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The circulation of ideas: a discursive deliberative knowledge system for
biodiversity policy
Vanessa Liston
[email protected]
Chapter in Governing Biodiversity through Democratic Deliberation
Editors
Mikko Rask, National Consumer Research Centre, Helsinki
Richard Worthington, Pomona College, Claremont, California
Abstract
This chapter builds on recent innovations in deliberative systems and discursive
representation. I argue that discrete transnational deliberative events should be one component
of a broader discursive deliberative knowledge system. The proposed system generates open
knowledge on social discourses and their transformations through discursive deliberation
from the local to global level, offering a stronger basis for the democratic governance of
biodiversity than is provided by the current focus on discrete deliberative events.
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Introduction
The recent World Wide Views (WWV) process brings into sharp focus the challenges of
citizen deliberations in global biodiversity negotiations. As a fledgling experiment in the
democratization of global governance, the WWViews process fruitfully reveals by its
limitations opportunities for radically rethinking both the knowledge required to govern
complex systems, and the role of citizens therein. Two limitations of the process are directly
relevant. First, at the level of the deliberation fora, challenges exist with respect to inclusion,
impact and legitimacy which are well documented in the literature with respect to policy in
general and the WWViews process in particular (Reidy & McGregor, 2011). These criteria
are inherent to the deliberative project and derive from an external normative framework
rooted in ideals of equality, justice and freedom. Deliberation is regarded as successful where
these criteria are met.
Second, at a global level, engaging citizens in deliberative processes on complex and
uncertain systemic change raises fundamental questions about knowledge and capacity that
challenge the value of global citizen deliberations from an output perspective. If deliberative
processes actually satisfied the democratic criteria just mentioned, could they substantially
contribute to the governance of complex systems such as the environment? Currently,
knowledge that is required to understand and respond to biodiversity threats is regarded as
being within the domain of scientific community, and the citizen is often regarded as having a
knowledge ‘deficit’ (Wynne, 1996; Petts & Brooks, 2006). As I will argue, both the design
and implementation of the WWViews process, while offering an opportunity for citizen
engagement and solidarity, in effect supported this ´deficit´ model.
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The question of citizen knowledge capacity is important in light of an emerging consensus
that collaborative science-policy interfaces are essential in order to harness multiple
knowledge types required to govern complex systems (UNEP, 2009; Koetz et al., 2012). As
Koetz states: ‘A biodiversity management problem depends so heavily on how the issue is
framed that the results of the scientific analysis cannot be treated as if they were isolated from
their socio-political contexts (2010, p.122).’ The relevance of local framing is highlighted in a
study by Soini & Aakkula, that explores differences in framing biodiversity of the agricultural
landscape among citizens and experts. They find an ‘ecosystem model of thinking related to
biodiversity held by the local residents’ which they suggest may provide promising
opportunities for the framing and bottom up management of biodiversity (2011: 319). This
value in citizen knowledge leads other authors to call for the democratization of science.
Backstrand (2003) claims that as knowledge is socially constructed, a multiplicity of
perspectives is required in order to co-create the knowledge required for biodiversity impact.
But under what conditions and norms can individual citizens or organized groups compete
with established and structured knowledge paradigms beyond the linear expert-lay paradigm?
How can science value and interact in new ways with the input of citizens? What is the role, if
any, of citizen deliberations such as WWViews and can they fulfil an effective and
transformative role at the global level? If biodiversity is as much a social-political issue as a
scientific one (Sarkar, 2005), how can this information be harnessed and combined in a way
that enables new relevant knowledge or ideas to emerge? How would such an approach
compare with the WWViews process? These are the questions of concern in this chapter.
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To begin, I outline the current thinking on the opportunities and challenges of transnational
mini-publics as a normative democratic exercise as relevant to the WWViews process. I then
argue that the epistemic foundations of this approach are in tension with the knowledge and
transformation dynamics needed to support effective biodiversity conservation policies. In the
third section, I move to looking at how deliberations could be re-oriented towards this
knowledge approach, in which citizens can generate and interact with a stream of critical
knowledge through a discursive deliberative knowledge system. This knowledge would
reflect both actualities of how nature is socially constructed across space and time as well how
this construction becomes transformed through discursive deliberation. The discussion
explains how a discursive deliberation system can provide the context, legitimate grounding
and information critical to supporting improved deliberative impact at the transnational level.
WWViews, transnational deliberation and policy-making
The WWViews process has been a significant experiment and achievement in testing the
bounds and potential of transnational deliberation. Modelled on the mini-public concept, the
standardized WWViews approach across countries aimed to facilitate at a practical level
citizen communications and deliberation with the goal of influencing policy makers at the
Convention on Biological Diversity’s Eleventh Conference of the Parties (COP11). The goal
was to achieve increased democratization of the international decision-making institutions
that are seen as removed from the everyday lives of citizens.
There are strong arguments in favor of transnational mini-publics (Smith, 2009; Baber &
Barlett, 2009). Based on the Habermasian logic of communicative action (Habermas, 1985),
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deliberation provides a public space in which prejudices can be challenged, a plurality of
opinion considered and public judgement reached. The concept of public judgement resonates
with theorists concerned with the functioning of democratic systems (Kornprobst, 2011).
Alexander Hamilton in 1788 suggested it is not public opinion that we need to guide us, but
public judgment. In his words ‘The deliberate sense of the community should govern the
conduct of those to whom they entrust the management of their affairs’ (Hamilton et al. 2003:
436). There are practical expectations too for policy. Bohman (1998) claims that mini-publics
might perform better than civil society in transnational contexts because they mitigate against
discourse domination by professional and self-selected activists, which can exclude less vocal
and minority perspectives. Baber (2010) claims that national and local level deliberation can
add significantly to the political legitimacy of natural resource management. As such, in its
goals and design WWViews aimed to achieve the normative standards of democratic
deliberation in terms of diversity of opinion, information and time for respectful deliberation.
