ONTO UNDERSTANDING DIFFUSION MECHANISMS IN AN ADAPTIVE
NETWORK SETTING
The case of mainstreaming Disaster Risk Reduction on the Island of Dordrecht, The Netherlands
Myrthe Wolsink
The Joint Master’s Programme in International Humanitarian Action (90 ECTS)
NOHA Network on Humanitarian Action
First supervisor: Prof. dr. A.J. (Andrej Janko) Zwitter
Second supervisor: Dr. M. (Meik) Nowak
Rijksuniversiteit Groningen
Ruhruniversität Bochum
Words: 24.700
This thesis is submitted for obtaining the Joint Master’s Degree in International Humanitarian Action of the
NOHA Network on Humanitarian Action. By submitting the thesis, the author certifies that she is the sole
author of the thesis and that the thesis contains no material derived from the published or unpublished work
of others except where due reference has been made in the text.
©2018
Myrthe Wolsink
ALL RIGHTS RESERVED
Abstract
This thesis revolves around the act of mainstreaming Disaster Risk Reduction (DRR) and
endeavours to answer the question “How does information diffusion among stakeholders
operating in one policy network both result in the mainstreaming of DRR measurements and
in network adaptiveness? To answer this question, this thesis unravelled the information
exchange and resultant policy development of the network of the Island of Dordrecht, the
epitome of a low-lying city in the Netherlands, vulnerable to water, that has mainstreamed
DRR over a period of sixteen years and via explicit undertakings in five significant water
projects. This thesis is qualitative in nature and uses a joining of two methods, Process
Tracing and Social Network Analysis. Both conjoined in what is here called a Process Traced
Network Analysis. Key results shed light on Adaptive Governance, Network Governance,
policy and norm diffusion and the information exchange of the network of Dordrecht. They
show how the adaptive network properties of the municipality helped shift from a joint
governance landscape with disjointed responsibilities to a multi-layer governance landscape
with shared responsibilities. Moreover, showing a concomitant development from ‘methods
for information exchange’ to explicitly conceptualized mainstreaming instruments for
managerial consolidation. The conclusion synthesizes what type of actors participate in the
network, what type of information is adopted and used, what type of alliances they collaborate
in, what multi-level governance and international engagement is present in the network, and
where power lies within the network. Altogether leading to an understanding of how the
municipality mainstreamed DRR. And as part of the discussion, the debates of Adaptive
Governance and Network Governance are integrated with diffusion theory by coining the
concept of irregular diffusion: a reconceptualization of diffusion in a more nowadays context
of adaptive networks.
Acknowledgements
This thesis is made possible through the help and support of six people.
First and foremost, I am extending my thankfulness to Professor Zwitter for his continually
swift responses, feedback, patience and persistent and kind support during the period of
writing this thesis that played out differently than I was expecting.
I also extend my sincere thankfulness to Elene Herman-Pletiougina, who has made it possible
for me to finalize this thesis with a more favourable timetable, who has always expressed her
confidence in me, and who has showed great enthusiasm for the new developments in life that
delayed the finalization of this thesis.
Also Rik Heinen from the municipality of Dordrecht receives my thankfulness for providing
me relevant information, always answering my impromptu questions, partaking in an
interview that in the end wasn’t used and putting me in touch with other relevant participants
of the network.
Doctor Meik Nowak deserves my thankfulness for brainstorming with me via Skype, for
providing feedback on research proposals and simply for showing greater involvement than is
required from a second supervisor.
I also thank Berry Gersonius from UNESCO-IHE and Dordrecht municipality for swiftly
replying to my request and partaking in an interview that unfortunately wasn’t used.
And lastly, my deepest thankfulness goes out to Jeroen who showed his support while I
enrolled the joint master’s programme, who drove me back and forth to Groningen, Germany
and Belgium whenever necessary, who listened to my ideas for writing this thesis and
supported me tremendously throughout the challenging time when I was writing this thesis.
