Improved evacuation/confinement protocols based on informative air pollution thresholds, air quality data and smoke propagation models

This document was produced under the terms and conditions of Grant Agreement No. 101037419 of the European Commission. It does not necessarily reflect the view of the European Union and in no way anticipates the Commission’s future policy in this area. D4.10 IA 4.8 brief: Framework for realtime communication to citizens www.fire-res.eu [email protected] Project Acronym: FIRE-RES Project name: Innovative technologies and socio-ecological-economic solutions for fire resilient territories in Europe Call ID: H2020-LC-GD-1-1-2020 (Preventing and fighting extreme wildfires with the integration and demonstration of innovative means) Work Package: WP4 Proactive governance, engaged communities and EU culture of risk Task Number: 4.4 Real-time communication to citizens Lead beneficiary: The International Emergency Management Society (TIEMS) Contributing beneficiary(ies): D4.10 IA 4.8 brief: Framework for real-time communication to citizens Publication Publication date: 31/08/2025 Authors: Brian Holecek, TIEMS; Sergio Pirone, TIEMS; Thomas Robertson, TIEMS Abstract: This report presents a comprehensive framework for establishing a standardized real-time warning and alert messaging system across the European Union, applicable to wildfires and other emergencies. It identifies key principles, challenges, and opportunities for harmonizing communication protocols among EU Member States. Drawing on global best practices and international standards, it proposes policy recommendations and a step-by-step implementation roadmap. The goal is to enhance emergency preparedness, interoperability, and citizen resilience while respecting national sovereignty and ensuring inclusive, multilingual, and accessible communication during emergencies. Key words: real-time emergency communication, public warning systems, disaster risk management, interoperability, crisis information system Quote as: Holecek, B., Pirone, S., Robertson, T. (2025). Framework for Real-Time Communications to Citizens DOI: 10.5281/zenodo.17020645 Dissemination level [X] PUPublic: must be available in the website [ ] COConfidential: Only for members of the Consortium and the Commission Services [ ] CI – Classified: As referred in to Commission Decision 2001/844/EC Document history Edition Date Status Author Version 1 08/08/2025 Draft Brian Holecek (TIEMS), Sergio Pirone (TIEMS), Thomas Robertson (TIEMS) Version 2 26/08/2025 Revision Guillaume Corradino (EM), Luis Fernando Arencibia (CIGC) Version 3 28/08/2025 Revision Brian Holecek (TIEMS), Sergio Pirone (TIEMS), Thomas Robertson (TIEMS) Version 4 29/08/2025 Final Version Sergio Pirone (TIEMS), D4.10 IA 4.8 brief: Framework for real-time communication to citizens Copyright © All rights reserved. This document or any part thereof may not be made public or disclosed, copied or otherwise reproduced or used in any form or by any means, without prior permission in writing from the FIRE-RES Consortium. Neither the FIRE-RES Consortium nor any of its members, their officers, employees or agents shall be liable or responsible, in negligence or otherwise, for any loss, damage or expense whatever sustained by any person as a result of the use, in any manner or form, of any knowledge, information or data contained in this document, or due to any inaccuracy, omission or error therein contained. All Intellectual Property Rights, know-how and information provided by and/or arising from this document, such as designs, documentation, as well as preparatory material in that regard, is and shall remain the exclusive property of the FIRE-RES Consortium and any of its members or its licensors. Nothing contained in this document shall give, or shall be construed as giving, any right, title, ownership, interest, license or any other right in or to any IP, know-how and information. The information and views set out in this publication does not necessarily reflect the official opinion of the European Commission. Neither the European Union institutions and bodies nor any person acting on their behalf, may be held responsible for the use which may be made of the information contained therein. D4.10 IA 4.8 brief: Framework for real-time communication to citizens Table of contents EXECUTIVE SUMMARY1 1. INTRODUCTION1 1.1 Background on the current state of real-time communication with citizens within the EU Member States2 1.2 Rationale for adoption of real-time communication approach with citizens across EU Member States4 1.3 Objectives of this report5 1.4 Contribution to FIRE-RES6 2. REAL-TIME COMMUNICATION WITH CITIZENS: AN OVERVIEW6 2.1 Basic principles of EU communication6 2.2 Benefits of implementing real-time communication in all emergencies7 3. CHALLENGES AND OPPORTUNITIES7 3.1 Challenges in implementing real-time communications systems8 3.2 Opportunities for the adoption of a standardized EU Warning and Alert System9 4. CORE PRINCIPLES FOR IMPLEMENTATION OF A STANDARDIZED EMERGENCY WARNING AND ALERT SYSTEM IN THE EU10 4.1 Identification of real-time communication principles that offer significant value10 5. FRAMEWORK FOR HARMONIZATION AND INTEROPERABILITY12 5.1 Achieving harmonization across EU Member States12 5.2 Interoperability as a keystone12 5.3 Strategic Pathways13 5.4 Technical integration for a standardized warning and alert system in the EU14 6. POLICY RECOMMENDATIONS14 6.1 Enhancing Stakeholder Engagement in the Implementation of a Standardized Warning and Alert Messaging System across the EU16 6.2 Strategies for Stakeholder Engagement16 6.3 Overcoming Challenges in Stakeholder Engagement17 D4.10 IA 4.8 brief: Framework for real-time communication to citizens 7. IMPLEMENTATION ROADMAP18 7.1 Phase 1: Assessment and Alignment18 7.2 Phase 2: Development and Customization18 7.3 Phase 3: Pilot Implementation and Evaluation19 7.4 Phase 4: Full-Scale Implementation and Continuous Improvement19 7.5 Phase 5: Sustainability and Integration19 8. CONCLUSION20 