However, other authors caution that the limitations of mini-publics as a deliberative format
should be acknowledged and supplemented where required (Smith, 2013). A major criticism
is that discrete deliberative events are isolated from the wider public sphere. Authors argue
that there must be a substantive linkage between those events and the informed opinions of
the general public (Chambers, 2009). The media is a crucial link in this regard as it can
stimulate public debate. However, given media biases and that the media is a ‘difficult friend’
(Rask, 2013) such a link was only weakly achieved in the two WWViews deliberations held
to date (Schneider and Delborne, 2011; Geddes and Choi, this volume). As noted by Rask
(2013), WWViews had no measurable impact on the COP decision process though it achieved
its goal in raising visibility of the issue of citizen participation and indirectly influencing the
spread of deliberation to other countries. Goodin & Dryzek (2006) address this question
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directly and state that though deliberation is unlikely to have a direct impact, there are a
number of ways in which the macro-micro link has been achieved in a range of cases,
including among others, legitimating policy, popular oversight, informing public debates, and
resisting co-option.
Challenges in representativeness also have an effect on the relevance and credibility of output,
potentially weakening the incentive of policy-makers to act upon the outcomes (Smith, 2013).
Cash et al. (2003) note in their analysis of knowledge systems for sustainability that these
limitations can be summarized in terms of legitimacy, relevance and credibility of knowledge.
Rask (2013: 46) notes that during the WWViews process politicians questioned the value of
the output of deliberations, given their small scale, in comparison to opinion polling. The
question remains valid. How can politicians and policy-makers claim to represent their
citizens on the output of bounded knowledge and deliberative output of a tiny fraction of non-
representative global citizens?
This is the point at which the intersection of analysis of deliberation with wicked problems at
the international levels raises new questions. Wicked problems are those which are ‘ill-
defined (no prescribed way forward), involve stakeholders with different perspectives, and
have no “correct” or “optimal” solution’ (Conklin, 2005, 18; see also Rittel & Weber, 1973).
Levin et al. (2012) define super-wicked problems, such as climate change, as having four
features: time is running out; those who cause the problem also seek to provide a solution; the
central authority needed to address it is weak or non-existent; and, partly as a result, policy
responses discount the future irrationally.
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Compared with this complexity and wickedness of the policy questions at hand and the issues
of legitimacy surrounding mini-publics for the wider public sphere, it seems that current
deliberation formats are oriented more to highlighting normative democratic ideals than
contributing substantively to global governance. As Mansbridge et al. (2011 ) note: ‘No single
forum, no matter how ideally constituted, can possess enough deliberative capacity, to elicit
all the information and insights and induce sufficient public reflection and contest, [that are]
necessarily for sound governmental and social decisions or for legitimate democratic
decisions’. Drawing together Parkinson and Mansbridge’s work (2013) with that of Dryzek
and Niemeyer (2008) on discursive democracy and deliberation, the remainder of this chapter
will focus on (1) why we need to think of global mini-publics as a link in a discursive
deliberative knowledge system of human rational and moral reasoning for biodiversity policy
development; and (2) how that could be achieved.
Tensions: positivist versus complex knowledge paradigms
The epistemological basis of biodiversity governance has been changing over the past decade.
Based on emerging recognition of the need for multiple-knowledge systems to support
biodiversity management, science-policy interfaces such as the Intergovernmental Science-
Policy Platform on Biodiversity and Ecosystem Services (IPBES) aim to become more
collaborative. By science-policy interface I adopt the Koetz’s definition (2010: 4) as:
‘A combination of cognitive models, normative structures and rights, rules and procedures
that define and enable social practices interrelating science and policy, assign roles to
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scientists, policy-makers, and other relevant stake- and knowledge-holders, and guide their
interactions according to given principles and purposes.’
These changes are partly in recognition of the constructed and contested nature of knowledge,
the concomitant need for multi-level governance approaches, and the limitations of the
positivist scientific method for complex systems such as society and the environment.
Complex systems are comprised of networks of agents, often adaptive, that exhibit self-
organization and/or produce emergent effects. They are generally characterized by non-linear
effects, uncertainty and unanticipated outcomes. Their properties are linked and
interdependent, they are highly context specific and do not have predictable generalizable
responses to stimuli across different times and circumstances (Keshavarz et al., 2010). These
properties lead to the emergence of patterns at different scales (Roux, 2011) that cannot be
understood by studying its parts.
In the search for simple causes of complex effects, scientific methods have moved beyond the
positivist approach of identifying cause and effect relations between observed ‘facts’, to one
of identifying simple generative rules for complex effects. These could be in the form of
models, algorithms and non-linear dynamics that explain how agents would behave over time
in the context of interactions with their environment and other agents (Phelan, 2001). This
field of complexity science is still emerging and evolving, but has raised awareness that
knowledge on complex systems such as the environment is incomplete, uncertain and
unpredictable. As Der Sluijs (2006: .64) notes ‘present day environmental problems exhibit a
number of characteristics that make them hard to tackle with normal scientific procedures.’
Rittel and Webber (1973: 161) state that a scientific-rational approach cannot be applied to
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wicked problems such as social policy, because problems cannot be definitively described and
notions of the common good are varied and contested.
Yet, while the discourse on knowledge requirements for effective biodiversity management
continues to evolve towards a complexity paradigm, practical approaches to how environment
relevant knowledge is sourced and flows through the science-policy interface remains
constrained by established positivist paradigms as exemplified in ‘linear’ cause-effect models
and practices contributing to institutional mismatches1 (Young, 2006; for discussion see
Apostolopoulou, 2012; Koetz et al, 2012).
These linear cause-effect models are built into common mini-public formats. First, there is the
linear flow of information from the expert to the ‘knowledge deficit’ citizen in preparation for
deliberation (see Fischer, 2009). In most major deliberative events such as the WWWViews
process, Canada Citizen’s Assembly, G1000 in Belgium, Pilot Citizen’s Assembly Ireland,
EuroPolis and Tomorrow’s Europe, citizens are provided with ‘unbiased knowledge’
(Bedsted, 2012) in the form of scientific facts relevant to the issue at hand. During
WWViews, information on biodiversity was prepared by the Austrian consultancy
BIOFACTION in cooperation with the Danish Board of Technology (DBT). The information
constituted a one way flow of authoritative information on biodiversity from external sources
to the participating citizens. This approach aligned with best deliberative practice.
Second, popular deliberative designs, such as deliberative polling, are based also on positivist
understanding of opinion and its transformation. This is shown in the practice of gathering
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responses to pre-defined questions on themes related to the complex issue under
consideration. The epistemological assumption is that participants’ underlying values are
already in existence and are revealed through reasoned debate (Burchardt, 2014). The focus is
thus on the capture of objective and comparable facts which exist apart from the subjects and
which enable generalization of knowledge. This approach requires a distance between the
analyst and subject. Although this is not the case in all deliberative formats,2 where there is a
positivist focus, citizens become objects of the research, rather than the substantive and
qualitative issues under deliberation.
