Making the best of unanticipated impacts: boundary …...Making the best of unanticipated impacts:...
Transcript of Making the best of unanticipated impacts: boundary …...Making the best of unanticipated impacts:...
Making the best of
unanticipated impacts:
boundary work, statistical
entrepreneurship, and
‘opening up’ indicators
Markku Lehtonen
Ecole des Hautes Etudes en Sciences Sociales, Paris, France
University of Sussex, Brighton, UK
Milan, 22-23 March 2018
Need for disruption – and stability
Direct, intended use or indirect, unanticipated influence
of indicators?
Need for SDIs to move beyond BAU: disruptive
indicators?
But how to disrupt while maintaining/strengthening trust
in official statistics and indicators?
Post-truth, Big Data revolution
“Opening up” and statistical entrepreneurship – to
combine stability and flexibility?
Disruptive indicators? Need for sustainability transitions – need for new,
transformative SD indicators?
Disruptive innovation, destabilisation, lock-in &
unlocking, co-evolution and cumulative causation…
Transitions: destabilisation of the dominant socio-
technical regime
Beyond GDP indicators as an attempt to destabilise the
prevailing regime
Multi-level perspective of socio-
technical transitions
Source: Geels & Schot (2007).
Socio-tecnical
regime of SD
indicators?
Big Data
Beyond GDP
Post-truth
Beyond
GDP
The weak transformative capacity of
Beyond GDP indicators (Malay, forthcoming)
Many/most Beyond GDP indicators reproduce the same
picture and country rankings as GDP – and hence reinforce
the status quo
Possible explanations
data quality requirements – MRV value (measurable, reportable
and verifiable)
Institutional inertia and political interests
Epistemic communities: shared common values, beliefs,
frameworks of thought, policy endeavour, criteria for what is a
good indicator, professional identities – beliefs concerning the
role of indicators in policy
The “law” of inherent conservatism in official statistics (van
Tuinen 2009)
Role of indicators in
policy:
intendend use vs.
unanticipated influence
Indicators
Indicator
design
process
Other
policies Targeted
policy
Society at large;
democracy, etc.
Use
Influence
No use No influence
Theoretical pathway
But this is a simplification,
because it does not take into
account co-evolution between
policy, indicators, technologies,
cultures...
Therefore…
Indicators as boundary
objects
Boundary objects
Mediate between different
categories of policy actors, or
“social worlds”
Facilitate dialogue, learning and
consensus-building across
policy boundaries:
• experts and non-experts
• state and non-state actors
• various governance levels
• “science”, “policy”, and “society”
• indicator expert communities
Boundary • Boundary = a shared
space, where the
meanings of ‘here’ and
‘there’ are confounded
Boundary objects
Flexible, vague and
ambiguous enough to cater to
different worldviews,
perspectives, cognitive
assumptions and frameworks,
while retaining sufficient
stability to…
…allow groups to work
together without consensus,
in a process of tacking back
and forth between the vague
and the more tailor-made
forms of the object
From boundary objects to boundary
infrastructure
Regimes and networks of boundary objects
National and international statistical institutions seek to:
control the tacking back-and-forth
standardise and make equivalent the ill-structured and
well-structured aspects of indicators
appropriate both the calculus and publication of the
indicators
These processes are essential for trust in statistics,
indicators and statistics authorities
But they also generate inertia that prevents innovation and
disruption
How to combine stability and
disruption, consensus and
controversy?
Opening up and statistical
entrepreneurship to the
rescue?
Opening up
Opening up of appraisal and
indicators
Breadth of inputs
Disciplines
Perspectives
Stakeholders
Expert groups
Openness of outputs
Alternative indicators
indicating the range of
possible outcomes
Enable rigorous debate on
contrasting policy options
Indicators as boundary objects;
“opening up”
Multiple data sources
Unique indicator value
Multiple data sources
Range of possibly contrasting indicators
& indicator values
Single source of data
Unique indicator value
Single source of data
Range of possibly contrasting indicators
& indicator values
Inp
uts
Outputs
Underw
ay
Needed
Needed
“Statistical entrepreneurship” (van
Tuinen 2009)
Towards a double identity of statistical offices:
1. Provider of authoritative and incontestable facts
2. Innovative and respected research organisation: indicators
that highlight complexities and uncertainties behind statistics,
and explore their practical significance
Change of culture within statistical offices:
“put in contact the citizens with official statistics, to make data
accessible, to expand the understanding of their analysis, to
support individuals, business and institutions in the decision-
making process” (Baldacci & Pelagalli 2017)
Post-truth, Big Data, opening up
and statistical entrepreneurship
Multiplicity of data sources: competition!
Big Data and the threat of private-sector data oligopolies
The traditional model of authority is no longer operational: need to innovate, engage with data users and the data communication technologies
Foundations of trust in statistics/indicators: are they the same in all countries? Virtues of mistrust?
Liberal democracy founded on mistrust
Nordic democracies built on high trust in state institutions
New (?) responsibilities for statistical
offices and statisticians (I)
1. Assist stakeholder groups with issues such as data quality; limitations of simplification; unanticipated and feedback effects of indicators; uncertainty; trade-offs; ambiguities; and roles of indicators, assessments, and evaluation
2. Diversify the range of indicator products Explore overlaps between different indicator sets (and develop
new ones) representing competing normative and cognitive perspectives
Relax the conventional indicator quality criteria?