Myrthe Wolsink
14 March 2018
Inhoudsopgave
Abstract ... 1
Acknowledgements ... 2
List of tables and figures ... 4
List of abbreviations and acronyms ... 6
List of network partners ... 7
I. Introduction ... 14
1.1 Research topic... 14
1.2 Relevance ... 14
1.3 Research question and objectives ... 17
II. State of the art – conceptual definitions ... 18
2.1 Theoretical approach and argument ... 18
2.2 Disaster Risk Reduction ... 18
2.3 Adaptive Governance ... 19
2.4 Network Governance ... 21
2.5 Mainstreaming ... 25
2.6 Policy Diffusion ... 26
2.7 Norm Diffusion ... 27
III. Research design ... 28
3.1 Research paradigm ... 28
3.2 Process Tracing ... 29
3.4 Social Network Analysis ... 30
3.6 Process Traced Network Analysis ... 32
3.7 Operationalization ... 32
3.8 Operational definitions ... 33
IV. The low-lying Island of Dordrecht ... 34
4.1 A history of peat soil subsidence, floods and land reclamation ... 34
4.2 Present day features... 36
4.3 State of the art: inductive learning and the Self-Reliant Island of Dordrecht ... 39
V. Data results ... 40
5.1 Overall policy development on the Island of Dordrecht ... 40
5.2 Adaptive governance on the Island of Dordrecht ... 46
5.3 Network governance on the Island of Dordrecht... 55
5.4 Policy and norm diffusion on the Island of Dordrecht ... 61
5.5 The Dordrecht network information exchange ... 67
VI. Conclusion ... 78
6.1 Conclusion ... 78
VII. Discussion ... 82
7.1 Validity, reliability and methodological limitations ... 82
7.2 A reconceptualization of diffusion ... 83
7.3 Irregular Diffusion ... 85
7.4 Suggestions for further research... 85
Bibliography ... 87
Appendix I. Framework for the dataset ... 96
List of tables and figures
Table 1. Conceptual definitions in relation to operational definitions………....…27
Table 2. The predefined six variables with indicators for measurement………..………..28
Table 3. Categorization of used information………....57
Table 4. Randomized synthesis of mentioned documents with mentioned type of adoption of all projects………....63
Table 5. Activities of the participatory and communicative approach………..…………..65
Table 6. Activities of low-key consolidation……….65
Table 7. Various methods for information exchange……….…….65
Table 8. Methods for information exchange showing a greater focus on collaboration……….………66
Table 9. Methods for information exchange showing professionalization of collaboration………..….67
Figure 1. Historic developments since the St. Elisabeth flood showing land reclamation.……...……..29
Figure 2. “1953: “Narrow escape because of dike breaches inneighbouring dike ring area.”…….…29
Figure 3. Pictures of the historic harbour area of the City of Dordrecht………...30
Figure 4. Drierivierenpunt Dordrecht………30
Figure 5. The enclosed Island of Dordrecht………...………..30
Figure 6. Location of Dordrecht within the red delta……….…………....31
Figure 7. Position in lowlands of the Netherlands……….………….31
Figure 8. Bulkhead system of the Voorstraat………31
Figure 9. Separate bulkhead system of the Voorstraat……….………..31
Figure 10. Situation January 2012………..………...32
Figure 11. A not uncommon image in Dordrecht………..………..32
Figure 12. Timeline of key projects of the Dordrecht municipality………..33
Figure 13. Overview of overall policy development………...………..35
Figure 14. Sociogram depicting only governance actors and visualizing horizontal and vertical interdependence………...40
Figure 15. Development of vertical and horizontal interdependence………..…43
Figure 16. Sociogram of the City Water Plan actors to depict multiplicity of knowledge…………...44
Figure 17. Sociogram of UFM actors to depict multiplicity of knowledge……….45
Figure 18. Sociogram of MARE actors to depict multiplicity of knowledge………..……46
Figure 19. Sociogram of CAMIMO actors to depict multiplicity of knowledge………..…..47
Figure 20. Sociogram of MIRT & Self-Reliant Island actors to depict multiplicity of knowledge………48
Figure 21. Sociogram showing all involved actors of the network and depicting the networked and network-making power………...………..……50
