This book explores the definition, nature and context of public relations crises; it also examines and defines the main elements of public relations crises and positions it in the context of the current communication sphere.

Public Relations Crisis Communication: A New Model investigates existing group communication theories, including organizational culture, critical theory of organizations, media ecology, public rhetoric, and cross-cultural communication theory to establish their relevance in the context of the new model of public relations crisis. Key concepts from existing public relations crisis theory are also discussed and validated in order to establish prevailing thought. Through a case study of Malaysia Airlines MH370, involving a textual analyses of press communications on the Malaysia Airlines website, this book scrutinises prevailing theory and definitions. Most valuably, this book proposes a new definition and model of public relations crisis, alongside a suggested extension to existing crisis communication theory in the form of a hierarchy of publics to be addressed during crises. This will help to address divergent publics with differing priorities in public relations crisis communication.

This book is of interest to students, teachers, researchers and practitioners of public relations, communication, media and marketing, as well as professionals in the aviation industry and international relations.

About the Author

Lisa Anderson-Meli is a public relations professional with extensive experience in the aviation industry. She has a Masters in media and communication with specialisation in public relations.

Swapna Koshy is an award-winning professor and researcher who has published books and articles on communication. Dr Koshy's research focuses on media, marketing and business communication and the socio-cultural impact of new and traditional media.

Book Information
ISBN 9780367254292
Author Lisa Anderson-Meli
Format Hardback
Page Count 86
Imprint Routledge
Publisher Taylor & Francis Ltd
Weight(grams) 222g