APPENDIX - REAL-TIME PUBLIC INFORMATION APPROACHES USED OUTSIDE OF THE EU21 A.1 Australian Public Information and Emergency Warnings21 A.2 United States Integrated Public Alert and Warning System (IPAWS)24 A.3 International Federation of Red Cross and Red Crescent Societies (IRFC) Guidelines26 D4.10 IA 4.8 brief: Framework for real-time communication to citizens 1 Executive Summary This report addresses the urgent need to enhance real-time communication with citizens during emergencies across the European Union (EU), with a particular focus on high-impact events such as wildfires. Although the EU remains a safe and stable region, it faces increasing risks from both natural hazards and human-induced disasters. Wildfires—driven by climate change, land-use changes, and prolonged drought—have emerged as a growing threat to lives, property, ecosystems, and cultural heritage. Between 1980 and 2020, natural hazards affected nearly 50 million people in the EU and cost Member States an average of €12 billion annually. Future projections suggest a rising frequency and severity of extreme events, including heatwaves and wildfires, due to climate change. In this context, early warning and real-time communication systems are essential tools for mitigating risks, enabling timely evacuation, and preventing minor incidents from escalating into large-scale disasters. Real-time communication must provide citizens—wherever they are in the EU—with clear, actionable, and accessible information before and during emergencies. This includes support for tourists, senior citizens and individuals with medical, physical, or cognitive needs. A standardized EU Warning and Alert System would ensure consistent messaging across borders, contributing to faster responses and better outcomes during incidents such as wildfires, floods, or public health crises. While challenges exist—including legal (e.g., GDPR), technical (e.g., interoperability), and operational (e.g., training, public awareness)—this report outlines a framework for overcoming them. It proposes harmonized principles, a shared technical infrastructure, and alignment with ISO standards, the EU Civil Protection Mechanism 1 while respecting the sovereignty and diversity of EU Member States. Key policy recommendations include promoting cross-system compatibility, supporting national and regional capacity building, and fostering stakeholder collaboration. The implementation roadmap includes assessment of current systems, development of customized training, pilot deployments, and long-term sustainability planning. 1. Introduction Disasters can strike at any time and place, whether natural, like floods, or humaninduced, such as industrial accidents. However, effective planning, monitoring, and early warning systems can significantly mitigate potential damage and prevent small incidents from escalating into large-scale emergencies. The EU’s early warning and information systems empower an efficient resilient emergency response in the Member States. These systems are crucial to the EU’s 1 European Civil Protection and Humanitarian Aid Operations-European disaster risk management website: https://civil-protection-humanitarian-aid.ec.europa.eu/what/civilprotection/european-disaster-risk-management_en retrieved 05 March 2024 D4.10 IA 4.8 brief: Framework for real-time communication to citizens 2 strategy for global protection. These systems minimize the impact of disasters by seamlessly integrating the phases of preparedness and response 2 . When disasters occur or are imminent, promptly alerting the population and emergency services is paramount. Rapid warnings are essential to save lives, safeguard jobs, and protect the environment. Continuous hazard monitoring and early warning systems are vital for anticipating risks, mobilizing necessary resources, and warning those in danger.2 Emergency communications refer to two-way interpersonal communication services between an end-user and the Public Safety Answering Point (PSAP) designed to request and receive emergency assistance. Effective emergency communications must ensure all individuals, including those with disabilities and roaming citizens, have access to emergency services. Accurate caller location data is critical and should be provided to PSAP to facilitate effective emergency response interventions 3 . 1.1 Background on the current state of real-time communication with citizens within the EU Member States The EU supports the early warning and information systems of Member States by contributing to the real-time assessment of hazards, facilitating prompt analysis and action. Disaster alerts enable Emergency Response Coordination Centers to provide comprehensive early assessments of events, allowing for timely intervention within the framework of EU civil protection, both within the EU and worldwide. Collaboration with various EU research agencies advances the development of disaster forecasting and management tools for both natural and human-induced hazards, including: • The Global Disaster Alert and Coordination System • The European Flood Awareness System and Global Flood Awareness System • The European Forest Fire Information System and Global Wildfire Information System • The European and Global Drought Observatories These early warning and information systems are integral to the EU’s Copernicus programme. 2 European Civil Protection and Humanitarian Aid Operations-European Early Warning and Information Systems https://civil-protection-humanitarian-aid.ec.europa.eu/what/civilprotection/european-early-warning-and-information-systems_en retrieved 05 March 2024 3 European Commission-Rolling Plan for ICT Standardisation Emergency Communication and Public Warning Systems https://joinup.ec.europa.eu/collection/rolling-plan-ictstandardisation/emergency-communication-and-public-warning-systems retrieved 05 March 2024 D4.10 IA 4.8 brief: Framework for real-time communication to citizens 3 The EU operates specialized early warning systems that monitor hazards both within the EU and globally, complementing national early warning systems and supporting national authorities. The EU Civil Protection Mechanism has enhanced its capacity to assess and evaluate risks and disaster impacts by engaging scientific organizations and utilizing the latest equipment, significantly boosting its preparedness levels. 