Both of these assumptions informed the structure of WWViews. Participants were asked to
deliberate following expert presentations and respond to pre-set questions using multi-choice
options. Frequency reports on the choices were then compared directly across nations. While
this facilitated communication on the complex topic at a global scale, Reidy and Herriman
(2011: 20) note that the method limited citizen deliberation in observing that‘The use of
predefined questions and answers closed down opportunities for participants to reframe issues
or express responses in their own words.’
The limitations of these positivist and linear approaches to integrating the citizen into
biodiversity governance are clear. They privilege the assumption of expert knowledge and the
discrete deliberative action over 1) the uncertainties and lack of knowledge that define our
understanding of the environment as a complex system; 2) the wickedness of the problems at
hand and; 3) the lived experiences and perspectives to which biodiversity impacts, science
and policy responses are directly relevant. In sum, the scientific-lay deficit model, positivist
assumptions about what constitutes knowledge, and the assumptions underlying methods such
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as deliberative polling are dissonant with the role of citizens, implied by the demands of
complexity, in the global governance of biodiversity.
This epistemic question and the tension between linear processes for complex issues, lies at
the core of challenges facing deliberative global governance. This is clear from a practical
example of where this tension is most obvious at a larger scale, in the implementation of
scientific recommendations for biodiversity conservation at the local level.
Case: ‘Growing Places’ biodiversity policy, Dublin.
Current research shows that where science has identified a potential mitigation to a
biodiversity threat, a simple cause and effect dissemination model through policy channels
and media frequently does not result in an improvement in biodiversity indicators. To
illustrate the point, I draw on an example of a biodiversity policy that resulted in public
backlash in the Dublin region of Ireland. A local government developed a ‘Growing Places’
policy which allowed hedgerows and open spaces to turn into wild flower meadows. The
policy was based on scientific advice that increasing coverage of wild grasses and flowers
supports populations of natural species and pollination, critical to providing ecological
services to the region.
However, the policy was met with resistance from citizens partly from a lack of knowledge of
biodiversity, partly due to distrust of the local government, but also due to a lack of effective
consultation with citizens that could have helped tease out the various and opposing beliefs
and values. The consultation process was indeed limited. In an interview3 with a key official it
emerged that the Council only targeted residents’ groups because they did not have
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information on other stakeholders in the general population. This meant that the Council
missed critical opposing perspectives on the issue as well as the opportunity to discuss
implementation of the proposal. On the one hand there was a quiet majority either supporting
or ambivalent to the Growing Places policy. On the other hand, opinions were expressed
online, in the media and during protests that wild areas were unsightly (aesthetic) (Magee,
2010), that children had less play space (impacted amenities) (Manning, 2010), that rat
populations had increased (health issues) (Gittens, 2010) and that anti-social behaviour had
increased in these unregulated areas (social threat) (Farrell, 2010, LeoB, 2010; Shaungil,
2010). Aided by media amplification of opposition views, particularly through talk radio
shows, the policy generated a substantial negative backlash that had an impact on the policy
being rolled out nationwide.4 Since then and due to economic cutbacks the biodiversity
program has been significantly scaled back. In the context of our current argument this
incident was a significant event which generated a stream of important communications on
understandings, interpretations and values concerning biodiversity and conservation policies.
The case is not isolated. Biodiversity policies focused on preservation frequently clash with
local material values, understandings and cultural practices (see Brown, 1998; Zingerli, 2005;
Marshall, 2007). This includes places where citizens or ‘resource users’ face poverty,
insecurity and unstable political systems (Karki, Rai and Worthington in this volume).
Findings suggest support for Young’s argument that:
‘Global resolution of complex issues does not automatically “cascade” down to
regional, national or local level of social organisation, but is subject to a number of
scale related effects: differing socio-economic and political contexts lead to differing
interpretations of priorities and policy instruments, compliance enforcement and
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knowledge systems vary from place to place, leading to different approaches to
implementation’ (in Koetz et al., 2012: 127).
In light of Young’s observation, Koetz et al. (2012: 127) argue that policies developed
without an understanding of the places and knowledge cultures in which they will be
interpreted, implemented and evaluated are more vulnerable to being ineffective. Policy
responses negotiated at the supra-national and global level, therefore need to be sensitive to
local conditions and opportunities, understandings and meanings in the development of
sustainable responses and their dynamics (Peuhkuri & Jokinen, 1999). However, to date, there
is no structured method for capturing this knowledge, essential to both understanding how
nature is constructed and to developing effective policy for biodiversity conservation. We
now turn to a proposal on how discursive deliberations could be harnessed to address this gap.
Towards a discursive deliberative knowledge system
The argument is in this paper is that approaches to biodiversity governance must treat the
ecological, biological and social aspects of contemporary human affairs together. In doing so I
adopt the position of Berkes et al (2000: 4) that social and ecological systems are linked and
that the delineation between both is artificial and arbitrary. Deliberations are critical because
they help bring diverging discourses together and enable a framework for citizens to clarify,
test and transform their own perspectives on the environment. As Lidskog notes ‘Culture and
context are important because the social meaning of a risk and the moral relevance of an issue
are found in concrete sociocultural settings’ (2011:153. Gustafsson (2011) points to studies
that show that residents have the capacity to both critically evaluate scientific knowledge and
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produce useful relevant and important knowledge about uncertain environmental issues. Blok
(2008: 1) concludes that ‘Citizen knowledge does not merely passively reflect science.
Instead, citizens create meaning and construct knowledge by organizing personal experiences
and knowledge claims into coherent narratives.’
But to fully realise the potential of citizens’ knowledge and engagement in environmental
policy, we need to go beyond thinking of deliberations as bounded and discrete global events
towards a multi-scalar and polycentric deliberative system. As Ostrom (2010: 550) states in
the context of global warming:
‘Instead of focusing only on global efforts (which are indeed a necessary part of the long-term
solution), it is better to encourage polycentric efforts…... Polycentric approaches facilitate
achieving benefits at multiple scales as well as experimentation and learning from experience
with diverse policies.’
Jane Mansbridge, John Parkinson and other deliberative theorists elaborate the rationale for a
system-approach, calling for deliberation at multiple scales (Parkinson & Mansbridge, 2013).
