may take emergency workers some time to reach you. You should be prepared to take care of yourself and your family for a minimum of 72 hours. Use the 72 Hour guide to make your family plan and create your kit. Emergency Preparedness Guide for People with Disabilities/Special Needs While disasters and emergencies affect everyone, their impact on people with disabilities / special needs is often compounded by factors such as reliance on electrical power, elevators, accessible transportation and accessible communication – all of which can be compromised in emergency situations. Get your guide for people with disabilities/special needs here. Emergency Preparedness for Farm Animals, Pets and Service Animals From barn fires to hazardous materials spills to natural disasters, emergency situations often call for special measures to shelter, care for, or transport farm pets, livestock, and poultry. Safeguard your animals, your property and your business by taking precautions now, no matter what the risks are in your area. Additional information and assistance can be provided by your veterinarian. Pets and Service Animals also need to be included in your emergency plan. The best way to protect your pet in an emergency is to bring it with you. Most evacuation shelters will only accept service animals. Make a list of where your pet can be taken in case you need to evacuate. Get a PDF printable version of the above mentioned guides by visiting: www.getprepared.gc.ca/cnt/plns/index-en.aspx LEARNING ABOUT SPECIFIC HAZARDS Floods: Floods are the most frequent natural hazards in Canada, and the most costly in terms of property damage. -
Resolutions Adopted at the 116Th CACP Annual General Meeting
Resolutions adopted at the 116th CACP Annual General Meeting August 9, 2021 CANADIAN ASSOCIATION OF CHIEFS OF POLICE Supporting police professionals through innovative and inclusive police leadership to advance the safety and security of all Canadians. 300 Terry Fox Drive, Unit 100, Kanata, Ontario K2K 0E3 p: 613-595-1101 f: 613-383-0372 e: [email protected] w: www.cacp.ca Table of Contents Resolution 2021-01 Indigenous Policing as an Essential Service 3 Resolution 2021-02 Equitable and Sustainable Funding for Indigenous Policing 4 Resolution 2021-03 Collection of Indigenous and Racialized Identity Data Via the Uniform Crime Reporting Survey 5 Resolution 2021-04 Data Collection on Drug-impaired Driving and Mandatory Alcohol Screening 8 Resolution 2021-05 Creation of a Coercive Control Offence in the Criminal Code of Canada 10 Resolution 2021-06 Review of the Communications Interoperability Strategy for Canada: Prioritizing the National Public Alerting System 12 Resolution 2021-07 Law Enforcement Support Mechanism’s Integral Role in the Disruption and Prevention of Mass Marketing Fraud as Enabled by Organized Crime 14 Resolution 2021-08 De-escalation and Crisis Intervention 16 Page 2 of 16 Resolution 2021-01 INDIGENOUS POLICING AS AN ESSENTIAL SERVICE Submitted by the Policing with Indigenous Peoples Committee WHEREAS the intent of the First Nations Policing Policy (‘Policy’) is to provide First Nations and Inuit communities across Canada with access to police services that are professional, effective, culturally appropriate, and accountable -
Leave No One Behind Global Lessons for Implementing an Effective Public Warning System
© 19 March 2020 White Paper 2 Leave no one behind Global lessons for implementing an effective Public Warning System March 2020 This White Paper follows on from our first, titled “Getting it right first time”, published by Public Safety Communications Europe (PSCE) in March 2019: https://www.psc- europe.eu/white-papers/psce-white-paper-12-implementing-reverse-112/download.html 1 © 19 March 2020 Leave no one behind When media commentators worldwide are regularly using the term “unprecedented” to describe manmade and natural hazards, it is not surprising that governments are looking to implement an effective Public Warning System (PWS). The global Coronavirus Pandemic is a prime example of the need for an effective national PWS. In December 2018, the European Council passed legislation that expects Member States to have in place their PWS by June 2022. Whilst Article 110, European Electronic Communications Code (EECC) is a “Directive”, the text uses the word “should” throughout to reflect that it does not have the mandate to compel Member States to act. Nevertheless, authorities across Europe are actively exploring how to achieve an effective and compliant PWS. However, effectiveness goes beyond technologies alone. Of greater importance is that the PWS meets the community safety outcomes expected and the functional and operational requirements of its user-authorities. This paper explains how we can achieve both operational and technical effectiveness by optimising the investment in a future-proofed all hazards, all agencies PWS. I am the former Emergency Services Commissioner for Victoria, Australia, and National Director of Australia’s “Emergency Alert Program” (2011 to 2015).