CHAPTER 2. THEORETICAL FRAMEWORK: NICHES AS SPACES FOR GRASSROOTS INNOVATION . 16
2.4 F RAMEWORK FOR NICHE ANALYSIS
2.4.5 Perspective of project development within a niche: learning from local practices
Geels and Deuten (2006) concentrate on niche internal processes and do not give attention to the influence of external processes, such as the interaction between niches and regimes or the potential influence of events taking place at the landscape level. For example Hargreaves et al. (2013) argue that Geels and Deuten’s (2006) perspective, especially in relation to its scope for analysing grassroots innovations, is lacking in one dimension. Hargreaves et al. (2013) note that in the context of community energy in the UK for example, intermediaries are not only aggregating lessons, establishing institutional infrastructure for the niche and co-‐ordinating action at local projects, but they are also conducting a role by “brokering and managing partnerships with actors from ‘outside’ the community energy sector” (p.878).
Despite the Geels and Deuten’s (2006) perspective lacking the availability to grasp all aspects of the development of the emergence of grassroots innovations within niches, it is useful as an analytical tool for this DPhil research as it allows the analysis of the early stages of niche creation, especially in the context of a country like Finland, which has thus far a fairly limited amount of citizen-‐led community energy action.
2.4.5 Perspective of project development within a niche: learning from local practices translated to cosmopolitan level lessons
Building on the niche development literature outlined above, this thesis adapts an empirical niche development perspective initially created by Raven et al. (2008), who note that previous niche development literature (e.g. Geels and Raven (2006) and Raven and Geels (2010)5):
“offers a framework for analysing the relation between individual projects in local contexts and the translation of local experiences into generally applicable rules at the global niche level” (Raven et al., 2008, p.465)
5 The Raven and Geels paper referred to in Raven et al. (2008) was submitted for publication in 2007.
Niche creation includes several processes at different phases of a new field emerging.
Much of niche creation is based on learning, networking, and experimenting with new innovations (Raven, 2012). Raven et al. (2008) analysed the relations of local renewable energy projects and whether, and how, local experience from those projects was transferred into generally applicable rules at the cosmopolitan level, i.e. indicating a global niche phase. It should be noted that the terminology used in the niche literature varies between different authors. For instance Geels and Deuten (2006) use the term
‘cosmopolitan level’ meaning the networks, conferences, publications and intermediary organisations, which have emerged and can help facilitate local projects. Raven et al.
(2008), however refer to this as the ‘global niche level’. The framework developed for this thesis uses the term ‘global niche level’ as per Raven et al. (2008), and which Geels and Deuten (2006) refer to as the ‘cosmopolitan level’. However, ‘global niche phase’ is understood in this thesis following Geels and Deuten (2006) and which refers to an established niche, with ‘global/cosmopolitan level’ actors such as intermediary organisations and networks, as well as conferences and publications having been established for the sector. This is illustrated in Figure 5 below.
Figure 5: Different phases of knowledge sharing from local to global phase (adapted from Geels and Deuten, 2006, p.269).
Raven et al. (2008) identify three key processes in relation to local projects: (1) variation through local contextualisation of a niche innovation, (2) negotiation and alignment of expectations and (3) retention and transfer to the global niche level. The three processes offer a useful way to analyse projects in the early phase of the development of niche
Local and global dynamics in technological development
Science and Public Policy May 2006 269
Case study
To illustrate the socio-cognitive perspective, this section presents a historical case study, the emer-gence of reinforced concrete from 1850 to 1940 (based on Deuten, 2003). Reinforced concrete, at the time a novel combination of concrete and iron, started in the mid-19th century as a heterogeneous set of local technologies without much knowledge of underlying technical principles. By the early 20th century, reinforced concrete had become a global technology with stable design rules and shared knowledge repertoires. The following sub-sections analyse this development from local to global knowledge.
Local phase (1850s–1870s)
Reinforced concrete technology started as local solu-tions for specific problems with traditional construc-tional materials (wood, bricks, iron). Early forms of reinforced concrete included substitutes for wooden, rot-susceptible flowerpots, water reservoirs and row-ing boats. Various inventors experimented with rein-forcing concrete pots and reservoirs with iron wire to prevent structures from cracking. Other forms of reinforced concrete were iron building elements
Early applications of iron–concrete artefacts re-mained limited to distinct applications with ven-turing customers who highly valued the water-proofness, fire-proofness and inexpensiveness of the new building material. In the 1860s, inventive entre-preneurs developed complete building systems based on novel combinations of iron and concrete. Patents were issued for concrete–iron elements such as pipes and reservoirs (patented in 1868), flat slabs (1869), bridges and footbridges (1873), stairs (1875), and floor constructions (1878).
An inventive and entrepreneurial ‘system’ owner was the Frenchman Joseph Monier who took a uni-versal patent on his ‘Monier system’ in 1878. He subsequently sold licences to constructors in Ger-many, Austria, England and Belgium. This licensing helped to spread his system within a closed network.
This system was “backed up neither by theory nor by systematic experiment” (Elliot, 1992: 172).
Knowledge was produced through trial-and-error, guided by ‘constructional sense’ rather than by theo-retical insights. Monier’s construction systems were based on intuitions, not calculations, that concrete and iron could play complementary roles: while concrete took the compressive stresses, iron took the tensile stresses.
Knowledge had a local character: if the iron–
concrete mixture or climatic conditions were differ-ent from normal due to local circumstances, the per-formance of the reinforced concrete construction became unpredictable and unreliable. Also indica-tive of the local character was the fact that German licensees hired French experts who had worked with Monier’s system. Thus, parts of reinforced concrete knowledge on did not ‘travel’ well through time nor space.