Figure 24. Graph showing used information of MARE………..…………58 Figure 25. Graph showing used information of CAMINO……….……59 Figure 26. Graph showing used information of MIRT & Self Reliant Island……….…...…59 Figure 27. Graph showing the overall use of information in all the involved projects…………...…….61 Figure 28. Timeline showing the development from methods for information exchange to
List of abbreviations and acronyms
1AG:
Adaptive Governance
ATP-O:
Adaptation Tipping Point - Opportunity
BEGIN:
Blue Green Infrastructure through Social Innovation project
BGI:
Blue Green Infrastructure
CAMINO:
Climate Adaptation Mainstreaming through Innovation project
CPT:
Climate Proofing Toolbox
C2C:
City-to-city [learning]
DRM:
Disaster Risk Management
DRR:
Disaster Risk Reduction
FRM:
Flood Risk Management
LAA:
Learning and Action Alliance
MARE:
Managing Responses to changing flood risk project
MIRT:
Multi Annual Programs Infrastructure, Environment and Transport project
PPP:
Public-Private Partnership
SNA:
Social Network Analysis
UFM:
Urban Flood Management project
List of network partners
Albert Schweitzer hospital
NL: Albert Schweitzer Ziekenhuis
AnO (literally translated: ‘contracting after research’) team – innovation programme PSIbouw NL:Aanbesteding na Onderzoek-project (AnO) van het innovatieprogramma Proces- en Systeeminnovatie in de Bouwsector
Association Nature and Environment NL: Stichting Natuur en Milieu
Bax & Willems Consulting Venturing
NL: Bax & Willems Consulting Venturing
Bjerknes centre for climate research, Bergen, Norway BL: Bjerknes centre for climate research
Care facility Zorggroep Crabbehoff NL: Zorggroep Crabbehoff
City of Hannover NL: Hannover
City of Bergen NL: Bergen
Cost Action C22, EU Framework Programme Horizon 2020, European Commission NL: Cost Action C22
Delta platform Center of Expertise Delta Technology NL: Deltaplatform
Deltares (formerly WL Delft Hydraulics) NL: Deltares
Dike reeve - Water board de Groote Waard. NL: Dijkgraaf
Directorate General for Environment and Water - Ministry of Infrastructure and Environment NL:Directoraat General Ruimte en Water
Dura Vermeer Group
NL: Dura Vermeer Groep
Environment Agency, UK
NL: Enrivonment Agency
Europan Europe, contest for challenging urban spatial questions NL: Europan Europe
Erasmus University Rotterdam NL: Erasmus Universiteit
Evides (drinking water) NL: Evides
Expert water managers (non-municipality) NL: Experts van buiten de gemeente
Fire brigade
NL: Brandweer Nederland
Flemish Environment Agency
NL: Vlaamse Milieumaatschappij
Fire Brigade expert – Security Region South Holland South NL: Brandweer van Veiligheidregio Zuid-Holland Zuid
HKV Consultants
NL: HKV consultants
Human Environment and Transport Inspectorate - Ministry of Infrastructure and Water Management NL: Inspectie Leefomgeving en Transport
H + N + S landscape architects
Interest Group for Foundation Issues
NL: Belangenvereniging Funderingsgedupeerden Nederland
Interest groups nature and environment.
NL: belangenverenigingen voor natuur en milieu Interest groups recreation and leisure
NL: belangenvereniging voor recreatie
Interest groups recreational or sports fishing
NL: belangenvereniging sport en recreatie visserij
Interreg IVB North Sea Programme 2007-2013 - European Regional Development Fund, European Commission. NL: Interreg IVB KPN (telecommunication) NL: KPN Krimpenerwaard municipality NL: Gemeente Krimpenerwaard
Leibniz University of Hannover NL: Leibniz University
Mental health facility Parkhuis: NL: Het Parkhuis
Ministry of Infrastructure and Environment.
NL: Ministerie van Infrastructuur en Milieu
Ministry of Justice and Safety
NL: Ministerie van Justitie en Veiligheid
Medical Relief Organization of the Region
NL: Geneeskundige Hulpverleningsorganisatie in de Regio
NL: Landelijk Operationaal Coordinatie Centrum van de Nationaal Coordinator Terrorismebestrijding en Veiligheid
National Red Cross NL: Rode Kruis
Nederlandse Spoorwegen (Dutch railway company). NL: Nederlandse Spoorwegen
Netherlands Enterprise Agency, Ministry of Economic Affairs and Climate Policy: NL: Rijksdienst voor Ondernemend Nederland
Network of Provincial environmental federations. NL: Stichting Provinciale Milieufederaties.
Office of The Royal Netherlands Sea Rescue Institute NL: Nederlands Landelijk Bureau Reddingsbrigade.