A deliberative system is one where talk-based approaches to political conflict and problem
solving are distributed in society, as distinguishable and differentiated but to some degree
inter-dependent parts. These parts are connected to form a complex whole. The burden of
legitimacy or decision-making does not fall on one part, but is distributed across the system.
Finally, the system is probabilistic rather than determinative. This means that not all parts
have a function, nor that there is a consistent cause and effect relationship between any set of
parts. Deficiencies in one part can be compensated by other parts of the deliberative system
(Mansbridge, 2011; Parkinson & Mansbridge, 2013).
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Other scholars are also calling for a deliberative approach that links the macro to the micro
systematically (Dryzek & Niemeyer, 2008; Dryzek, 2010). In the context of climate change,
Stevenson & Dryzek (2012) provide a strong and compelling argument for a new
understanding of democracy that de-emphasises formal institutions and operates in the
informal realm of the engagement and contestation of discourses in the global public sphere.
Discourses are defined by Dryzek & Niemeyer (2008: 481) as ‘a set of categories and
concepts embodying specific assumptions, judgments, contentions, dispositions, and
capabilities.’ By representing the range of discourses on an issue in deliberation, opposing
perspectives have the opportunity to engage, opening knowledge on different beliefs, values
and preferences as well as the possibility of transformation of each discourse. Discursive
deliberations, in this view, are scalable to the global level and are directly relevant not only to
WWViews and other transnational deliberations, but because of its transformative potential
and empirical basis, are particularly relevant to complex environmental systems.
From local to global?
So far I have discussed the need for creating a flow of knowledge on public discourses
regarding biodiversity as these affect the understanding, development and implementation of
biodiversity policy. I have also argued for the need to go beyond the discrete mini-public
format and deliberative polling, towards a discursive deliberative knowledge system
distributed across multiple sites at all scales of governance. Yet, the challenge to realizing this
new framework for transnational deliberations such as WWViews is that there is currently no
systematic method by which a stream of natural social knowledge and opinion streams from
these sites can flow among them at multiple scales to create transformative and systemic
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effects. This information is critical for a complex system of multiple information types and
engagement to emerge, moving beyond the linear science-lay paradigm. Yet, a core challenge
in bringing scientific and lay knowledge together is the imbalance between the knowledge
coherence of the scientific community and the unstructured, localized and un-communicated
knowledge of the citizens. This results in problems at the science-policy-citizen interface
which, as one among many factors, is undermining trust in scientific establishments and
effectiveness of global policy initiatives. But how can social perspectives on biodiversity be
captured in a structured way? Can information on transformation dynamics also be captured?
What can be done with this information? Identifying social discourses and how they transform
during deliberation and broader social engagement holds promise to respond to authors’
claims that ‘The social is both central yet pretty well invisible’ (Szerszynski and Urry, 2010:
3). To illustrate a method for capturing societal perspectives on biodiversity in a structured
way, I turn to the discursive innovations of John Dryzek and Simon Niemeyer who have
drawn out the potential of Q-methodology as a basis for enabling discursive representation
from the local to the global level.
Q-methodology for discursive deliberation
Social discourses can be identified according to Dryzek and Niemeyer (2008), using Q-
methodology, originally developed by William Stephenson (1986). It identifies shared beliefs
by investigating patterns in natural flows of communication (every day conversation,
commentary, news reports, magazine articles, visual, musical and media) in which it claims
the natural structure of social discourses exists. Q-method normally is conducted in four key
stages. First, the researcher establishes a ‘concourse’ of opinion statements (Stephenson,
1980: 882) on the issue of interest.5 Statements can be drawn from sources such as semi-
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structured interviews and statements in the media, public discussion boards, and written
reports. These can be published for public information and interaction.6
Second, the large set of statements is condensed to a set of no more than 60 statements which
a diverse set of participants will be asked to rank-order in the third stage. The condensed set
can be determined using structured sampling and should be a comprehensive representation of
the range of opinion in a society on a particular question. This opinion stream lays no claim to
informed opinion or valid knowledge. It only represents the natural expression of the total
range of expressed opinion identified through a comprehensive collection process.
Third, participants are selected using purposive sampling with the aim of ensuring that all
potential perspectives on the issue are represented. Respondents are given 40-60 cards7 with
the sample of statements. They are asked to place these statements on a scale from (for
example) ‘most agree with’ to ‘most disagree with’ according to an inverted bell-shaped grid.
This grid accepts the lowest number of statements at its extremities (gradually accepting more
as one moves towards the centre of the grid). For example, where statements are numbered 1-
20 a person might place the statement cards as follows:
Figure 1: Sample Q-sort
Scale -3 -2 -1 0 +1 +2 +3
----------------------------
7 9 5 20 6 1 2
19 16 4 8 13 3 12
11 15 10 18 14
17
This pattern is known as the participant’s Q-sort. To identify similarities between Q-sorts,
factor analysis is conducted on the data. This identifies clusters of a few Q-sorts that are
‘typical’. Usually less than six coherent discourses are identified.
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Finally, the patterns of statements of the typical sorts are interpreted and verbally stated as a
discourse. Robbins and Krueger (2000) note that the merit of Q methodology is that ‘by
allowing the categories of the analysis to be manipulated by respondents, the researcher loses
the exclusive power to signify the reality of the researched’ (in Cuppen et al., 2000: 645).
A growing literature is revisiting Q methodology to identify public discourses related to a
policy issue, clarify stakeholder perspectives, identify stakeholders for deliberation and find
new solutions to challenging policy problems through discursive deliberation (Ray, 2011;
Niemeyer, 2011; Niemeyer et al., 2013). Van Eeten (2001) shows how Q-method is
particularly useful for policy makers in stakeholder dialogue on wicked problems in his study
of a controversy over the expansion of Amsterdam’s Schipol Airport that was frozen in a
familiar opposition between partisans who saw the project as an economic necessity and those
who viewed it as a misuse of public funds. Commissioned by the Dutch Government, Van
Eeten uncovered three additional perspectives on transportation policy through a Q-study
with stakeholders: a concern that the project be aligned with wider social goals, improved
ecological performance in air travel, and finding ways of meeting a growing demand for
mobility. By identifying these concerns and delineating the Schipol project and the larger
transportation policy issues, the debate moved beyond polarization toward a new agenda for
transportation policy in the Netherlands.
