The days of rationalist scientific management and deference to official data are behind us. The credibility of experts and the information they provide are regularly challenged; officials are routinely provided with conflicting sets of facts as they plan and make decisions; and decision makers and stakeholders alike are largely skeptical that technical information will adequately account for the various interests and concerns and lead to the right outcomes. They struggle to reconcile technical information with other forms of knowledge, and differing interests, priorities and perspectives. Issues like climate change are complicating matters even further, as scientists and technicians must increasingly acknowledge the uncertainty and potential fallibility of their findings, and highlight the dynamic nature of the systems they are explaining. This book examines how groups looking to plan and make decisions in any number of areas can wade through the imperfect and often contradictory information they have to make fair, efficient, wise and well-informed choices. It introduces an emerging and very promising approach called joint fact-finding (JFF). Rather than each stakeholder group marshaling the set of facts that best advance their respective interests and perspectives while discrediting the contradictory facts others provide, groups are challenged to collaboratively generate shared sets of facts that all parties accept. This book introduces readers to the theory of JFF, the value it can provide, and how they can adopt this approach in practice. It brings together writings from leading practitioners and scholars from around the world that are at the forefront of the JFF approach to science intensive policymaking, urban planning, and environmental dispute resolution. The first set of chapters outlines the concept of JFF, and situates it within other bodies of theory and practice. The second set of case-based chapters elucidates how JFF is being applied in practice. This book delivers a new perspective to scholars in the field of public policy, urban planning, environmental studies, and science and technology studies, as well as public officials, technical experts, policy consultants, and professional facilitators.

The days of rationalist scientific management and deference to official data are behind us. The credibility of experts and the information they provide are regularly challenged; officials are routinely provided with conflicting sets of facts as they plan and make decisions; and decision makers and stakeholders alike are largely skeptical that technical information will adequately account for the various interests and concerns and lead to the right outcomes. They struggle to reconcile technical information with other forms of knowledge, and differing interests, priorities and perspectives. Issues like climate change are complicating matters even further, as scientists and technicians must increasingly acknowledge the uncertainty and potential fallibility of their findings, and highlight the dynamic nature of the systems they are explaining. This book examines how groups looking to plan and make decisions in any number of areas can wade through the imperfect and often contradictory information they have to make fair, efficient, wise and well-informed choices. It introduces an emerging and very promising approach called joint fact-finding (JFF). Rather than each stakeholder group marshaling the set of facts that best advance their respective interests and perspectives while discrediting the contradictory facts others provide, groups are challenged to collaboratively generate shared sets of facts that all parties accept. This book introduces readers to the theory of JFF, the value it can provide, and how they can adopt this approach in practice. It brings together writings from leading practitioners and scholars from around the world that are at the forefront of the JFF approach to science intensive policymaking, urban planning, and environmental dispute resolution. The first set of chapters outlines the concept of JFF, and situates it within other bodies of theory and practice. The second set of case-based chapters elucidates how JFF is being applied in practice. This book delivers a new perspective to scholars in the field of public policy, urban planning, environmental studies, and science and technology studies, as well as public officials, technical experts, policy consultants, and professional facilitators.

Joint fact-finding is a cooperative venture and communication among the participants is critical to success. Analysts have begun to recognize this and have started to adjust their craft to reflect the communicative character of their work. Non-analysts usually judge experts' opinions by their value, effectiveness, and legitimacy rather than soundness of the conclusions. Accordingly, experts must recognize the importance of these non-scientific criteria, and learn to communicate better with their non-expert colleagues. Practically, this means explaining the rationale and implications behind their findings in an easily digestible way. Andrews uses real cases to illustrate his argument that analysts should marry process to analysis, spread information, reason inductively, broaden their analytic scope, put analytic results into lay terms, and constantly seek out feedback on their work. Technical specialists who perform analysis in public settings can turn to Andrews's book for ideas about how to do their jobs more effectively. Scholars interested in the connection between expertise and the process of social learning will find his case study approach useful. Beginning with an analysis of the motivations and concepts at work in the process of joint fact finding, Andrews assesses the challenges analysts face from those who hire them and from their non-expert colleagues. He then illustrates his remarks with case studies of projects that have failed and succeeded. The book concludes by summing up the mistakes learned and elements that make for successful joint fact finding.