4 This capacity can be further enhanced by engaging EU scientific organizations to assist in formulating a survey on the state-of-the-art early warning systems (EWS). To ensure consistency and clarity in terminology, we adopt the following definitions in this report: 1. Early Warning Systems (EWS) An integrated system encompassing hazard monitoring, forecasting, and prediction, disaster risk assessment, communication, and preparedness activities. These systems and processes enable individuals, communities, governments, businesses, and others to take timely action to reduce disaster risks before hazardous events occur. To be effective, an EWS needs to be end-to-end, and people centered. 5 2. Multi-Hazard Early Warning Systems These systems address multiple hazards and/or impacts of similar or different types in contexts where hazardous events may occur alone, simultaneously, cascading, or cumulatively over time. They account for the potential interrelated effects of these events. A multi-hazard early warning system enhances the efficiency and consistency of warnings through coordinated and compatible mechanisms and capacities. It involves multiple disciplines for updated and accurate identification and monitoring of various hazards. 6 3. Definition of Alert: ➢ Alert (Noun): In a state that allows quick action, response, or understanding; mentally or intellectually active; lively, animated. ➢ Alert (Verb, Transitive): To make alert or aware of something; to warn; to instruct to be vigilant about something. 7 4. Definition of Warning: ➢ Warning (Noun): Advice to be aware that a person or thing is dangerous. 4 European Civil Protection and Humanitarian Aid Operations-European Early Warning and Information Systems https://civil-protection-humanitarian-aid.ec.europa.eu/what/civilprotection/european-early-warning-and-information-systems_en retrieved 27 March, 2024 5 Sendai Framework Terminology on Disaster risk reduction https://www.undrr.org/terminology/early-warning-system retrieved 27 March 2024 6 Sendai Framework Terminology on Disaster risk reduction https://www.undrr.org/terminology/early-warning-system retrieved 27 March 202 7 Oxford Dictionary OED: https://www.oed.com/search/dictionary/?q=alert retrieved 27 March 2024 D4.10 IA 4.8 brief: Framework for real-time communication to citizens 4 ➢ Warning (Verb, Transitive): To give notice to a person of impending danger or misfortune. 8 1.2 Rationale for adoption of real-time communication approach with citizens across EU Member States Real-time communication with citizens is not a new concept. Most EU Member States and countries worldwide have developed warning messages. However, the current challenge lies in the inconsistency of these messages, particularly in areas with shared borders or where citizens travel between EU Member States. Real-time communication with citizens involves a public communication system (a warning system) that provides consistent messaging to communities. This ensures that citizens within or near the defined area of an incident or crisis receive uniform warnings and alerts. The goal is to offer actionable information, referred to as a ‘Call to Action,’ regardless of the incident's size. In the EU, Calls to Action are based on a variety of message designs and cognitive and behavioral methodologies. Australia offers an example of a unified real-time communication approach. Within Australia, Calls to Action are based upon a framework of specific action statements that can be flexibly applied across all warning levels and tailored to each hazard within the different Australian states or territories. A driving factor behind the implementation of an Australian-wide warning system is the movement of thousands of people across state or territory borders daily. Prior to this system, each state and territory had similar but different warning systems, leading to confusion during major incidents. Developed by AFAC (National Council for Fire and Emergency Services) Warnings Group, the Australian Warning System has been in place since December 1, 2020, initially for bushfire warnings and now extended to all hazards for emergency services and weather agencies. 9 Of course, there are geographic and demographic differences between Australia and the EU. Australia has a total area of 7,688,287 square kilometers, and as of July 2023 had a population of 26.618 million inhabitants. 10 EU Member States have a combined area of over 4,000,000 sq.km, with 448.4 million inhabitants. 11 (This is compared to a total area of 9,147,420 sq km 12 and a population of 335.9 million people 13 for the United 8 Oxford Dictionary OED: https://www.oed.com/search/dictionary/?scope=Entries&q=warning retrieved 27 March 2024 9 AFAC-AFAC news-item article, Australian Warning System: dated December 2, 2020 https://www.afac.com.au/auxiliary/publications/newsletter/article/australian-warningsystem?fbclid=IwAR3h1-ni5SGoYHpps5aaxDWtxM4FNKLAcExkZxK-WlQOwleVgvJvT2ZGQiQ retrieved 27 March 2024 10 https://www.mylifeelsewhere.com/country-size-comparison/united-states/europe Area of Australia state territories retrieved last updated July 23 retrieved 27 Mar 24 11 Facts and figures on life in theEU https://european-union.europa.eu/principles-countrieshistory/key-facts-and-figures/life-eu_en Retrieved 01 July 2024 12 World Data Atlas United States of Americaland area https://knoema.com/atlas/United-Statesof-America/Land-area retrieved 01 July 2024 D4.10 IA 4.8 brief: Framework for real-time communication to citizens 11 • Promote stronger actions at national level to take the needs of vulnerable people when managing risk 23 The principles articulated in this extract provide a basis for effective implementation of a standardized Warning and Alert System across an all-hazard environment within the EU. These principles are intended to further develop and enhance the prevention and management of disaster risk in Europe, in line with ‘Article 6 on the Union Civil Protection Mechanism (Decision 1313/2013/EU) Preventing and Managing Disaster Risk in Europe, Section 4.2, subparagraphs E and F.’ 24 Several papers and documents have been prepared over the years highlighting the value and importance of an early warning and alert system. Notably, the Report from the Commission to the European Parliament and Council on the progress of implementing Article 6 of the Union Civil Protection Mechanism (Decision 1313/2013/EU) covers Sections 4.2 subparagraphs E, Risk Awareness Raising and Alert Systems, and F, Early Warning Systems and Response Capacities. 