Discursive deliberations: new data, new opportunities
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While Q-method has been primarily used for academic research, its benefits to public policy
are clear. On any issue, a public opinion data stream (or concourse) on biodiversity issues can
be collated. Stakeholders can rank order a set of most representative statements to enable the
main social perspectives on an issue to be identified. These will in every case be relevant to
the political and cultural context from which they emerge. These social discourses form the
basis of public deliberation. In engaging social perspectives, the multiplicity of knowledge
types and frames becomes explicit. Representative legitimacy as each member of the public is
likely to subscribe to one or more of the deliberated discourses.
Revisiting the above example of the ‘Growing Places’ policy in Dublin, the potential for
discursive deliberation at the local level is clear. It can be argued that the opinions raised in
protest against the policy were developed very much in isolation from biodiversity
considerations. If the opportunity for a discursive deliberation had been provided, a
comprehensive opinion stream would have been developed, the full range of discourses on the
issue would have been identified both for and against the policy, and citizens from diverse
discourses would have deliberated with promoters of the policy. Opinions such as ‘Long grass
attracts rats’ for example, would not only have to be justified in experience/fact, but would
also have to be justified by the person holding the opinion in terms that people from other
discourses would understand and accept as credible. Information on the full process would be
public, increasing the potential for greater awareness, discussion and debate on the issue. This
bringing together of discourses through a process of information sharing and justification can
lead to discourse transformation as shown by Niemeyer (2004, Niemeyer et al., 2013).
Open discursive data
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Beyond the effects of the deliberation, there is the potential for further large scale and system
effects where this information is shared as open data. Freely available public opinion and
social perspectives can enable the accumulation of spatially grounded opinion patterns and
transformation dynamics that can be used to better understand the landscape of discourse that
is relevant to biodiversity policy development and implementation at broader scales.
Recording and sharing this data and linking it to decision making and science on biodiversity
has two main benefits. First, new information and ideas can emerge as evident in the
emerging collective intelligence capacities on the internet (Wikis, open-source code/data etc.).
Second, new patterns of governance and policy development can emerge through both the
construction and use of this data. Creating and linking citizen perspectives and deliberative
dynamics from local and national levels with biodiversity offers a way to pull in citizens’
knowledge and capacities for collective intelligence that can inform policy at all levels.
Citizens then become not passive receivers of scientific information but, as situated humans-
in-nature (Apostolopoulou, 2012; Harden, 2012), they can contribute to the emergence of new
knowledge, behaviours and social constructions of nature.
In order to illustrate the argument, let us return to a repositioning of WWViews in this
context. In a discursive system, transnational deliberations such as WWViews become a final
step in a longer term and broader deliberative system. At any point and governance scale in
the network the natural flow of public opinion on a specific issue (e.g. biodiversity policy) can
be captured. For example, at a national level the flow of opinion would be taken from
statements at a national level. At public consultations a range of diverse stakeholders Q-sort
the range of public statements, which enables the identification of social discourses on the
issue. Public deliberations including representatives from each discourse and other
stakeholders can also be held, and the output made openly available to share across nodes in
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the network (Liston et al., 2013). This process can be repeated from the micro to the
transnational level in accordance with Dryzek’s (2010) proposed deliberative system.
For global level deliberations, the process provides an information source on the social
discourses on each issue under consideration and micro-level deliberated output per nation.
For fisheries conservation policy for example, scientists, policy makers and citizens have both
scientific knowledge and critically, a source of information on the main discourses on it in
their country, drawn from natural opinion flows. The role of transnational deliberation such as
WWViews can then provide a legitimate space for deliberation on global policy questions that
have specific and contested national implications that can be deliberated also across nations.
The aim in this model shifts from aggregating sampled individuals’ normative opinions on
biodiversity questions, to drawing out policy considerations per nation based on the flow of
natural opinion. Participants are representing social discourses that have emerged from their
own complex system and engaging in discursive accountability (Dryzek, 2010). This
approach provides a more representative approach to deliberation, one that can generate a
stream of valuable knowledge for scientists and policy makers.
To summarize, in reviewing the challenges of global and national level deliberations for
improved governance, there is a need to shift focus from deliberation as a normative exercise
to one that includes deliberation as a defining characteristic of an open democratic knowledge
production process. This requires going beyond single transnational events, to multi-scalar
and polycentric sites of deliberation. These sites of discursive deliberations provide not just
the space in which citizens of different social discourses can interact, demand mutual
justification and come to decisions, but also the opportunity to transform the social
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construction of nature itself. The implications are that policy makers and citizens can learn
from other discursive struggles over particular policies and have a structured way for
accessing citizens’ shared knowledge. As Young notes, citizen knowledge flows are relevant
to the claims for biodiversity governance across scale-dependent environmental and resource
regimes (2006). ‘Knowledge that is useful – and used – is knowledge that emerges within a
particular social and institutional context’ (Sarewitz in Hulme, 2010: 29).
Conclusion
In this chapter I have focused on the question at the core of this book: does examining
biodiversity and deliberation together, rather than in isolation, generate new controversies or
insights? Based on the arguments put forward above I suggest the answer is a resounding yes.
Halting biodiversity loss is one of the most pressing and intractable problems of our age.
Deliberation is argued to be an essential innovation in engaging citizens in the complex issues
involved in its governance. To date, however, deliberations have been implemented in
discrete and bounded events that are challenged by assumptions surrounding random
sampling and publicity as the sole method for claiming political legitimacy. This view seems
to resonate with other scholars concerned with challenges to transnational and national
deliberative processes (see Rask, 2013: 49).
To this end, I have argued that the real value of deliberation will be in its evolution as a
system, based on natural opinion flows and structured social discourses. In this regard, I draw
on recent theoretical developments in deliberative systems (Parkinson and Mansbridge, 2012),
discursive representation (Dryzek and Niemeyer, 2008), deliberative systems (Dryzek, 2010),
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global democratic governance (Stevenson, 2013), and Q-method (Stephenson, 1986; Brown
(1980), as well as the many authors who are demonstrating the value of Q-based discursive
knowledge for policy processes. This knowledge framework combined with an open-data
policy can significantly contribute to realising new benefits from the poly-centric approach. In
Hulme (2010: 563) words:
‘A geography of global environmental change knowledge therefore demands, rather
paradoxically, that attention turns away from the globalising instincts that so easily erase
difference and which seek consensus. Instead, attention should focus on understanding the
changing relationships between knowledge-making, institutional practice and human culture
in evolving places. We need kinds of knowledge which are ‘liquid’ –i.e. mobile and
responsive –rather than ‘brittle’ – i.e. thin and flat. These kinds of liquid knowledge will
accommodate more easily – and emphasise more readily – the ambiguities, voids and blind
spots in our understanding of the world’s complexity. And in a pluralistic, poly-centred world
they may prove fitter for a wider range of purposes.’
