CHAPTER 1: Zinzile Seepie IGC 0 Contents 1. Background ..................................................................................................................................... 2 2. Problem Statement ......................................................................................................................... 3 3. Significance of Research ................................................................................................................. 5 4. Research Objective ......................................................................................................................... 5 5. Provisional Research Question: ...................................................................................................... 5 Sub-Questions: ........................................................................................................................... 5 6. Scope and Limitations of the study................................................................................................. 6 7. References ...................................................................................................................................... 6 Table Table 1: RIM Strategy for stakeholder engagement and negotiation process ....................................... 4 Figures Figure 1: Two proposed sites for the PV Solar Plant.....................Ошибка! Закладка не определена. Figure 2:RIM Strategy for stakeholder engagement and negotiation process ....................................... 5 1 1. Background Sustainable development is strongly connected to the low carbon cities concept. Carbon emission reduction is a well-accepted strategy in climate mitigation efforts. Within developing countries, local energy efficiency (EE) and Renewable energy (RE) Projects play a critical role in “narrowing the emissions gap and decarbonizing future energy growth” (Rutherford & Coutard, 2014, p. 1354). The incorporation of these strategies in Urban planning and development academia is especially important as it is held that within cities; energy is tied up “technically, economically, and politically …in very diverse ways” (Rutherford & Coutard, 2014, p. 1354). Tangible cultural Heritage can be described as historical buildings, monuments, archaeological sites, cultural landscapes, natural biodiversity, and historic items (Fatorić & Biesbroek, 2020). Together these hereditary resources offer cities vast economic and environmental benefits (Fatorić & Biesbroek, 2020). These resources further require practical climate adaptation to increase their resilience to global climate change impacts. However due to their protection status under heritage conservation regulation, perceptions and values of stakeholders, these adaptations can be difficult and even impossible to implement. Achieving greater sustainability in monuments requires adherence to a multitude of regulations and quality measures in ensuring the integrity of the heritage sites and making no alterations to the structure (Fatorić & Biesbroek, 2020). Similarly, a significance of cultural heritage is tied to the values that society espouses to the structures and site, thus community disproval to heritage adaptation can impede sustainability (Perry, 2015). For this reason, adaptations like solar panel installations can be extremely challenging ( PV Europe, 2019). Heritage management regulations may not approve these installations without multiple permit applications and may require design considerations which may affect the efficiency of the adaptation. For example, if the regulations do not permit panels to ‘disturb the visual materiality of the site, this may effect where panels may be installed as well as their efficacy. This further speaks to engineering and design complexity of adapting hermitage, where alterations are strictly not permitted ( PV Europe, 2019). Notably there is a global gap in academia and policy regarding the assessment of suitable climate adaptation and mitigation to heritage structures and sites. This absence is further echoed in literature regarding the relationship between stakeholder empowerment in heritage management. According to Perry (2015), a key factor of the Climate adaptation of the World Heritage is the array of stakeholder values, norms, and standards and how this can be the stumbling block for implementing or installing adaptation measures (Perry, 2015). Literature further confers that programmes and initiatives which lack public support can be categorised as having “socio-cultural barriers to adapting cultural heritage to climate change impacts” (Fatorić & Biesbroek, 2020, p. 311). This emphasises that the role of stakeholders in climate adaptation approval goes beyond mere consultation, but rather balanced-bottom-up management approaches. This perspective recognises that climate change mitigation strategies may be transformational in the opportunities they offer to empower stakeholder communities. While still weak, the concept of socio-cultural barriers and how they relate to heritage