25 As referenced earlier in this report, the European Civil Protection and Humanitarian Aid Operations produced the document “European Early Warning and Information Systems,” detailing the various systems across the EU for global disaster response, including floods, forest fires, global wildfire information, and drought observation systems. In 2018, a paper titled “Public Warning Systems for Climate-Induced Natural Hazards” by Claudio Rossi, Giacomo Falcone, Antonella Frisiello, and Fabrizio Dominici 26 discussed best practices. The point of view of this paper is highly aligned with this report. It notes that UNISDR definitions lack clarity on the difference between 'alert' and 'warning,' which is crucial for this discussion. The paper provides definitions as follows: • Alert: A warning to people to be prepared to deal with something dangerous . 23 REPORT FROM THE COMMISSION TO THE EUROPEAN PARLIAMENT AND COUNCIL on progress on implementation of Article 6 on the Union Civil Protection Mechanism (decision 1313/2013/EU) Preventing and managing disaster risk in Europe section 4.2 subparagraphs E, page 13-14, https://secure.ipex.eu/IPEXL-WEB/download/file/082d29088e306567018e3213cb7d00ca Retrieved 28 March 2024 24 REPORT FROM THE COMMISSION TO THE EUROPEAN PARLIAMENT AND COUNCIL on progress on implementation of Article 6 on the Union Civil Protection Mechanism (decision 1313/2013/EU) Preventing and managing disaster risk in Europe section 4.2 subparagraphs E, pages 12-13, https://secure.ipex.eu/IPEXL-WEB/download/file/082d29088e306567018e3213cb7d00ca Retrieved 28 March 2024 25 REPORT FROM THE COMMISSION TO THE EUROPEAN PARLIAMENT AND COUNCIL on progress on implementation of Article 6 on the Union Civil Protection Mechanism (decision 1313/2013/EU) Preventing and managing disaster risk in Europe section 4.2 subparagraphs E, pages 12-13, https://secure.ipex.eu/IPEXL-WEB/download/file/082d29088e306567018e3213cb7d00ca Retrieved 28 March 2024 26 Best Practises on Public Warning Systems for Climate Induced Natural Hazards: https://reliefweb.int/report/world/best-practices-public-warning-systems-climate-inducednatural-hazards retrieved 30 March 2024 D4.10 IA 4.8 brief: Framework for real-time communication to citizens 12 • Warning: Something that makes you understand there is a possible danger or problem. The paper also explores human factors in public warnings, emphasizing that alert messages need to activate both cognitive and emotional responses, akin to a 'Call to Action,' as mentioned in connection with the Australian public warnings process. The paper identifies six key processes from a receiver's perspective, which can guide standardization of emergency warning and alert systems: 1. Receiving the alert (hearing/reading). 2. Understanding the alert message. 3. Believing its reliability. 4. Personalizing the alert. 5. Confirming the alert's truth. 6. Taking protective action. Throughout the world countries have implemented emergency warning and alert messaging systems, though not all are standardized within their countries. The Appendix of this report provides a summary of two countries and one international organization with well-established systems: Australia, the United States, and the International Federation of Red Cross and Red Crescent Societies (IFRC). 5. Framework for Harmonization and Interoperability 5.1 Achieving harmonization across EU Member States Developing a standardized EU Warning and Alert messaging system requires a nuanced approach. This approach must acknowledge the diverse landscape of emergency management practices, legislative frameworks, as well as technological, and communication capabilities within the Union. Achieving harmonization involves aligning operational methodologies, communication protocols, and training standards to ensure efficient, effective, and resilient emergency responses across all geographical locations. 5.2 Interoperability as a keystone A primary benefit of a standardized EU Warning and Alert messaging system is interoperability. As such, the messaging system must consider several dimensions of interoperability: 1. Technological Interoperability: Ensuring communication systems, datasharing platforms, and other technological tools are compatible across member states, facilitating real-time information exchange and coordination during emergencies. D4.10 IA 4.8 brief: Framework for real-time communication to citizens 13 2. Procedural Interoperability: Harmonizing operational procedures and protocols to ensure synergistic collaboration among agencies from different member states. This includes providing consistent warning messages or alerts in a uniform format regardless of where a citizen or tourist is within the EU. Examples include: ➢ Initial Alert (Yellow): Providing general information about the situation with no action required, ➢ Watch Alert (Orange): Offering detailed information on the incident and predetermined actions from prior community awareness sessions. ➢ Warning (Red): Delivering detailed information with instructions such as "too late to leave, shelter in place," based on community awareness sessions. 