Police force NL: Politie
Project Team of the Strategic Agenda for Water and Evacuation NL: Projectteam Water en Evacuatie
Province South Holland
NL: Provincie Zuid Holland
Residents
NL: bewoners
Rijkswaterstaat, Ministry of Infrastructure and Water Management NL: Rijkswaterstaat
Rotherham Metropolitan Borough Council NL: Rotherham
Royal Association for Plants and Gardening skills
NL: Koninklijke Maatschappij voor Plant en Tuinkunde
Sanitas-Water research and consultancy for public health in urban water management
NL: Sanitas-Water, onderzoeks- en adviesbureau voor gezondheidsaspecten rondom stedelijk Water
Seattle
NL: Seattle
Security Council
NL: Veiligheidsberaad
Security Region Hollands Midden
NL: Veiligheidsregio Hollands Midden
Security Region South Holland South
NL: Veiligheidsregio Zuid-Holland Zuid
Security Region Zeeland
NL: Veiligheidsregio Zeeland
Sheffield City Council NL: Sheffield
South Holland Environment Agency
NL: Omgevingsdienst Zuid-Holland Zuid
Stedin & Tennet (electricity) NL: Stedin en Tennet
STOWA, Foundation for Applied Science in Water issues NL: Stichting Toegepast Onderzoek Waterproblematiek
Sustainability factory Dordrecht
NL: Duurzaamheidsfabriek Dordrecht
NL: Technische Universiteit Hamburg
The Royal Netherlands Army
NL: Nederlandse krijgsmacht
Trivire housing corporation (formerly Progrez). NL: Trivire (voormalig Progrez)
Triple Bridge knowledge and network organization NL: Triple Bridge kennis en network-organisatie
Twynstra Gudde organizational advice agency
NL: Twynstra Gudde Organisatieadviesbureau
UNESCO IHE Institute for Water Education NL: IHE-Delft
University of Applied Science Zwolle NL: Hogeschool Zwolle
University of Sheffield, Pennine Water Group NL: University of Sheffield
University of Utrecht
NL: Universiteit Utrecht
Verkerk Group, electro-technical advice and innovation
NL: Verkerk Groep, elektrotechnisch dienstverlener voor innovatie met visie
VMB automation
NL: VMB automatisering
Vrije Universiteit Brussel
NL: Vrije Universiteit Brussel
Wagenbouw, housing specialist
Water Board de Groote Waard
NL: Waterschap de Groote Waard
Water Board Hollandse Delta (formerly Water Board Hollandse Eilanden en Waarden). NL: Waterschap Hollandse Delta
Water Board Hollands Noorderkwartier
NL: Waterschap Hollandse Noorderkwartier
Water Governance Centre
NL: Water Governance Centre
Welldra consultancy in the water sector
NL: Welldra advies en procesbegeleiding in de watersector
Witteveen + Bos, consultancy and engineering services NL: Witteveen + Bos advies en ingenieursdiensten
Yulius mental health facility NL: Yulius
I. Introduction
1.1 Research topic
This thesis revolves around the action of mainstreaming Disaster Risk Reduction (DRR). It
endeavours to unveil information exchange and respective mainstreaming instruments among
stakeholders involved in projects of the municipality of the low-lying Island of Dordrecht,
The Netherlands, which can alternatively be called the City of Dordrecht or when speaking of
its local governance the Dordrecht municipality. With this, it aims to arrive at an
understanding of how certain mainstreaming instruments and information exchange led to
actual integration of DRR measurements in operating procedures of both public and private
actors, and to potentially serve as an example of actual mainstreaming. And with this it aims
to shed new light on modern-day diffusion, leading to a potential reconceptualization of
diffusion that takes place in an adaptive network setting.
In doing so, mainstreaming is operationalised into the exchange of information and
instruments used to accommodate such information exchange, which is further conceptualized
into diffusion. And the system is considered the network of stakeholders that participated (and
participate) in the projects that were carried out during a sixteen-year inductive
knowledge-driven trajectory of the Dordrecht municipality. Hence, in formal, this thesis aims to study
information diffusion among said stakeholders so as to explore how the Dordrecht
municipality actually mainstreamed DRR. Here, DRR measurements are those measurements
tailored to mitigate urban flood risks.
The diffusion is probed on two things. One, how the diffusion has led to the integration of
DRR measurements into operating procedures of partners within the network of the City of
Dordrecht. In other words, to answer the plain and simple question: what kind of diffusion has
proven to work in mainstreaming DRR? With that question, the kind of diffusion is assessed
on six predefined variables. Two, if and how the network engenders and sustains network
adaptiveness through its information exchange. With this, it is assessed if and how
adaptiveness is engendered and sustained by Adaptive Governance and Network Governance.
1.2 Relevance
The relevance of this thesis is twofold, it contributes to both theory and the improvement of
information exchange within the DRR profession. Looking at Disaster Risk studies, a variety
of methodological approaches and numerous disciplinary and theoretical perspectives have
been applied to explore disaster risk, disaster impact and risk reduction (Peek, 2016).
2Head to
head to the reality of natural hazards and their impact, the global DRR scholarship explores
the entire life cycle of disasters. But whilst the scholarship is broad and comprehensive,
comparatively fewer studies revolve around the transboundary socio-political space
surrounding DRR and the endorsement of DRR within that setting. But when they do,
transboundary interconnectedness sustained by functional information sharing and use of
knowledge and the functions of system adaptiveness hold sway (Chmutina and Bosher, 2015;
LaTrobe and Davis, 2005; DeTombe, 2001; Haasnoot et al., 2013; Geurts and Joldersma,
2001; Djalante et al., 2013; Djalante, Holley and Thomella, 2012; Swanson et al., 2010;
Walker, Rahman and Cave, 2001; Pahl-Wostl, 2009 ), with the latter supposedly facilitated by
what is called the concept of Adaptive Governance.