climate adaptation and mitigation literature, could enhance our understanding of the dynamics at play in combatting this problem (Perry, 2015). It is held academically that there is inadequate cross sectoral transfer of best practices in heritage management to advise acceptable climate change adaptation in the decision-making processes. (Fatorić & Biesbroek, 2020, p. 310). The acceptance of climate adaptation in global heritage resources contributes to lowering the emissions of heritage structures and sites worldwide, yet there is a gap in academia on the nuances of the dynamic relationship between impact mitigation and stakeholder community empowerment. This gap threatens the acceptance and or implementation of climate adaptation. However, despite these challenges, The Robben Island Museum World Heritage Site (RIMWHS) was able to install a PV Solar Plant on a highly protected site. 2 2. Problem Statement The 2013-14 RIM Annual report emphasised the need to manage the operational costs and carbon footprint of the Museum (Robben Island museum, 2016). It articulated the development of strong strategic governmental and non-governmental network partnerships to achieve this in line with the Integrated conservation management Plan (ICMP) (National Government of South Africa, 2013-2018). In 2015, under a partnership agreement with the National Department of Tourism (NDT), the RIM was included into the Destination Development Project of the NDT (Robben Island museum, 2016). The objective of the project was to reduce the island’s carbon footprint by installing a 1-hectare PV Solar Plant on the highly protected world heritage site (Robben Island museum, 2016). Due to the immense cultural heritage and biodiversity value, the site was listed as ‘Highly sensitive’ and protected ardently by the National Heritage Resources Act (No. 25) of 1999 and the National Environmental Management Act 1999. The process of obtaining a permit to install this project on the island required the preparation of a set of documents such as Heritage Impact assessment, Environmental impact assessment, Visual Impact assessment among others (Cedar Tower Services, 2018). Each of these assessments required the approval of key stakeholders including the ex-political prisoner’s association (EPPA), residents, non-profits, government representatives, etc (Cedar Tower Services, 2018). The EPPA was to be consulted directly as they contributed to the intangible heritage of the site (South African Heritage Resource Agency, 2016). The rest of the stakeholders were consulted in line with the public participation guidelines (Department of Environmental Affairs and Tourism, 2002). The national policy was streamlined to the international policy to share the objective of involving and empowering communities in the heritage management processes to ensure their sustainability in the long term (Deegan, 2012). Figure 1 below, depicts the Island and two proposed sites for the development of the solar plant. The approval of the prepared assessment reports by the stakeholders was a significant challenge of the overall permit process. To succeed with the approval the RIM partnership employed the legislated stakeholder engagement strategy for the support of the project (Department of Environmental Affairs and Tourism, 2002). This strategy is composed of the actions which are described in greater detail in Table 1. 3 Table 1: RIM Strategy for stakeholder engagement and negotiation process Action Identify key stakeholders and their representative bodies Consultation Empower Stakeholders: Provide opportunity for stakeholders to comment in writing. Negotiation, trade-off and testing: Test the acceptability of proposed mitigation measures. Finalisation/Way forward Approach An extensive list of representatives from state, and non-state actors and organisations was identified 1. RIM Partnership held public participation forums where they explained the trouble that the RIM was facing in terms of decreasing funding, high operational cost, and decaying state of museum due to poor maintenance and the threat to loss of heritage if action was not taken. Shared project aspirations and recommended sites for development 2. Consulted the EPPA directly 3.Shared a draft Basic Assessment Report (BAR) with each stakeholder representative (including organs of state) for comment where a few possible sites were recommended for development of the solar plant. 1.Each stakeholder submitted comments and concerns (glare, visual impact, safety, environmental, heritage) back to the RIM partnership and consultants. 2.The consultants recorded all comments received from stakeholders and responded timeously, before submitting the draft BAR to relevant authorities. 1.Stakeholders did not oppose the development of the project on the old cricket pitch as it had minimal heritage, environmental and economic impact on the island, its stakeholders, and properties. 2.Consultants ensured key issues discovered in specialist studies had been considered and tested from stakeholder perspectives. 