To attract attention to their novelties, system owners and licensees disclosed part of their knowl-edge. They organised demonstrations and performed public tests with their structures, for instance by burdening them with excessive loads. But such tests could not demonstrate durability over time, which remained a contested issue. It was feared that minute cracks in the concrete could lead to rusting of the embedded iron, resulting in collapses. Despite these uncertainties, venturing customers were interested in reinforced concrete because of advantages in fire-resistance and shock-proofness.
The local phase came to an end when reinforced concrete entrepreneurs wanted to enter mainstream markets in the building sector. To get permissions and meet building regulations, they had to improve their formal knowledge base to make performance
Local phase Inter-local phase Trans-local phase Global phase Figure 2. Phases in the development of shared technological knowledge
Source: Deuten (2003); Raven (2005) / Global
innovations. The processes identified by Raven et al. (2008) complement the perspective by Geels and Deuten (2006), which lacks the more detailed local analysis. Furthermore, the three processes identified by Raven et al. (2008), which are titled (1) local contextualisation (2) negotiation and engagement and (3) transferable lessons in this DPhil thesis, aid the aim of answering the research question on why and how community energy projects develop and how they contribute to niche development.
2.4.5.1 Local contextualisation
Firstly, each project has expectations, which are influenced by the project’s local context (Raven et al., 2008). Variation through local contextualisation of a niche innovation refers to the processes involved in voicing the project’s initial expectations and creating a vision.
One of the success factors for niche creation is the voicing of expectations and visions for the development of projects, as well as the wider field. Raven and Geels (2010) highlight that expectations are important in two key ways. Firstly, expectations can guide direction for innovative activity and other local projects, as they are translated to search heuristics (Raven and Geels, 2010). Secondly, expectations can be used strategically in order to attract resources from potential sponsors:
“Protection in technological niches comes from networks of dedicated actors, who are willing to invest resources in the new technology. High expectations and formal subsidies contribute to this willingness.” (Raven and Geels, 2010, p.89)
Expectations can be different for different people and organisations that are involved in local projects. For example, people within a project can have different initial expectations about what the project is about and power relations may have a part to play as to whose expectations are the most influential ones (Raven et al., 2008). Projects and their funding organisations, for instance, may have different expectations about the outcomes of specific projects (Raven et al., 2008). These initial expectations are readjusted in the negotiation and engagement with the local community and key stakeholders.
2.4.5.2 Negotiation and engagement
Secondly, negotiation and engagement includes participation and how the project’s expectations are negotiated and adjusted according to its local context (Raven et al., 2008). Expectations are adapted and adjusted according to interaction with the local community and key stakeholders, and thus help to shape the project’s vision and build a niche (Raven and Geels, 2010). As Raven et al. (2008) note “Project visions are not fixed”
(p.467), but visions change in the course of each project and they will be influenced by the social and political contexts that projects operate in. Furthermore, negotiation and alignment of expectations include both informal and formal engagement with key stakeholders and the local community:
“Negotiating expectations can be a highly political process and influenced by existing and newly created power relationships. It is influenced by processes of participation and engagement of stakeholders, their expectations and particular social interests, and the ways in which they shape and reshape the initial vision of the project.” (Raven et al., 2008, p.467).
For example community energy projects may need to readjust their project plans over time according to the available skills that they have and the amount of funding that they can secure.
2.4.5.3 Transferable lessons
Thirdly, Raven et al. (2008) note that as each project is different and has a different local context, this causes variability between projects. Following niche literature, especially in relation to niche development, Raven et al. (2008) join aggregation and intermediation activities into a concept of retention and transfer to the global niche level. These processes include the sharing of lessons from particular projects, which can be generalised and transferred to the global niche level. They are the lessons Geels and Deuten (2006) refer to as aggregated knowledge that can be translated to global niche level guidance. Raven et al. (2008) highlight that it is important for projects to be able to learn from global niche level actors and benefit from global niche level guidance, such as best practice, technical
standards and shared ideas. These rules can guide local projects, but they should also
“leave room for local variations, as local actors reinterpret and reinvent them for local circumstances” (Raven et al., 2008, p.466). Raven et al. (2008) continue, that voicing expectations allows local actors to show how they interpret the global niche level rules, while negotiation of expectations allows people involved in local projects to adapt generic project designs to their local context and circumstances. These three processes, (1) local contextualisation, (2) negotiation and engagement and (3) transferable lessons are outlined in Table 1 below.
Process Key dimensions Example activity
Local
Table 1: Summary of processes linked to niche development
In their analysis of two local sustainable energy projects, Raven et al. (2008) found that these successful projects had the following niche processes in common:
• Projects were local reinterpretations and reinventions of a more generic concept of an emerging niche trajectory
• These local variations were the result from differences in contextual setting and the way projects engaged with their local stakeholders
• The project and its context coevolved, i.e. the context influenced the project’s variation, while the implementation of the project itself also changed the context
• Both projects provided generic lessons that were aggregated and shared with others
• The projects also acted as examples for other projects, providing some transferable lessons to the niche.
A key outcome from Raven et al.’s (2008) analysis is how local contexts influence project development, and vice versa, and the extent to which, subsequently, learning from projects can be translated to global niche level rules. As Raven et al. conclude: “both the translation of a generic concept into a local project variation as well as the transfer of local lessons into global rules occur, but are difficult and require dedicated work” (Raven et al., 2008, pp.473-‐475). Furthermore, Raven et al. highlight especially “organizational models, financing structures, technical solutions, and ideological meanings” as rules that can be applied in other contexts (Raven et al., 2008, p.475). The concepts developed by Raven et al. (2008) -‐ of local contextualisation, negotiation and engagement and transferable lessons – are particularly useful for this DPhil as they focus on analysing the processes linked to the development of grassroots innovations, and how learning from such innovations may be translated to build a niche.