Adaptiveness and Adaptive Governance are the most referred to frameworks for the
management of complex environmental issues, such as DRR (Djalante et al., 2013; Djalante,
Holley and Thomella, 2012). And as Adaptive Governance (AG) is assumed to increase
system adaptiveness to future uncertainties and complexities also the mainstreaming of DRR
is advised to be carried out within an Adaptive Governance framework as then it is
undertaken across multiple sectors and scales (governance levels) (Djalante et al., 2013;
UNISDR, 2017a; Chmutina and Bosher, 2015; Trobe and Davis, 2005). At the same time,
whereas the AG scholarship has provided insights into the framing of transnational
governance revolving management of environmental issues, it hardly stretched its boundaries
to integrate adaptive policy theory. And with that also policy (and norm) diffusion theory is
still far removed from current AG scholarship, even while the diffusion of information is the
means and the end of the act of mainstreaming, which is what most of DRR on a policy level
pivots around.
On a different note but somewhat similar is the newly coined concept of Network
Governance. As mentioned, whereas Adaptive Governance finds its footing in relation to the
management of complex environmental issues, Network Governance stems, for obvious
reasons, from Network Theory. Network theory, as meant by the Network Society (Castells,
1996, 1989), and Network Governance, as meant by the relational power in networks
Hazenberg and Zwitter, 2017), are in and by themselves responses to the effects of
globalization on politics and inherent contemporary ‘new’ strands of governance theory
2 For Disaster risk see for instance Turner et al., 2003; Bull-Kamanga et al., 2003; Taubenböck et al, 2008;
Adger, 2006; Alwang, Siegel, and Jorgensen, 2001; Bakir and Boduroglu, 2002; Peduzza, 2006; Pelling, 2003; Wisner, 2004; Rashed and Weeks, 2003. For Disaster impact see for instance Lynham, Noy and Page, 2017; Cole et al., 2017; Okuyama and Santos, 2014; Biswas et al., 2015; Shaw, 2006. And for DRR see for instance Twigg 2015; Twigg, 2004; Berkes, Colding and Folke, Eds., 2003; Gunderson, 1999; Wisner, Gaillard and Kelman, 2012; Young, 1989; Djalante et al., 2013; Chmutina and Bosher, 2015; LaTrobe and Davis, 2005.
(Rhodes, 1996; Kooiman, 1999; Dunsire, 1990; Levi-Faur, 2012; Peters, 1994; Lobel, 2012;
Börzel and Risse, 2010). Both concepts are relevant and related for the good reason that
adaptiveness is seemingly essential for dealing with complex environmental issues, and this in
and by itself requires a certain type of government (i.e. Adaptive Governance), all the while
networks have become the setting for governance to take place in (i.e. Network Governance).
Consequently, when it comes to DRR, both concepts are intertwined to the extent they cannot
be identified separately nor function separately. One could say that Adaptive Governance is a
key feature of a certain type of Network Governance: the governance of a policy network that
exists by the imperative of mainstreaming DRR, such as the network of the City of Dordrecht
that with several changing alliances and over a span of sixteen years has carried out five
noteworthy projects that incrementally mainstreamed DRR:
The City Water Plan 2002-2007
Urban Flood Management 2006-2008 (UFM)
MAnaging REsponses to changing flood risk 2009-2012 (MARE)
Climate Adaptation Mainstreaming through Innovation 2013-2015 (CAMINO)
Multi annual Programme Infrastructure, Environment and Transport (MIRT) and the resultant
Self-Reliant Island strategy (2014-2018 and ongoing).
What becomes clear, however, is that whereas Adaptive Governance just doesn’t bridge with
diffusion theory, Network theory does tie with diffusion theory, although to a very meagre
extent as well. A few book-worthy studies about norm diffusion in regional organisations
(Hollis, 2015) and the international system (Ring, 2014) - both which touch on the existence
of different types of networks and network structures in relation to diffusion -, a few smaller
writings about norm diffusion within ASEAN (Reumann, 2017), and network emulation and
theory-driven learning in international diffusion of public sector downsizing (Lee and
Strange, 2006) touch on both diffusion and network theory. But the scholarship about
diffusion in a network society is of extremely modest proportions.