Many of the challenges that decision-makers grapple with in relation to climate change are governance related. Planning and decision-making is evolving in ambiguous institutional environments, in which many key issues remain unresolved, including relationships between different actors; funding arrangements; and the sources and procedures for vetting data. These issues are particularly acute at this juncture, as climate adaptation moves from broad planning processes to the management of infrastructure systems. Concrete decisions must be made. Adapting Infrastructure to Climate Change draws on case studies of three coastal cities situated within very different governance regimes: neo-corporatist Rotterdam, neo-pluralist Boston and semi-authoritarian Singapore. The book examines how infrastructure managers and other stakeholders grappling with complex and uncertain climate risks are likely to make project-level decisions in practice, and how more effective decision-making can be supported. The differences across governance regimes are currently unaccounted for in adaptation planning, but are crucial as best practices are devised. These lessons are also applicable to infrastructure planning and decision-making in other contexts. This book will be of great interest to scholars of climate change and environmental policy and governance, particularly in the context of infrastructure management.

This new textbook introduces key mechanisms and issues in international conflict management and engages students with a comprehensive interdisciplinary approach to mitigating, managing, and transforming international conflicts. The volume identifies key historical events and international agreements that have shaped and defined the field of international conflict management, as well as key dilemmas facing the field at this juncture. The first section provides an overview of key mechanisms for international conflict management, such as negotiation, mediation, nonviolent resistance, peacekeeping, peacebuilding, transitional justice, and reconciliation. The second section tackles important cross-cutting themes, such as technology, religion, the economy, refugees and migration, and the role of civil society, examining how these issues contribute to international conflicts and how they can be leveraged to help address such conflicts. Each chapter includes a brief historical overview of the evolution of the issue or mechanism, identifies key theoretical and practical debates, and includes case studies, discussion questions, website links, and suggested further reading for further study and engagement. By providing a mixture of theory and practical examples, this textbook provides students with the necessary background to navigate this interdisciplinary field. This volume will be of great interest to students of international conflict management, conflict resolution, peace studies, and international relations in general.

Deliberative democracy has been one of the main games in contemporary political theory for two decades, growing enormously in size and importance in political science and many other disciplines. The Oxford Handbook of Deliberative Democracy takes stock of deliberative democracy as a research field, in philosophy, in various research programmes in the social sciences and law, and in political practice around the globe. It provides a concise history of deliberative ideals in political thought and discusses their philosophical origins. The Handbook locates deliberation in political systems with different spaces, publics, and venues, including parliaments, courts, governance networks, protests, mini-publics, old and new media, and everyday talk. It engages with practical applications, mapping deliberation as a reform movement and as a device for conflict resolution, documenting the practice and study of deliberative democracy around the world and in global governance.

Occupant-Centric Simulation-Aided Building Design promotes occupants as a focal point for the design process. This resource for established and emerging building designers and researchers provides theoretical and practical means to restore occupants and their needs to the heart of the design process. Helmed by leaders of the International Energy Agency Annex 79, this edited volume features contributions from a multi-disciplinary, globally recognized team of scholars and practitioners. Chapters on the indoor environment and human factors introduce the principles of occupant-centric design while chapters on selecting and applying models provide a thorough grounding in simulation-aided building design practice. A final chapter assembling detailed case studies puts the lessons of the preceding chapters into real-world context. In fulfillment of the International Energy Agency’s mission of disseminating research on secure and sustainable energy to all, Occupant-Centric Simulation-Aided Building Design is available as an Open Access Gold title. With a balance of fundamentals and design process guidelines, Occupant-Centric Simulation-Aided Building Design reorients the building design community toward buildings that recognize and serve diverse occupant needs, while aiming for superior environmental performance, based on the latest science and methods.