3. Additional studies for trade-offs were conducted to allay the concerns (glare, visual impact, safety, environmental, heritage) of stakeholders. 4. Design adjustments were made to ensure that glare would not negatively impact properties across the shore or shipping routes. 5.The partnership maintained consistent communication with all key stakeholders for the full duration of the specialist studies. 1.Describe outcome from authorities and conditions. 2. Expand on opportunities for ongoing involvement in construction as well as in the RIM. 2.Provide opportunity for stakeholders to appeal against the decision Conflict management and resolution Outcome/indicator Comprehensive stakeholder database Stakeholders buy-in of process: 1.EPPA public participation report. 2. signed public participation meeting agenda Partnership consultants responded individually in writing to each concern raised and included the initial comments as well as the final comments in the draft BAR for submission. 1.Stakeholder mitigation comments 2. Consultant trade-off studies and community 3. Ensure all reasonable mitigation measures have been integrated into the project design. 4. Submission of draft BAR and associated reports including all stakeholder comments 1. signed agendas 2.consensus on the way forward Source: (WSP Parsons Brinkerhoff, 2016) 4 The objective of this research is to explain how the stakeholder engagement strategy implemented by the partners (RIM and NDT) managed to influence the approval of these stakeholders to build the Solar Plant on this sensitive environmental and cultural site? 3. Significance of Research City planners and academics face the challenge of achieving sustainable low carbon cities while protecting heritage resources of cities with climate adaptations in an environment which can be rife with socio-cultural barriers to altering high value heritage sites (Fatorić & Biesbroek, 2020). Academics have held that a delicate balance must be maintained in our approaches to the relationship dynamics in Heritage management as in the Brundtland Report. Where top-down management frameworks offer formal protection through impact mitigation, grass-roots frameworks protect the social value of heritage at local scale. This work interrogates the RIM strategy for stakeholder engagement for approval of the Solar plant. This is pertinent as heritage management has not been the priority of the evolving urban resilience knowledge, despite its significance on the sustainability agenda. In South Africa, closing this academic gap offers the opportunity for expanding current academic knowledge on the decentralization of power in heritage management for climate adaptation and mitigation. 4. Research Objective The objective of this study is to assess the contribution of Stakeholder empowerment and Negotiation to RIM partnerships’ approval of climate adaptation measures on highly sensitive heritage site in the case of the RIMWHS PV Solar plant. This strategy is composed of the actions illustrated in figure 1 below. Figure 1:RIM Strategy for stakeholder engagement and negotiation process Identify key stakeholders Consultation Empower Stakeholders to contribute to decision making Negotiation and trade-off Finalisation/Way forward Source: (South African Heritage Resource Agency, 2016) 5. Provisional Research Question: To what extent did the stakeholder engagement strategy of the RIM partnership (Empowerment and Negotiation) influence the approval of the RIM PV Solar Plant on the sensitive environmental and heritage site? Sub-Questions: 1.What can a summative assessment of the stakeholder engagement strategy tell us about the relationship between empowerment and Negotiation in the approval of climate impact mitigation to heritage sites? 2.Which negotiation approaches are optimal for the maximum benefit of climate mitigation measures on sensitive cultural and heritage sites? 3.How did stakeholder empowerment influence the approval of the project with the mandated permitting agent? 5 6. Scope and Limitations of the study The study is applicable to sizable (1 hectare minimum) renewable energy climate adaptation on sensitive heritage sites and structures and does not extend to sites without cultural and environmental significance. This research will be context sensitive, deep-rooted and policy focused on specifically Robben Island’s stakeholder engagement strategy. The focus will be on stakeholder empowerment and negotiation within a greater strategy for stakeholder engagement of high-value heritage sites. Due to the Covid-19 restrictions and time constraints of the research, this research will be conducted mainly using qualitative desktop research of secondary data gained from the project developers, stakeholders, and relevant legislation. Some interviews will be held online with key stakeholder involved. 7. References PV Europe. (2019, March 03). Recently IBC Solar realized a challenging PV rooftop installation on the historic Hermitage Amsterdam museum. . 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