Yet, arguments can be made against the practical feasibility of such a system. First, Q-
methodology as a basis for identifying discourses is a little known methodology, is complex
and is not without its critics. There are also the well documented practical challenges of
deliberation such as: legitimacy; ensuring complete discursive representation and enabling the
free and equal exchange of ideas where participants with “entrenched” viewpoints are
admitted (Hobson and Niemeyer, 2013). Furthermore, deliberation, with its exclusive and
rational focus, is often seen to be apart from party politics and not oriented towards mass
engagement (Mair, 2006).
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However, assuming that these challenges could be overcome, there are other, practical
challenges to the possibility of achieving an open discursive knowledge system. Key among
these is the question of drivers to change. Specifically, what is the driver that could propel
governments and decision-making bodies to innovate towards the vision proposed here in
their public consultation and engagement processes? While there is broad normative
consensus on the benefit of public participation, policy and projects can be fraught with
conflict. Using a discursive model means opening communication and actively engaging with
conflict through deliberation. This can be perceived as increasing the risk and exposure of
governments and enterprise.
The argument for needed resources can also prove a barrier. New skills are required both for
implementing these innovations in public consultation and for using the data. This in turns
requires organizational change. Deliberation also introduces the need for more time in the
consultation period, which can be problematic in multi-phase consultations, as can requests
for novel budgetary appropriations such as consultation resources. In sum, without strong
external/internal drivers, and evidence of tangible benefits in the short and long term,
perceptions of risk and cost diminish the likelihood of a discursive deliberative knowledge
system, both in terms of innovation adoption and diffusion. Future research on this proposal
would need to address these questions directly.
However, there are reasons for optimism on its prospects. Deliberative processes are
increasing in frequency across established democracies (Leighninger, 2012). WWViews has
managed to significantly raise the profile of global citizen deliberation (Chhetri & Grossman,
2012). A discursive deliberative system has been developed (Dryzek, 2010) and Q-method
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studies of social discourses are showing increasing influence on policy (van Eten, 2001;
Rutherford et al., 2009). Local level initiatives to experiment with the challenges of a bottom
up discursive system are also emerging (SOWIT, 2014). Dryzek and Stevenson (2011) have
shown how elements of a deliberative system are already in place at the global level of
governance on climate change. They conclude with the need for ‘lessons of experience’ (Ibid.:
1873)
Building on these advances, progress can be made by small changes to current deliberative
processes. For example, the natural opinion flow of public deliberations that are on-going can
be shared as open data. A further step would be change in how deliberations are
communicated, with a stronger focus on discourses, their sources in the broader public sphere
and as Niemeyer (2011) argues a stronger focus on communicating reasons. Another advance
would be to move away from a sole focus on the significant deliberative events towards more
fluid, small scale deliberations.
To conclude, the proposal of a discursive deliberation knowledge system is ambitious. The
contribution of this paper has been to put forward a reasoned argument to justify its pursuit,
motivated by both the achievements and challenges of the WWViews process. Drawing on
the range of democratic innovations in the field of deliberative democracy, the proposal draws
out implications for new avenues of research and experimentation. One fruitful line of inquiry
is to demonstrate the potential feasibility and tangible benefits of a discursive deliberation
knowledge system in collaborative research with stakeholders. Further research, would assess
the impact of open discursive data flows and multi-level deliberation for complex systems
governance. To these ends, WWViews has taken an important step, pioneering transnational
citizen deliberations to articulate the vision of a new approach to environmental governance
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that elevates the role of citizens’ knowledge and their rational and moral reasoning. There is
no doubt that the continuing environmental crisis and the challenge of its effective governance
calls on us to advance this achievement with creativity and boldness.
References
Apostolopoulou, E. (2012) ‘Investigating the barriers to adopting a ‘human-in- nature’ view
in Greek biodiversity conservation’, International Journal of Sustainable Development &
World Ecology, Vol. 19, no. 6, pp. 515-525.
Baber, F. & Bartlett, R. (2009) Global Democracy and Sustainable Jurisprudence:
Deliberative Environmental Law, Cambridge, MA: The MIT Press.
Baber, F. (2010) Democratic Deliberation and Environmental Practice: The Case of Natural
Resource Management, vol.12, no. 3, pp. 195-201.
Backstrand, K. (2003) ‘Civic science for sustainability: Reframing the role of experts,
policy-makers and Cctizens in environmental governance’, Global Environmental Politics,
vol. 3, no.4.
Bedsted, B., (2012) World Wide Views on Biodiversity, From the World’s Citizens to the
Biodiversity Policymakers: Results Report, Copenhagen: The Danish Board of Technology
Foundation.
Page 27
27
Berkes, F. & Folke, C (1998) Linking Social and Ecological Systems: Management Practices
and Social Mechanisms for Building Resilience, Cambridge: Cambridge University Press.
Block, A., Jensen, M. & Kalfoft, P. (2008) ‘Social identities and risk: expert and lay
imaginations on pesticide use’, Public Understanding of Science, vol. 17, no. 2, pp. 189-209.
Bohman, J. (1998) “Survey Article: The Coming of Age of Deliberative Democracy,” The
Journal of Political Philosophy vol. 6, no. 4, pp. 400-25.
Brown, K. (1998) ‘The political ecology of biodiversity, conservation and development in
Nepal’s Terai: Confused meanings, means and ends’, Ecological Economics, vol.24, no. 1,
pp. 73-87.
Brown, S., (1980) Political Subjectivity, New Haven, CT: Yale University Press.
Burchardt, T. (2014) ‘Deliberative research as a tool to make value judgments’, Qualitative
Research, vol.14, no. 3, pp. 353-370.
Cash, D. Clark, W., Alcock, F., Dickson, N., Eckley, N., Guston, D., Jager, J., and
Mitchell, R. (2003) ‘Knowledge systems for sustainable development’, Proceedings of the
National Academy of Sciences of the United States of America vol. 100, no.14, pp. 8086-8091.
Chambers, S. (2009) ‘Rhetoric and the public sphere: has deliberative democracy abandoned
mass democracy?’ Political theory, vol. 37, no. 3, pp. 323-350.