With this thesis, an attempt is made to integrate Adaptive Governance and Network
Governance theory with diffusion theory. Examinations of information exchange and
mainstreaming instruments among practitioners participating in such a network provide an
illuminating kick-start to the integration of diffusion theory with Adaptive Governance and
Network Governance theory, and potentially proves a worthy and perhaps more hands-on
contribution to all three scholarships with a reconceptualised understanding of diffusion in an
On a more practical note, said examinations also provide insights upon which the action of
mainstreaming can be improved, providing the potential for more efficiency in information
exchange and acceleration of learning processes. In other words, if information exchange and
mainstreaming instruments of such projects are studied, information exchange might improve
based on new insights, leading to learning processes that on their turn lead to greater
efficiency of operating procedures within the network. This eventually contributes to more
interconnectedness and coherence among partners within the network and potentially outside
the network as a good example is the best sermon.
1.3 Research question and objectives
This thesis endeavours to study information diffusion and mainstreaming instruments among
stakeholders that participated in five big projects of the Dordrecht municipality that were
carried out to manage water and mitigate urban flood risk. It aims to identify two aspects of
diffusion, which are the nature of the information that was exchanged and the kind of
convergence that has taken place. It aims to identify two features of system adaptiveness as
expressed by the concept of Adaptive Governance, which are polycentrism and participation
and collaboration (Djalante et al., 2013). And it aims to identify the features of networked or
networking-making power as a feature of Network Governance (Hazenberg and Zwitter,
2017). With the nature of the information, it is established on what type of information the
network thrives, which can be either policy diffusion, norm diffusion, both or other types of
information diffusion. The concept of polycentrism is measured by the verticality or
horizontality of information exchange: the vertical interdependence with bottom-up and
top-down movement of information across governance levels or the interdependence on one
governance level. And participation and collaboration is measured by the multiplicity of
knowledge, that is, if different ideas and opinions regarding DRR are not only valued but also
integrated into the operating procedures of stakeholders within the network. With Process
Tracing the developments overtime are tracked. And with sociograms
3and analyses of the
partners that contributed to each project, a Social Network Analysis is done (SNA), which
leads to an understanding of how information is mainstreamed over and among a number of
stakeholders.
To arrive at the above observations, the research question of this thesis is:
How does information diffusion among stakeholders operating in one policy network both
result in the mainstreaming of DRR measurements and in network adaptiveness?
Added by two sub-questions that both translate into six variables with several indicators:
First, how information diffusion has led to the integration of DRR measurements into
operating procedures of partners within the network?
Second, if and how the network engenders and sustains system adaptiveness through its
information exchange?
II. State of the art – conceptual definitions
2.1 Theoretical approach and argument
In explaining the theoretical approach of this thesis and embed the theoretical argument that is
behind this thesis in associated literature, the concepts of Disaster Risk Reduction, Adaptive
Governance, Network Governance, Mainstreaming, Policy Diffusion and lastly Norm
Diffusion are set out. In terms of ‘getting to know what one likes to know’ and measuring the
right things, the act of mainstreaming translates into diffusion theory. And said adaptive
setting translates into Adaptive and Network Governance theory. And, as mentioned, the
argument for this thesis is embedded in the lack of integration of these debates leading to a
possibly outdated understanding of diffusion in nowadays ‘networked societies’ (Castells,
1996; Hazenberg and Zwitter, 2017; Rhodes, 1996; Kooiman, 1999; Dunsire, 1990). For a
proper understanding of information exchange within a large-scale policy network, these
debates have to be integrated, at least to the extent that an updated and hands-on
understanding of diffusion is established by which this thesis is able to properly describe
mainstreaming mechanisms of DRR norms and policies, as translated into DRR
measurements, in the network of the Dordrecht municipality.
2.2 Disaster Risk Reduction
In literature about natural hazards, vulnerability and disasters, technical terms, conceptual
definitions and operational terms abound. A few remarkable concerns relate to that. To start,
many people working in aid and development find the technical jargon off-putting. And as
mentioned by Twigg (2015, p.3), the word ‘disaster’ appeals to images of emergency relief
which often leads to DRR being viewed as solely an aspect of humanitarian aid whereas it
should also be pivotal to the contents of development work too. Also, a 2012 study explained
that there is no consensus among stakeholders as how to define disaster risk reduction
(Hagelsteen and Becker, 2013; Eriksson and Gustavsson, 2007). According to Hagelsteen and
Becker, the same terms are defined in different ways by different organizations (2013). And
as explained by Thywissen, this might result in a “Babylonian Confusion of terminology”
(Thywissen, 2006 in Hagelsteen and Becker, 2013). So, Disaster Risk Reduction has various
definitions in technical literature and in practice. Notwithstanding, certain terms are used
more regularly (Twigg, 2015, p.3).