3. Cultural and Linguistic Interoperability: Addressing cultural and linguistic differences that impact cross-border emergency management effectiveness. This includes developing multilingual training materials and incorporating cultural competency into emergency management communication programs. 5.3 Strategic Pathways The development of a standardized EU Warning and Alert messaging system should: 1. Leverage Existing Frameworks: Utilizing frameworks such as the European Union Civil Protection Mechanism (EUCPM) and ISO standards (ISO 22320, ISO 22322, and ETSI 102 182) to establish common ground for interoperability and harmonization. Other relevant ISO standards are listed in Chapter 6 Policy Recommendations of this report. 2. Ensure Cross-Compliance for Interoperability: Developing standardized EU Warning and Alert messaging systems that promote "cross-compliance" between different national systems, allowing mutual recognition of operational standards and certifications for smoother cross-border collaboration. 3. Integrate with European Civil Protection Training: Incorporating a standardized EU Warning and Alert messaging system into training programs developed under the EUCPM to ensure all personnel have a shared understanding of these methodologies, regardless of their country of origin. 4. Incorporate Evaluation and Adaptation: Establishing a framework for the continuous evaluation of interoperability and harmonization efforts, with the flexibility to adapt policies based on lessons learned from exercises, real-world incidents, and technological advancements. 5. Respect Sovereignty and Local Practice: While striving for harmonization and interoperability, policies must respect the sovereignty of EU Member States, allowing for the adaptation of a standardized EU Warning and Alert messaging system to local laws, traditions, and organizational structures. D4.10 IA 4.8 brief: Framework for real-time communication to citizens 14 5.4 Technical integration for a standardized warning and alert system in the EU The implementation of a standardized EU Warning and Alert messaging system must incorporate an innovative integration strategy based on a robust inventory of current warning and alert processes within the EU. This strategy should focus on creating interoperable communication systems that enable seamless information exchange between various emergency management teams. Shared data platforms are critical for consolidating real-time data, enhancing situational awareness, and facilitating informed decision-making at all levels within the emergency agencies of the EU, as well as within citizen communities. Artificial intelligence (AI) can support warning and alert messaging by providing multilingual translations and automating routine tasks. Establishing EU-wide standards for technological integration within the EU incident management framework will ensure that all member states can contribute to and benefit from a unified, efficient, and effective emergency response mechanism. Any framework for harmonization and interoperability within the EU's emergency management systems must be dynamic and evolving. This requires a commitment to collaboration, innovation, and continuous improvement. By embracing a standardized approach to warnings and alerts, the EU can enhance its collective capacity to provide concise, timely, and relevant messaging systems for specific emergencies, including the ability to have multiple messages and alerts active within one member state, protecting its citizens and assets with a unified, efficient, and effective approach. 6. Policy Recommendations To facilitate the effective implementation of a standardized EU Warning and Alert messaging system across the European Union, while acknowledging the diversity of emergency management systems and respecting the sovereignty of EU Member States, the following policy recommendations are proposed: 1. Encourage Cross-System Compatibility: Develop a standardized warning and alert messaging policy at the EU level that promotes interoperability and "crossed compliance" between different national emergency management systems. This approach allows for mutual recognition of operational standards and communication messaging, facilitating smoother collaboration during crossborder incidents. 2. Leverage International Standards for Harmonization: Utilize existing frameworks and standards as a baseline for harmonizing emergency management efforts across the EU. These standards can inform and be referenced by EU level standards and also guide regional implementation. Relevant standards include: ➢ ISO 22320: Security and Resilience - Emergency Management - Guidelines for Incident Management. D4.10 IA 4.8 brief: Framework for real-time communication to citizens 15 ➢ ISO 22361: Crisis Management - Guidelines on crisis management to help organizations plan, establish, maintain, review, and continually improve strategic crisis management. ➢ ISO 22393: Security and Resilience - Guidance on developing meaningful recovery activities and renewal initiatives from any type of major emergency, disaster, or crisis. ➢ ISO 22322:2022: Security and Resilience - Emergency Management - Guideline for Public Warnings ➢ ISO 22324:2022: Security and Resilience - Emergency Management - Guidelines for Colour Coded Alerts ➢ ISO 22325:2016: Security and Resilience - Emergency Management - Guidelines for Capability Assessment ➢ ISO 22326:2018: Security and Resilience - Emergency Management - Guidelines for Monitoring Facilities with Identified Hazards ➢ ISO 22327:2018: Security and Resilience - Emergency Management - Guidelines for Implementation of a Community-Based Landslide Early Warning System ➢ ISO 22328-1: Security and Resilience - Emergency Management - Part 1, General guidelines of a community-based disaster early warning system ➢ ISO/TR 2022:2015: Security and Resilience - Emergency Management - Guidelines for Public Warning 3. Strengthen European Civil Protection Mechanisms: ➢ Integrate the standardized EU Warning and Alert messaging principles into the European Union Civil Protection Mechanism (EUCPM) training programs. ➢ Ensure consistency in training methodologies to foster a unified approach to emergency management. Administrative and emergency management personnel must receive consistent training in these vital methodologies. 