Page 28
28
CiviQ, Submissions, Consultation, Deliberation at http://www.civiq.eu,
Conklin J. (2005) Dialogue mapping: building shared understanding of wicked problems,
Chichester, England: Wiley.
Cuppen, E. (2013) Q Methodology to Support the Design and Evaluation of Stakeholder
Dialgoue’, Operant Subjectivity, Operant Subjectivity, vol. 36, no. 2, pp. 135-161.
Cuppen, E., Breukers, S., Hisschemöller, M., and Bergsma, E. (2010). ‘Q methodology to
select participants for a stakeholder dialogue on energy options from biomass in the
Netherlands’, Ecological Economics, vol. 69, no. 3, pp. 579-591.
Davies, B., Blackstock, K, and Rauschmayer, F. (2005). ‘Recruitment, ‘composition’, and
‘mandate’ issues in deliberative processes: should we focus on arguments rather than
individuals?’ Environment and Planning C: Government and Policy, vol. 23, pp. 599-615.
Der Sluijs, J. (2006) ‘Uncertainty, assumptions, and value commitments in the knowledge
base of complex environmental problems’ in Pereira, A., Vaz, S. and Tognetti, S. (eds)
Interfaces between Science and Society, Sheffield, UK: Greenleaf.
Dryzek, J. (2006) Deliberative Global Politics: Discourse and Democracy in a Divided
World, Cambridge: Polity Press.
Dryzek, J. (2010) Foundations and Frontiers of Deliberative Governance, Oxford: Oxford
University Press.
Page 29
29
Dryzek, J and Stevenson, H. (2011) Global democracy and earth system governance,
Ecological Economics, vol. 70, issue 11, pp. 1865–1874
Dryzek, J. and Niemeyer, S. (2006) ‘Reconciling pluralism and consensus in political
Ideals’, American Journal of Political Science, vol. 50, pp. 634-649.
Dryzek, J. (2008) ‘Discursive Representation’, American Political Science Review, vol. 102,
no.4, pp. 481-493.
Fischer, F. (2009). Democracy and expertise: Reorienting policy inquiry. Oxford: Oxford
University Press.
Gittens, G. (2010) ‘It’s life but not quite as we expected it’, Evening Herald, August 18.
Goodin, R. and Dryzek, J. (2006) ‘Deliberative impacts: the macro-political uptake of Mini
Publics’, Politics & Society, vol. 34, no. 2, pp. 219-44
Gustafsson, K. (2011) ‘Made in conflict: Local residents’ construction of a local environment
Problem’, Local Environment: The International Journal of Justice and Sustainability, vol.
16, no. 7, pp. 655-670.
Habermas, J. (1985) The theory of communicative action: Volume 2: Lifeworld and system: A
critique of functionalist reason, Vol.2, Beacon Press.
Harden, C.P. (2012) ‘Framing and reframing questions of human–environment interactions’,
Page 30
30
Annals of the Association of American Geographers, vol. 102, no. 4, pp. 737-747.
Hamilton, A., Madison, J., and Jay, J. (2003) The Federalist Papers, New York: Bantam Dell.
Hobson, K. and Niemeyer, S. (2011) ’”What sceptics believe”’: The effects of information
and deliberation on climate change sceptics’, Public Understanding of Science, vol. 22, no. 4,
pp. 396-412.
Hulme, M. (2010) ‘Problems with making and governing global kinds of knowledge’, Global
Environmental Change, vol. 20, pp. 558-564.
Keshavarz, N., Nutbeam, D., Rowling, L., and Khavarpour, F. (2010) ‘Schools as socially
complex adaptive systems: A new way to understand the challenges of introducing the health
promoting schools concept’, Social science & medicine, vol. 70, no. 10, pp. 1467-1474.
Koetz, T. (2010) ‘Institutional dynamics of science-policy interfaces in international
biodiversity governance’, Unpublished PhD Thesis, Universitat Autònoma de Barcelona.
Koetz, T., Farrell, K., and Bridgewater, P. (2012).’ Building better science-policy interfaces
for international environmental governance: assessing potential within the Intergovernmental
Platform for Biodiversity and Ecosystem Services’, International environmental agreements:
politics, law and economics, vol. 12, no. 1, pp. 1-21.
Kornprobst, M. (2011) ‘The agent’s log of action: defining and mapping political judgement’,
International Theory, vol. 3, no. 1, pp. 70-104.
Page 31
31
Leighninger, M. (2012) ‘Mapping deliberative civic engagement: Pictures from a
(R)evolution’, in Nabatchi, T., Gastil,J., Weiksner, G., and Leighninger, M. (eds) Democracy
in motion: Evaluating the practice and impact of deliberative civic engagement, Oxford:
Oxford University Press.
Liston, V., Harris, C., and O’Toole, M. (2013) ‘Bridging normal democratic theory and
internet technologies’, Policy and Internet, vol. 5, no.4, pp. 462-485.
Magee, J. (2010) ‘Council explains new grass-cutting schedule’, Northside People West, June
2.
Manning, J. (2010) ‘Public uproar over move to meadowland’, Irish Independent, May 26 at
http://www.independent.ie/regionals/fingalindependent/news/public-uproar-over-move-to-
meadowland-27802407.html.
Mansbridge, J., Christiano, Fung., A., Parkinson, J., Thompson, D., and Warren, M. (2011)
‘On the deliberative system’, Jane Mansbridge oral presentation at the Colloquium on "Le
tourna délibératif. Bilan, critiques, perspectives" at the EHESS Paris, June 16, 2011. Online
video at: https://www.youtube.com/watch?v=gbV2jywwJnA.
Niemeyer, S. (2011) ‘The emancipatory effect of deliberation: empirical lessons from Mini-
publics’, Politics and Society, vol. 39, no. 1, pp. 103-140.
Page 32
32
Niemeyer, S., Ercan, S., and Hartz-Karp, J. (2013) ‘Understanding deliberative citizens: The
application of Q Methodology to deliberation on policy issues, Operant Subjectivity, vol. 36,
no. 2, pp. 114-134.
Ostrom, E. (2010) ‘Polycentric systems for coping with collective action and global
environmental change’, Global Environmental Change, vol. 20, no. 4, pp. 550-557
Parkinson, J. and Mansbridge, J. (eds.) (2012) Deliberative Systems: Deliberative Democracy
at the Large Scale, Cambridge : Cambridge University Press.
