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Commentary

Valuing public engagement with energy system transitions: the importance of what lies beneath

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Pages 659-662 | Published online: 10 Apr 2014

The importance of public engagement with sociotechnical issues has gained increasing salience in the last decade across academia, policy and industry Citation[1]. Among the reasons for public engagement are the opportunities such activities afford for dialogue between stakeholders and wider publics. Given the right approach, such forms of dialogue can offer a basis for more robust decision-making, and for anticipating potential points of conflict and possibilities for resolution. In the contemporary context of climate change and the imperatives it presents for energy system change, public engagement is likely to be highly important in efforts to move toward new system forms Citation[2–4].

Publics are deeply implicated in energy system configurations (e.g., as consumers and producers of energy, as citizens with voting powers, and as active protesters or proponents of infrastructures) and will therefore be central to the successful implementation of change processes. Indeed, several commentators have posed that the development of a new social contract – the contract of unspoken reciprocal agreements between state and citizenry – will be key to achieving change of the scale required Citation[5]. In this regard, public engagement is likely to be significant for a number of reasons, not least in developing understanding of public concerns and expectations about system change.

In this Commentary, we examine existing debates within public engagement research around energy, opening up insight into some of the key challenges and opportunities. We conclude drawing from our recent research on public engagement with energy system transitions, arguing that central to engagement is a focus on public values and the more general concerns that underlie particular responses.

Public engagement: debates & developments

In debates around public engagement, a shift has been identified from an early focus on providing knowledge to more participatory and inclusive processes, which place emphasis on dialogue and mutual learning. The former focuses on activities that inform or correct perceived deficits of the public (e.g., a knowledge deficit), so that publics can understand decision contexts and formulate their views based on rational assessment of the evidence. This approach has been extensively criticised: for assuming the neutrality of information and privileging certain forms of knowledge; for discounting the role for values, situational context and other types of knowledge; and for framing publics as a problem in terms of their ignorance, trust or ambivalence and engaging in order to correct, rather than to reflect divergent perspectives Citation[6]. More recent approaches to public engagement focus on a two-way interaction between publics and stakeholders. The notions of knowledge, trust, openness and transparency become important principles here, rather than problems to correct.

There are multiple and diverse forms of engagement processes, ranging from citizen’s juries and deliberative workshops, to consultations and Delphi techniques. Importantly, it has been demonstrated that the type of engagement process does not necessarily guarantee an approach that addresses the problems associated with deficit models Citation[7]. Instead, it is important to pay attention to the processes of framing that occur within engagement activities. Stirling highlights a distinction between ‘opening up’ and ‘closing down’ in the framing of technological choices or social concerns more generally Citation[7]. Where open framings place emphasis on revealing any open-endedness, contingency and capacity for the exercise of agency, closed framings entail cutting through the messy, intractable and conflict prone diversity of perspectives. This latter approach is regarded as problematic because it does not offer the thorough and inclusive approach associated with, but not innate to, more open and dialogic processes.

Public engagement & energy

In the UK’s energy context, it is possible to identify distinct forms of public engagement activity. First, there are examples of state- or industry-led public engagement, most commonly in the form of consultation exercises. Second, there are processes instigated by publics whereby they engage through avenues such as activism, protest and public inquiries. Third, there are forms of academic research that can be broadly regarded as public engagement. These different forms of engagement intersect in various ways; for example, when academic research arises around a state-led engagement process Citation[8].

Academic research involving public engagement with energy has been wide-ranging, with projects addressing nuclear and renewable energy being particularly well developed Citation[9]. There is also a significant body of research dedicated to examining public engagement with energy consumption across home, work and transport Citation[10]. Academic research in this area typically seeks to characterize and understand public concerns with an analytic lens. As such, studies within this tradition also offer critical reflection on wider state and industry engagement processes.

Cass and Walker, for example, have pointed to the problematic nature of conceptions of the public held by those involved in renewable energy development Citation[11]. They show how engagement processes in practice were often based on deficit principles (i.e., they were underpinned by an assumption that public opposition was rooted in irrational emotions and misinformation that required correcting) and how modes of engagement that narrowed the space for expression of emotion were increasingly favored by developers Citation[12]. Moreover, they show how public concerns were often framed as ‘not in my back yard’, positioning publics as having selfish narrowly defined interests. This view of public engagement with energy developments has been widely critiqued, with several authors demonstrating that responses are rooted in a much broader range of concerns Citation[12].

Beyond these critiques, other analysts have pointed to the significance of changes in planning processes for public involvement within energy system development Citation[13]. Cowell and Owens highlight how planning processes offer vital spaces for public engagement, in ways that allow for wider-ranging debate and challenge some of the assumptions often embedded within development rhetoric (e.g., focusing on supply-led systems instead of demand reduction) Citation[13]. They assert that planning processes have historically provided space for challenges to be leveled at top-down development with important implications for sustainability. Of particular significance for the energy sector are the implications for public engagement that arise with the introduction of the national planning statements and the associated planning reforms Citation[14]. Shifting planning decisions about large energy infrastructure to centrally located governance arenas has arguably closed down spaces for public engagement with issues of system development.

Such changes were predicated on the need to develop major infrastructure quickly and avoid problems for economic development created by negative public responses. Here, we argue that rather than viewing engagement as a problem to be overcome or as a source of unnecessary delay, it should be seen as an integral part of successful energy system development. Previous experience teaches that as spaces for dialogue are closed down, so controversy opens up – recent protests in the UK over shale gas and fracking demonstrate one area in which proper and sustained engagement is clearly an important precursor to proposals Citation[15]. Research too, although highlighting complexity in public engagement, indicates that both siting processes and demand reduction initiatives that involve local communities at early stages and engage fully with their concerns are often more successful and encounter less delays Citation[16,17]. As we enter a period in which major energy system change will be essential to carbon management processes, so the significance of public engagement increases and greater space, not less, is required to debate the questions that transitions raise.

Our recent research demonstrates that, when given time and space, publics offer insightful and considered responses to such complex issues Citation[18–20]. This research further underscores the importance of paying attention to the broader concerns and values that underlie particular public responses. In understanding these we find a way into the deeper basis for public contestation and a clearer understanding of the terms of the debate as signaled by publics. For example, our research shows how many public concerns about system change pertain as much to beliefs about the actors implicated in energy system development as they do to questions about the actual technologies and their deployment. This is particularly significant, as where responses to public concerns are predicated on erroneous assumptions about the nature of the issues at hand (e.g., that they pertain only to matters of technological safety), the result is much more likely to be one of conflict.

Conclusion

We conclude arguing that public engagement is likely to be integral to the attainment of energy system change and associated aims of carbon management. Central to public engagement activities, in this regard, is a need to focus on the public concerns and values that underlie responses. Taking this as a starting point is more likely to produce dialogue processes that are both effective and satisfactory to all parties involved. By opening up discussion in this way, participants can arrive at and find their own ways of beginning to negotiate the difficulties and intractable conflicts that arise in decision-making about energy system change.

Financial & competing interests disclosure

This Commentary is based on research that formed part of the program of the UK Energy Research Centre and was supported by the UK Research Councils under the Natural Environment Research Council award NE/G007748/1 (grant NE/I006753/1). The authors have no other relevant affiliations or financial involvement with any organization or entity with a financial interest in or financial conflict with the subject matter or materials discussed in the manuscript apart from those disclosed.

No writing assistance was utilized in the production of this manuscript.

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