4. Foster Continuous Learning and Adaptation: Establish mechanisms for continuous evaluation, learning, and adaptation of standardized EU Warning and Alert messaging implementation efforts. This includes regular exercises, after-action reviews, and sharing of best practices among member states to continuously improve the system's effectiveness. 5. Support National and Regional Capacity Building: Provide technical assistance, in connection with the EU Rolling plan for ICT standardization, Rolling Plan 2024 27 , resources, and funding to support member states in adapting standardized EU Warning and Alert messaging principles to their national and regional contexts. This includes supporting the development of national warning 27 EU Join Up Rolling Plan for ICT standardisation, rolling plan 2024 https://joinup.ec.europa.eu/collection/rolling-plan-ict-standardisation/rolling-plan-2024 retrieved 01 April 2024 D4.10 IA 4.8 brief: Framework for real-time communication to citizens 16 messaging frameworks, training programs, and technological upgrades to enhance interoperability. 6. Promote Collaborative Governance and Leadership: Encourage collaborative governance structures involving all relevant stakeholders in the development and implementation of a standardized EU Warning and Alert messaging policy. This includes national governments, regional authorities, emergency management agencies, and community groups across multiple member states. 7. Ensure Respect for Sovereignty and Local Subsidiarity: While striving for harmonization and interoperability, respect the legal and operational sovereignty of EU Member States. The policy should offer flexibility to adapt to local laws, traditions, organizational structures, and telecommunications infrastructure. The main objective is to ensure the content, context, and 'Call to Action' messaging within a standardized EU Warning and Alert messaging system are consistent throughout the EU, regardless of the technical aspects of telecommunications and media delivery. 8. Prioritize Communication and Information Sharing: Enhance communication and information-sharing mechanisms among EU Member States to ensure timely and effective warning and alert messaging to citizens in real-time for any specific incident. This may include developing shared platforms for data exchange. By adopting these policy recommendations, the EU can significantly enhance its collective emergency management and communication capabilities, ensuring a more resilient, efficient, and integrated approach to managing emergencies across the Union. These recommendations aim to foster a culture of preparedness, collaboration, and continuous improvement, ultimately safeguarding the lives and well-being of EU citizens in times of crisis. 6.1 Enhancing Stakeholder Engagement in the Implementation of a Standardized Warning and Alert Messaging System across the EU Successful implementation of a standardized EU Warning and Alert messaging system requires active engagement and collaboration with a wide range of stakeholders. This includes national and local government bodies, emergency management agencies, nongovernmental organizations (NGOs), community leaders, and the private sector. Engaging these stakeholders fosters a sense of ownership and commitment towards the system and leverages their unique insights, resources, and capabilities to enhance the system's effectiveness. 6.2 Strategies for Stakeholder Engagement 1. Multi-Level Communication Platforms: Develop and maintain strategies for continuous communication across diverse levels of stakeholders and communities. This strategy should facilitate the exchange of information, best D4.10 IA 4.8 brief: Framework for real-time communication to citizens 17 practices, and feedback on the implementation process of EU warning messages and alerts. 2. Regular Stakeholder Meetings and Workshops: Organize regular meetings, workshops, and forums where stakeholders can discuss challenges, share insights, and contribute to the development and refinement of a standardized EU Warning and Alert messaging policy and practices, including cultural, language, medical, physical and cognitive requirements. 3. Joint Training and Exercise Programs: Implement training programs and exercises that include all relevant stakeholders within the EU Member States. This will improve real-time emergency communication and assist in coordination and interoperability, building mutual trust and understanding among different entities involved in emergency management, including EU member state communities. 4. Telecommunication Tools for Engagement: Leverage telecommunications tools, social media, and other media platforms to broaden stakeholder engagement, reaching out to communities and individuals who might otherwise be marginalized during an incident requiring real-time communication. 5. Feedback Mechanisms: Establish clear and accessible feedback mechanisms that allow stakeholders to voice concerns, suggest improvements, and contribute to the ongoing development of a standardized EU Warning and Alert messaging system. 6. Role Definition and Inclusion: Clearly define the roles and responsibilities of various stakeholders within the standardized EU Warning and Alert messaging system, ensuring that each entity understands its contribution to emergency management efforts. Actively seek to include diverse perspectives, especially from communities directly affected by emergencies. 