The UNISDR, which is considered a DRR norm and policy entrepreneur (Hollis, 2015),
defines Disaster Risk Reduction as the process to “minimise vulnerabilities and disaster risk,
to avoid (prevention), or to limit (mitigation and preparedness) the adverse impacts of
hazards” (UNISDR, 2004). And by The Humanitarian Policy Network it is recognized as “the
development and application of policies, strategies and practices to reduce vulnerabilities and
disaster risks throughout society” (Twigg, 2015, p.6). It covers policy, strategic, institutional
and operational issues, describing “a very broad-based approach to the causes of disasters and
dealing with their consequences” (Twigg, 2015, p.9).
The term ‘disaster risk management’ (DRM) is often coined in the same context as it refers to
“a systematic approach to identifying, assessing and reducing risks” (Twigg, 2015, p.9). In
practice, both terms are sometimes used quite loosely with very similar meanings (Twigg,
2015, p.9). This translates back to what was stated earlier, that the same terms are defined
differently depending on the organization that is applying them: capacity building, resilience
building, capacity, capacity development, and/or adaptive capacity all share a similar
connotation. Supported by the fact that there also seem to be gaps between guidelines given
by available theory and how capacity development for disaster risk reduction is done in
practice (Hagelsteen and Becker, 2013, p.5), in this thesis it is recognizes that, despite
theoretical advancement, conceptual definitions of DRR should be handled loosely.
2.3 Adaptive Governance
Adaptive Governance is an emergent framework for the management of complex
environmental issues. It is the ‘human context’ for management of complex ecosystems
(Dietz et al. 2003; Folke et al., 2005). In Gunderson and Light’s study of governance in the
everglades ecosystem (2002), to define Adaptive Governance they refer to the definition of
Brunner et al. (2005). They describe Adaptive Governance as:
“Operating in a situation where the science is contextual, knowledge is incomplete, multiple
ways of knowing and understanding are present, policy is implemented to deal with modest
steps and unintended consequences and decision making is both top-down (although
fragmented) and bottom-up” (Gunderson and Light, 2002, p.325).
As such, adaptive governance is aimed at integrating science, policy and decision making in
systems that “assume and manage for change, rather than against change” (Gunderson et al.,
1995). Adaptive Governance deals with the complex human interactions that have been
obstacles to the implementation of adaptive management (Lee, 1993; Walters, 1997;
Gunderson, 1999). Djalante et al., (2013) add that Adaptive Governance is “characterised by
notions of governance that are more flexible and innovative and that encourage learning to
better manage uncertainties and system complexities” (Brunner et al. 2005; Dietz et al.
2003; Folke et al. 2005). According to them, four key characteristics can significantly
influence disaster resilience. These are polycentric and multi-layer institutions, participation
and collaboration, self-organization and networks, and learning and innovation (Djalante,
Holley and Thomalla, 2011). They suggest that while other characteristics of governance also
contribute to resilience, these four are highly relevant to building disaster resilience and
enhancing system adaptiveness.
Djalante, Holley and Thomalla (2011) argue that polycentric institutions influence the
capacity to manage resilience, due to the existence and inclusion of different organizations at
different scales, which in their words allows for “a better matching of organizational and
ecological scales” (Djalante et al., 2013 referring to Folke et al. 2005), “an improved fit
between knowledge and action” (Djalante et al., 2013 referring to Lebel et al. 2006), “and the
moderation of vertical interplay” (Djalante et al., 2013 referring to Young 2002).
Additionally, as they put it, “participation and collaboration can improve effectiveness and
efficiency and reduce uncertainties in managing environmental problems” (Djalante et al.,
2013 referring to Lane and Robinson, 2009). Self-organization and networks are important to
build resilience especially at community level (Kendra and Wachtendorf 2003).4 The process
of ‘social learning’ (Lave and Wenger 1991; Scholz and Stiftel 2005) enhances resilience by
providing access to knowledge (Ostrom 2010; Pahl-Wostl 2009) and platforms for
coordination, negotiation and knowledge sharing (Thomalla and Larsen 2010). The process of
4Additionally, suggested by Djalante et al., 2013; agency (Larsen et al., 2011), collective action (Ireland and Thomalla, 2011) and social capital (Adger, 2003; Pelling and High, 2005) are all important in positively
inter-organizational learning during emergency situations and stress can lead to innovation
(Comfort and Kapucu 2006; Comfort et al. 2004).
