An analysis of stakeholder engagement in the integrated development planning process: a case of Blue Crane Route Local Municipality
- Authors: Marambana, Nonkululeko
- Date: 2018
- Subjects: Stakeholder management -- South Africa -- Eastern Cape , Local government -- South Africa -- Eastern Cape , Local government -- Public relations -- South Africa -- Eastern Cape , Political participation -- South Africa -- Eastern Cape , Public administration -- Citizen participation , Government publicity -- South Africa -- Eastern Cape , Blue Crane Route Local Municipality , Integrated Development Plan (IDP)
- Language: English
- Type: text , Thesis , Masters , MBA
- Identifier: http://hdl.handle.net/10962/63659 , vital:28466
- Description: Stakeholder engagement in local government is a legislated function that should be implemented by appointed and elected government officials. The 2015/16 financial year report of the Auditor General of South Africa (AGSA), revealed challenges pertaining to stakeholder engagement processes by the Blue Crane Route Municipality (BCRM), in that stakeholder inputs were not incorporated in the municipal Integrated Development Plan (IDP) of the 2016/17 financial year. The concern is that there is a gap regarding stakeholders’ engagement processes within BCRM and that affects the quality of IDP which serves as the municipal strategic document. The aim and objectives of this study are to understand stakeholder engagement processes on the IDP formulation by the BCRM in the Eastern Cape, South Africa. The research questions are: How does BCRM conduct stakeholder engagement processes during IDP formulation? What institutional arrangements are in place for stakeholder engagement? And recommendation on how stakeholder engagement processes can be improved within the BCRM? The research questions were answered through a qualitative study, where data was collected through face-to-face interviews, focus groups and a document review. Face-to-face interviews were conducted with the municipal manager and the managers responsible for IDP as well as the officer responsible for public participation. Focus group sessions were conducted with the community leaders and the departmental leadership. Documents that were reviewed included IDP and process plans, minutes from community consultation meetings, public participation policies, and intergovernmental relations terms of reference. The responses received showed gaps in the following: institutional arrangements related to the integration of stakeholder engagement in municipal key performance indicators and procedures; communication between the municipality and stakeholders; community education related to the impact on community stakeholder engagement, and management processes related to the stakeholder database, capacity development, records management, collaboration and cooperation. Further research on how the municipality communicates and imparts knowledge to its stakeholders is recommended as it could contribute significantly to the body of knowledge.
- Full Text:
- Authors: Marambana, Nonkululeko
- Date: 2018
- Subjects: Stakeholder management -- South Africa -- Eastern Cape , Local government -- South Africa -- Eastern Cape , Local government -- Public relations -- South Africa -- Eastern Cape , Political participation -- South Africa -- Eastern Cape , Public administration -- Citizen participation , Government publicity -- South Africa -- Eastern Cape , Blue Crane Route Local Municipality , Integrated Development Plan (IDP)
- Language: English
- Type: text , Thesis , Masters , MBA
- Identifier: http://hdl.handle.net/10962/63659 , vital:28466
- Description: Stakeholder engagement in local government is a legislated function that should be implemented by appointed and elected government officials. The 2015/16 financial year report of the Auditor General of South Africa (AGSA), revealed challenges pertaining to stakeholder engagement processes by the Blue Crane Route Municipality (BCRM), in that stakeholder inputs were not incorporated in the municipal Integrated Development Plan (IDP) of the 2016/17 financial year. The concern is that there is a gap regarding stakeholders’ engagement processes within BCRM and that affects the quality of IDP which serves as the municipal strategic document. The aim and objectives of this study are to understand stakeholder engagement processes on the IDP formulation by the BCRM in the Eastern Cape, South Africa. The research questions are: How does BCRM conduct stakeholder engagement processes during IDP formulation? What institutional arrangements are in place for stakeholder engagement? And recommendation on how stakeholder engagement processes can be improved within the BCRM? The research questions were answered through a qualitative study, where data was collected through face-to-face interviews, focus groups and a document review. Face-to-face interviews were conducted with the municipal manager and the managers responsible for IDP as well as the officer responsible for public participation. Focus group sessions were conducted with the community leaders and the departmental leadership. Documents that were reviewed included IDP and process plans, minutes from community consultation meetings, public participation policies, and intergovernmental relations terms of reference. The responses received showed gaps in the following: institutional arrangements related to the integration of stakeholder engagement in municipal key performance indicators and procedures; communication between the municipality and stakeholders; community education related to the impact on community stakeholder engagement, and management processes related to the stakeholder database, capacity development, records management, collaboration and cooperation. Further research on how the municipality communicates and imparts knowledge to its stakeholders is recommended as it could contribute significantly to the body of knowledge.