6.3 Overcoming Challenges in Stakeholder Engagement • Diverse Interests and Perspectives: Recognize and address the diversity of interests and perspectives among stakeholders, striving for a balanced approach that considers the needs and concerns of all parties involved. • Resource Limitations: Identify and mitigate the impact of resource limitations on stakeholder engagement by seeking alternative support mechanisms, such as EU funding opportunities or partnerships with the private sector. • Cultural and Language Barriers: Implement strategies to overcome cultural, language, and cognitive barriers that may hinder effective engagement and understanding of warning and alert messages. Use translation services and culturally sensitive communication materials, including the adoption of AI to auto-translate warning messages and alerts to appropriate languages in all EU Member States. Enhancing stakeholder engagement in the implementation of a standardized EU Warning and Alert messaging system involves fostering collaborative relationships D4.10 IA 4.8 brief: Framework for real-time communication to citizens 18 among government entities, emergency services, NGOs, and community groups. This strategy ensures diverse perspectives are integrated, promoting a unified approach to crisis management warnings and alerts. Key to success is transparent communication, joint exercises, and shared learning platforms that facilitate knowledge exchange and consensus-building. Engaging stakeholders early and continuously throughout the planning and execution phases ensures their commitment and adaptability to the standardized EU Warning and Alert messaging system, enhancing the overall resilience and response capacity of the EU. 7. Implementation Roadmap The successful adoption of a standardized EU Warning and Alert messaging system across the EU requires a strategic approach that acknowledges the diversity of emergency management systems, legislative frameworks, and capacities of EU Member States. This implementation roadmap outlines key steps to guide the adoption of such a system, ensuring interoperability and harmonization while respecting national sovereignty and local autonomy. 7.1 Phase 1: Assessment and Alignment 1. Conduct a Comprehensive Assessment: Formulate a survey to evaluate the current state of early warning systems (EWS) among direct and indirect project partners, including living labs, stakeholders, technical and political contacts, and relevant experts. 2. Align with International Standards: Utilize existing standards such as: ➢ European Union Civil Protection Mechanism (EUCPM) ➢ ISO 22320: Security and Resilience – Emergency Management – Guidelines for Incident Management ➢ ISO 22322: Social Security Emergency Management Guidelines for Public Warning and ETSI 102 182 (2010) Emergency Communications (EMTEL) Ensure compliance with these standards to establish common ground for interoperability and harmonization. 3. Analyze the Responses: Identify and consolidate expectations and gaps; define objectives, corrective actions, and improvements for harmonization at the EU level. 4. Research Non-European Systems: Study the experiences and evolution of the Australian emergency warning systems and the US IPAWS, as well as other countries with public warning and information messaging systems. 7.2 Phase 2: Development and Customization 1. Develop Policies: Create a policy framework for warning messages and alerts, defining quality, content, delivery methods, and addressing gaps. D4.10 IA 4.8 brief: Framework for real-time communication to citizens 19 2. Customize Training Programs: Develop and tailor training programs to accommodate the diverse linguistic, cultural, and operational contexts of EU Member States. Integrate these into the EUCPM training program to ensure timely and concise messaging for real-time communication with citizens during emergencies. 3. Community Awareness Dissemination: Develop and implement training programs to raise awareness among EU citizens, considering their diverse linguistic and cultural contexts. 7.3 Phase 3: Pilot Implementation and Evaluation 1. Pilot Implementation: Select at least three living labs to pilot the standardized EU Warning and Alert messaging system, focusing on areas with high crossborder emergency risks to evaluate its effectiveness in real-world settings. 2. Evaluation and Feedback: Conduct thorough evaluations of the pilot implementations, gathering feedback from all stakeholders to identify best practices, challenges, and areas for improvement. 7.4 Phase 4: Full-Scale Implementation and Continuous Improvement 1. Roll-Out to All Member States: Adjust the policy based on pilot outcomes and proceed with a full-scale rollout across all EU Member States, providing necessary technical and financial support. 2. Establish Mechanisms for Continuous Improvement: Implement continuous learning and adaptation processes, including regular exercises, after-action reviews, and sharing best practices among member states to refine and improve the system over time. 3. Foster Collaborative Governance: Promote a collaborative approach involving national governments, regional authorities, emergency management agencies, and NGOs to ensure cohesive implementation of the system. 7.5 Phase 5: Sustainability and Integration 1. Ensure Sustainability: Secure long-term commitment and resources from EU institutions and member states to sustain the system, including ongoing training, system upgrades, and research into emerging best practices. 2. Integration with Other Initiatives: Integrate the system with other EU initiatives, guidelines, and policies related to civil protection, disaster risk reduction, and climate adaptation to ensure a coherent approach to emergency management across the Union. This roadmap provides a strategic framework for action at the EU level for adopting a standardized EU Warning and Alert messaging system within the European Union, aimed at enhancing the Union's collective emergency response capabilities while D4.10 IA 4.8 brief: Framework for real-time communication to citizens 20 respecting the diversity and sovereignty of its member states. Through careful planning, collaboration, and a commitment to continuous improvement, the EU can achieve a more efficient and effective warning and alert message process, increasing resilience and efficiency in managing emergencies and crises. 