Binding: Paperback
Description: Climate change is one of the most significant and challenging problems we face today and many organisations have recognised their responsibility in reducing emissions and environmental degradation and regenerating biodiversity. However conventional leadership has failed to respond adequately to the magnitude of the threat and a profound change in corporate leadership is required to substantively cut emissions and change climate policy to minimise further destructive environmental impact. This book sets out the qualities and approaches needed by leaders to successfully develop and implement climate change mitigation and adaptation policies. Bringing together the foremost experts in climate change leadership from business leadership psychology and coaching backgrounds this book addresses the failures of current leadership practice and proposes a variety of models of how climate change leadership capabilities can be effectively developed in organisations. It is structured around four concepts: foundations which includes models of environmental ecological and evolutionary leadership; transitions which looks at transformational and ethical models that are being repurposed for the age of sustainability; progressions which explores innovative models that are being developed for the current age including systems adaptation and maturity - based models of leadership; and actions which includes models of sustainable goal setting and climate leadership coaching and development. The book is written for corporate leaders researchers and educators and will be an invaluable addition to the leadership curriculum and executive development programmes to help the next generation of leaders respond to global challenges.
Title: The Handbook Of Climate Change Leadership In Organisations Developing Leadership For The Age Of Sustainability
Brand: Taylor & Francis Ltd
Barcode: 9781032380056
Pages: 438 Pages, 9 Tables, Black And White; 25 Line Drawings, Black And White; 1 Halftones, Black And Whit
Publication Date: 11/27/2023
Category: Environmental Science, Engineering & Technology