Further to the notion of Adaptive Governance are Adaptive Policies. Adaptive Policy theory
assumes that even the best models cannot accurately predict the details of future system
behaviour. Policy-making is about the future. And in Adaptive Policy theory it is assumed
that we cannot just identify policies by simply examining the future that would follow from
the implementation of each possible policy and picking the one that produced the most
favourable outcomes (Walker, Rahman and Cave, 2001, p.282). Hence, the classical approach
of choosing a policy based on the outcomes from a best estimate model is no longer credible.
Instead, policies that comprise sequential combinations of policy options become more
convenient. Adaptive Policies therefore include contingency plans as well as a specification
of conditions under which the entire policy should be reconsidered. The policies themselves
are, therefore, designed to be incremental, adaptive, and conditional (Walker, Rahman and
Cave, 2001, p. 284).
2.4 Network Governance
Looking beyond the Adaptive Governance scholarship one embarks on a journey through
myriad other scholarships that have delved into the globalizing politics that toward the end of
the second millennium are characterized by more complexity and ‘glocalized’ structures in
which the global is modified by its contact with the local (Robertson, 1992, p. 173-4). These
politics are causing a development that marks a reconceptualization of governance theory in
which a concomitant paradigm shift from a centralized government model deriving from
Statism to different models of governance is made. In new governance theory, governance is
coined as structures, processes mechanisms and strategies (Levi-Faur, 2012), as ‘new’
governance without a State that marks Statism as the governance theory of yesterday (Börzel
and Risse, 2010; Lobel, 2012), as governance as a ‘Socio-Hybernetic system’ with an
increasingly differentiated political system in which policies are not the product of actions by
central government but the product of interaction with local governments, hence in which
‘systems thinking’ and the communication of information in systems, bureaucracies, and
markets is pivotal (Rhodes, 1996; Kooiman, 1999; Dunsire, 1990), as governance as
Self-organizing Networks (Rhodes 1996), and descriptively as ‘Mode II’ governance as
generically indicating the above specified switch (Hazenberg and Zwitter, 2017).
From various disciplines, globalization theorists have in different ways but along similar lines
modelled how the juxtaposition between local and global has become an important force in
world politics. Increased connectivity and interdependency are recognized as essential
features of that globalization process. And, aside from the collapse of Soviet Statism and the
restructuring and catalysing of global capitalism, it is sure that the computer, internet and
resultant media have made unfathomable contributions to what we now know is the
‘information age’ and the informational society (Appelrouth and Edles, 2008, pp. 345-350;
790). Many scholars made contributions, and a few were able to extrapolate their
understandings of global society into newly recognized theories.
One of the major voices in globalization theory, Arjun Appadurai, assumes an increasingly
borderless global economy whilst at the same time claiming that the world has become a
single system with a range of complex subsystems. He proposes that for exploring the
complex global economy one has to look at the relationship between five dimensions of
global cultural flow: ethnoscapes, mediascapes, technoscapes, finanscapes, and ideoscapes
(1990, p. 296). The added suffic ‘scape’ is indicating that the relations between the scapes are
not objective. They reflect the perception of actors which are “deeply perspectival constructs,
inflected very much by historical, linguistic and political situatedness of different sorts of
actors: nation-states, multinationals, diasporic communities, as well as sub-national groupings
and movements, and even intimate face-to-face groups, such as villages, neighbourhoods, and
families.” (p. 296). What stands out in his theory of the ‘Global Cultural Economy’ is the
individual actor becoming intertwined with larger formations, which can be referred to as
‘scapes of global cultural flows’ that intersect, overlap and influence one another. And that
among those ‘flows’ three stand out in explicit regard to the information age: the technoscape,
mediascape and ideoscape. Though with different dimensions, these scapes suggest that
territorial relations have become much more fluid, they moreover suggest that “as individuals
we are members of several networks at any given time” (Howard, 2011).
For Manual Castells, the network society is directly related to the information and
communication of our present-day societies. He departs from his conviction that information
networks have created a new urban space called ‘the informational city’, as a distinctive and
further stage in the capitalist mode of production (Castells, 1989). Resultantly, connectivity
has expanded the city to a global scale and created “a network society” (1996, p. 60) Adding
that “…the informational, global economy is organized around command and control centres
able to coordinate, innovate, and manage the intertwined activities of networks of firms”
(1996, p. 409).
5Extrapolating this into one of his chief axioms that the “new information
5 By which he also refers to Hall (1995, pp. 3-32), for an overview of current transformations of spatial forms and processes at the global level, to Daniels (1993) for new insights in the service industry, and to Norman (1993) for information flow that