Petts, J., Brooks, C. (2006) ‘Expert conceptualisations of the role of lay knowledge in
environmental decisionmaking: challenges for deliberative democracy’, Environment and
Planning A, vol. 38, pp. 1045 – 1059.
Peuhkuri T & Jokinen, P. (1999) ‘The role of knowledge and spatial contexts in biodiversity
policies: a sociological perspective’, Biodiversity and Conservation, vol. 8, no. 1, pp. 133-
147.
Phelan, S. (2001) ‘What is complexity science?’, Emergence, vol. 3, no. 1, pp. 120–36.
Rask, M. (2013) ‘The tragedy of citizen deliberation - two cases of participatory technology
Assessment’, Technology Analysis and Strategic Management, vol. 25, no. 1, pp. 39-55.
Reidy, C. and Herriman, J. (2011) ‘ Deliberative Mini-publics and the Global Deliberative
Page 33
33
System: Insights from an Evaluation of World Wide Views on Global Warming in
Australia’ Journal of Multidisciplinary International Studies, vol. 8, no. 3, pp. 1449-2490.
Reidy, C. and McGregor, I. (2011) ‘Deliberative Mini-publics and the global deliberative
system: insights from an evaluation of World Wide Views on Global Warming in Australia’,
PORTAL Journal of Multidisciplinary International Studies, vol. 8, no. 3.
Rittel, H. and Webber M. (1973) ‘Dilemmas in a general theory of
Planning’, Policy Sciences, vol. 4, no. 2, pp. 155–169.
Robbins, P.and Krueger, R., (2000). ‘Beyond bias? The promise and limits of Q method in
human geography’, Professional Geographer, vol.52, pp. 636–648.
Roux, A. V. D. (2011). ‘Complex systems thinking and current impasses in health disparities
Research’, American Journal of Public Health, vol.101, no. 9, pp. 1627.
Rutherford, M., Gibeau, M., Clark, S. And Chamberlain, E. (2009) ‘Interdisciplinary problem
solving workshops for grizzly bear conservation in Banff National Park, Canada’, Policy
Sciences vol. 42, no. 2, pp. 163-187.
Sarkar, S. (2005) Biodiversity and Environmental Philosophy: An Introduction, Cambridge:
Cambridge University Press.
Page 34
34
Schneider, J. and Delborne, J (2011) ‘Seeking the Spotlight: WWViews and the US Media
Context’, in Rask, M., Worthington, R., and Lammi, M. (eds), Citizen Participation in Global
Environmental Governance, London: Earthscan.
Shaungil, 2010, Thread post #35 in response to ‘Fingal not cutting the grass’, Boards.ie
discussion board, June 13 at
http://www.boards.ie/vbulletin/showthread.php?t=2055932511&page=3.
Smith, G. (2009) Democratic Innovations: Designing Institutions for Citizen Participation
Cambridge: Cambridge University Press.
Smith, W. (2013) ‘Anticipating transnational publics: On the use of Mini-Publics in
transnational governance, Politics and Society, vol. 41, no. 3, pp. 461-484.
SOWIT, Enabling citizens to influence policy, at http://www.sowit.eu/.
Stephenson, W. (1980) ‘Newton’s Fifth Rule and Q-Methodology: Application to Educational
Psychology, vol. 35, no. 10, pp 882-889
Stephenson, W. (1986) ‘Protoconcursus: The concourse theory of communication’,
Operant Subjectivity, vol. 9, no. 2, pp. 37-58.
Stevenson, H. (2013) ‘Governing climate technologies: Is there room for democracy?’
Environmental Values, vol. 22, no. 5, pp. 567-587.
Page 35
35
Stevenson, H. and Dryzek, J. (2010) ‘Democratising climate governance through discursive
engagement’, paper presented at the Berlin Conference on the Human Dimensions of Global
Climate Change, November 8-9.
Soini, K., and Aakkula, J. (2007) ‘Framing the biodiversity of agricultural landscape: The
essence of local conceptions and constructions’, Land Use Policy, vol. 24, pp. 311–321.
Szerszynski, B. and Urry, J. (2010) Changing climates: Introduction, Theory, Culture &
Society, vol. 27, no.2–3, pp. 1–8.
UNEP (2009) ‘Gap analysis for the purpose of facilitating the discussion on how to improve
and strengthen the science-policy interface on biodiversity and ecosystems’ at
http://www.ipbes.net/meetings/Documents/IPBES_2_1_INF_1%282%29.pdf.
van Eeten, M. (2001). ‘Recasting intractable policy issues: The wider implications of The
Netherlands civil aviation controversy’, Journal of Policy Analysis and Management, vol. 20,
pp. 391-414.
Wynne, B. (1996) ‘May the sheep safely graze? A reflexive view of the expert–lay
knowledge divide’, in Szerszynski, B., Lash, S. and Wynne, B. (eds) Risk, Environment
and Modernity: Towards a New Ecology, London: Sage.
Young, O. (2006) ‘Vertical interplay among scale-dependent environmental and resource
Regimes’, Ecology and Society, vol. 11, no. 1.
Page 36
36
Zingerli, C. (2005) ‘Colliding understandings of biodiversity conservation in
Vietnam: Global claims, national interests and local struggles, Society and Natural Resources,
vol. 18, pp. 733-747.
1 A mismatch in this case is defined as incompatibilities between the nature of a governance problem and the
institutional arrangements established to address it. 2 Other deliberative formats resist this approach. Formats such as the consensus conference and citizen jury do
not use pre-defined questions. They resemble more Habermas’ claim that the “process is constitutive of
participants’ values, not a means of articulating them as pre-existing facts” (Burchardt, 2014: 359). However,
these methods are also subject to the linear flow of expert information to citizens noted above. 3 Interview with Senior Biodiversity Officer, Fingal County Council, to discuss the status of the Fingal
Biodiversity Policy, their approach to the participatory process and the implications of the public protests, 1st
May 2013. 4 See note 3. 5 The concourse can also be collected collaboratively when it is made public for citizens to add opinions. 6 For example, CiviQ (2014) publishes Q-based analysis of public opinion on debates at local government level.
The aim is to inform the public on the various discourses on an issue when reporting and surveys can position
issues as polarized. The aim of the organization is to embed Q-methodology for supporting discursive practices
in local governments, public sector and private organizations. 7 The Q-sorting process can also be completed using software, though the original method is card based.