3. Explore and characterise uncertainties with the help of tools such as the NUSAP “pedigree” framework (Funtowicz and Ravetz 1989)
New (?) responsibilities for statistical
offices and statisticians (II)
4. Explore and explicitly address problems & opportunities of
“performative” and feedback effects
shortcomings of commensuration; principle of incommensurability
benefits of feedback and performative effects: alternative
measures of wellbeing
5. Speed up innovation to “open up”
available data => new indicators that satisfy current needs to a
reasonable degree
dedicated R&D funding to produce “opening up” indicators
6. Ensure support and commitment to innovation from the
highest governmental level (e.g. budget and PM’s offices)
Declining trust in statistical institutions
“in France and in the UK, only one third of citizens trust official figures, and these countries are not exceptions” Stiglitz et al. (2010)
“…[i]n the UK, people don’t trust any indicators” (UK energy-sector official)
(Ambiguous) identities of statisticians and statistical institutions
custodians of objective, independent, incontestable data in defence of democracy and the underprivileged
“feedback” and performative effects from statistics/indicators: quantified data “change the world through their very existence, their circulation and their rhetorical usage in science, politics or journalism”
Institutionalisation of quantification and codification procedures to protect against the “politicisation” of indicators
Sources of trust and authority: cultural
differences?
1. Anglo-American liberal democracies
Mistrust as the basis of democracy
2. Nordic high-trust societies
High institutional trust as the basis of democracy
3. Central-Western European corporatist democracies
Combination of mistrust and trust?
Mistrust of authority, but trust in public service (FRA)
Consequences for the work of statistical authorities, for
statistical entrepreneurship?
The “law” of inherent
conservatism of
statistical offices (van
Tuinen 2009)
• Stressing shortcomings
and uncertainties,
developing alternative
visions would be at odds
with the core mission of
statistical offices
• “Client” groups of
statistical offices ask for
improvement of their pet
indicators, not new
indicators
• Sunk costs of the
institutionalisation of
indicators
• Conservatism of the
scientific world: old
paradigms prevail
Opening up, Big Data,
and post-truth: three
scenarios for stats
offices
Business as Usual decentralised information markets with strong segmentation new information intermediaries emerging through social platforms, digital
opinion leaders progressive marginalisation of stats offices in the public debate, Competition from multiple information sources, including non-certified
empirical evidence, pressure on the official statistics position in the information ecosystem
drastic reduction of public resources invested in official statistics, as a result of the perceived lack of relevance
public image: official statisticians challenged by alternative facts and figures which contradict statistical information
traditional communication strategies focused on reactive interventions in public debates about the correct figures in public policy issues
main communication priorities: reaching out different users with a mix a general and more tailored statistical products and providing clarity on definitions and methodologies used
continuing sliding into marginality of official statistics in public opinion’s perception.
Worst-case scenario massive restructuring of the information markets – from
decentralisation to oligopoly
market concentration of information platforms thanks to the availability of massive sources of data and the powerful engines to process them
Big Data managed and manageable by only big players Algorithms-driven information market
Profiling of information-consumers, who do not participate in the production of data
Little competition, little societal control of data and information processes
Statistical institutions seen as outdated, “dinosaurs” from the past
The good scenario sound regulations maintain a competitive information market
by preventing the emergence of dominant positions within and between countries
Modernisation of official statistics: the production of smart statistics while maintaining and enhancing the quality of the data provided
Stats offices use new technologies to provide tailor-made information to key user groups
Proactive efforts to help citizens better understand strengths and limitations of statistics/indicators
Certification of other information producers
Scientific literacy work: ensure that information provision encourages curiosity, highlights uncertainty, and provides answers to questions
Boundary work
Collaborative: the object retains its
vague, shared identity and meaning
• e.g. cross-country comparability
Local, tailored, disciplinary: locally
tailored identities and meanings
• e.g. adaptation of an indicator to
local/national policy needs
Boundary objects allow groups to work together without
consensus, in a process of tacking back and forth between
the vague and the more tailor-made forms of the object
The dilemma of statistical
institutions Professional identities and authority of statistical offices
relies on their ability to provide reliable, incontestable high-quality data, but
Indicators and statistics unavoidably produce unanticipated effects, including notably feedback effects on the subjects of the indicators – people change their behaviour in response to the indicators
Should statisticians take the feedback effects into account?
Cf. statisticians vs. accountants – distinct professional identities and views on the feedback effects
Use ≠ influence
Process Indicators
Argumentation &
dialogue Persuasion, Legitimisation
Critique, Defence
INFLUENCE
Intended
policy
Other
policies
Non-policy
impacts
Decisions and actions
New shared understandings (learning, framing, agenda-set.)
Networking
Legitimacy (internal, external)
Instrumental/
Rational-positivist
Conceptual/
Discursive-
interpretative
Political/
Strategic
ROLE OF KNOWLEDGE/
CONCEPTION OF POLICYMAKING