8. Conclusion This report outlines a comprehensive framework for adopting a standardized EU Warning and Alert messaging system across the European Union. By exploring core principles, challenges, opportunities, policy recommendations, and a strategic implementation roadmap, it establishes a vision for enhancing the EU's collective emergency real-time communication capabilities during incidents. The adoption of a standardized EU Warning and Alert messaging system presents a unique opportunity to unify and streamline emergency management practices across member states, fostering interoperability, efficiency, effectiveness, and community resilience during crises. However, implementing such a system must account for the diverse legal, operational, and cultural landscapes of the Union, ensuring that policies and practices respect national sovereignty. Key to this endeavor is a commitment to flexibility and continuous improvement. This will allow the messaging system to evolve in response to the increasing needs and expectations of EU communities for real-time communication during incidents. Moreover, the emphasis on collaboration, both within the Union and with international partners, underscores the importance of a collective approach. This approach would provide citizens within EU Member States with timely information during specific incidents, delivering key messages and alerts that advise on actions to protect lives through a standardized EU Warning and Alert messaging system. As the EU moves forward with implementing a standardized EU Warning and Alert messaging system, it is imperative that member states, emergency management agencies, community groups, and other stakeholders engage in open dialogue, share best practices, and commit to a process of learning and adaptation. This collaborative spirit will be crucial in overcoming identified challenges and realizing the full potential of the messaging system to protect lives, property, and the environment across the European Union. In conclusion, the journey towards a harmonized and interoperable emergency management system within the EU is both challenging and essential. This report provides a foundational step in that direction, offering a roadmap for action that balances the need for a collaborative approach with respect for national differences. As the EU continues to navigate the complexities of emergency management in an D4.10 IA 4.8 brief: Framework for real-time communication to citizens 27 • Guiding principle 2: Aim for synergy across levels: community, national and regional/global. It is the synergy between these levels that will provide the greatest protection for lives and livelihoods • Guiding principle 3: Insist on multi hazard EWS. This will a systematic analysis and prioritisation of a set of threats and hazards • Guiding principle 4: systematically include vulnerability. Both hazards and vulnerability must be given importance in an EWS. The neglect of vulnerability in EWS is one of the most important weaknesses identified across the globe. Resilience is recognised as the counterpoint to vulnerability. • Guiding principle 5: Design EWS components with multiple functions. This insures EWS sustainability by serving multiple purposes within a community’s priorities and needs. • Guiding principle 6: accommodate multiple time scales. Take advantage of longer lead times to prepare and manage EWS processes. Create early warning information relevant for the time and space before an expected incident/disaster. • Guiding principle 7: Embrace multiple knowledge systems. There are typically three relevant knowledge systems: ➢ Transmitted knowledge: transferred from an individual through any form of communication ➢ Experiential knowledge: learned from personal exposure or experience ➢ Empirical knowledge: created during systematic scientific analysis or monitoring efforts • Guiding principle 8: account for evolving risk and rising uncertainty. Globalised modern developments have resulted in changes in the way new generations communicate and their priorities. The internet and social media have enabled an endless flow of information that may accentuate the rift and push knowledge of the past further aside. • Guiding principle 9: EWS without borders. Target the full vulnerability and hazardscape. Hazards don't follow borders or understand administrative cultural or linguistic boundaries. They don't distinguish between jurisdictional zones. A disaster risk practitioner must think like a hazard and look at the full scale of the hazard regardless of preconceived and socially constructed boundaries. • Guiding principle 10: Demand appropriate technology. There is a place for high technology in EWS, but a sophisticated warning remains useless if it's not linked to effective action. A main consideration is to ensure technology is appropriate (high-cost efficiency, robust, resilient, easily used, and maintained) at every level. D4.10 IA 4.8 brief: Framework for real-time communication to citizens 28 • Guiding principle 11: Require redundancy in indicators and communication channels. Redundancy is an important concept. The EWS needs to be resilient enough to have a contingency or continuity plan in case of a partial or full operating system failure. • Guiding principle 12: Target and reach disadvantaged and vulnerable groups. Disadvantaged groups are a key focus as they includes a wider group at risk (exposed and vulnerable). Depending on the location of an incident/disaster, this may include not only women, children, older persons and persons with disabilities. It could also include the homeless, the semi-illiterate, or very simply the least economically secure. • Guiding principle 13: Build partnerships and individual engagement. Sustainable multi-hazard and multi-level EWSs thrive when partnerships are crystallised and committed individuals are visibly attached to the efforts. 41 41 IFRC Community early warning systems guides principles, Strategy 2020 pages 21-45 https://www.ifrc.org/document/community-early-warning-systems-guiding-principles retrieved 30 March 2024