- Full Text:
Barriers and drivers to the implementation of renewable energy technologies in South Africa’s aquaculture industry
- Authors: Van Wyk, Nicholas Kelly
- Date: 2018
- Subjects: Renewable energy sources South Africa , Aquaculture Environmental aspects South Africa , Sustainable aquaculture Economic aspects South Africa , Renewable energy sources Economic aspects South Africa , Renewable energy sources Environmental aspects South Africa
- Language: English
- Type: text , Thesis , Masters , MBA
- Identifier: http://hdl.handle.net/10962/61969 , vital:28090
- Description: South Africa is plagued by socio-economic issues of poverty, inequality and high rates of unemployment. The government of South Africa has as such launched an ambitious plan known as operation PHAKISA which will complement the National Development Plan in addressing the countries aforementioned shortcomings. In the operations first phase, the focus is on growing South Africa’s ocean economy. Within the ocean economy, the growth of aquaculture has been identified as an industry with the potential to create jobs and aid in economic growth of South Africa. Aquaculture, the farming of any aquatic organisms, has been the fastest growing food production sector for the past 50 years. While natural capture fisheries have stagnated in production capacity, aquaculture has grown exponentially in order to feed a global population which is fast approaching nine billion people. However, South Africa’s aquaculture production lags significantly behind other third world countries. The sustainability of aquaculture has frequently been called into question due to the possibility of various detrimental environmental effects it may cause. To further complicate the matter, Climate Change is today an overarching threat to life as we know it, and must be taken into account if we plan to keep growing our populations and economies. As such, if South Africa wants to grow its aquaculture sector, it must be done so in a sustainable manner. This research thus sought to investigate one aspect which may increase the sustainability of aquaculture in South Africa, that being the implementation of renewable energy in the sector. Renewable energy has been identified by the United Nations Intergovernmental Panel on Climate Change as key to mitigating the effects of climate change. In order to aid Renewable Energy (RE) implementation in South Africa’s aquaculture sector, this research aimed to identify the barriers and the drivers to implementing renewable energy within aquaculture. To do this, a literature review was conducted to identify possible barriers and drivers to renewable energy implementation. These were then drafted into an online questionnaire and sent via Email to all the aquaculture organisations in South Africa that could be contacted (n = 195). Respondents were asked to rank the proposed barriers and drivers to renewable energy according to their perceived importance on a Likert Scale. A total of 18 responses could be analysed with descriptive statistics. Further, three structured interviews were conducted with members of South African aquaculture organisations who had implemented some form of Renewable Energy Technology (RET). These interviews provided in-depth insights into the importance of the various proposed barriers and drivers. The results revealed the most important barriers to RE implementation were: High Initial investments, Utility monopoly of production, Lack of RE experts on a governmental level, Lack of incentives/subsidies from government, Lack of legal framework for Independent Power Producers and Power Purchase Agreements, and Diseconomy of scale respectively. The most important drivers to RE implementation were ranked as: Long term cost benefits, Reduction in cost of RETs, Innovation / advancement of RETS, Incentives or subsidies to implement renewable energy, Adequate legal framework and legislation for Power Purchase Agreement and Preference for environmentally-friendly electricity generation. Importantly, it was found that barriers and drivers are dependent on the type of RE being implemented. A Photo Voltaic (Solar Power) system will not necessarily experience the same barriers or drivers that a Wave Energy Converter system would. In order to drive investment in RE and remove the barriers that may be preventing its implementation in aquaculture, policy will have to be adapted. Particularly in terms of legislation around Power Purchase Agreements. Further, by providing subsidies for RE implementation, it is possible to sustainably grow South Africa’s aquaculture industry.
- Full Text:
- Authors: Van Wyk, Nicholas Kelly
- Date: 2018
- Subjects: Renewable energy sources South Africa , Aquaculture Environmental aspects South Africa , Sustainable aquaculture Economic aspects South Africa , Renewable energy sources Economic aspects South Africa , Renewable energy sources Environmental aspects South Africa
- Language: English
- Type: text , Thesis , Masters , MBA
- Identifier: http://hdl.handle.net/10962/61969 , vital:28090
- Description: South Africa is plagued by socio-economic issues of poverty, inequality and high rates of unemployment. The government of South Africa has as such launched an ambitious plan known as operation PHAKISA which will complement the National Development Plan in addressing the countries aforementioned shortcomings. In the operations first phase, the focus is on growing South Africa’s ocean economy. Within the ocean economy, the growth of aquaculture has been identified as an industry with the potential to create jobs and aid in economic growth of South Africa. Aquaculture, the farming of any aquatic organisms, has been the fastest growing food production sector for the past 50 years. While natural capture fisheries have stagnated in production capacity, aquaculture has grown exponentially in order to feed a global population which is fast approaching nine billion people. However, South Africa’s aquaculture production lags significantly behind other third world countries. The sustainability of aquaculture has frequently been called into question due to the possibility of various detrimental environmental effects it may cause. To further complicate the matter, Climate Change is today an overarching threat to life as we know it, and must be taken into account if we plan to keep growing our populations and economies. As such, if South Africa wants to grow its aquaculture sector, it must be done so in a sustainable manner. This research thus sought to investigate one aspect which may increase the sustainability of aquaculture in South Africa, that being the implementation of renewable energy in the sector. Renewable energy has been identified by the United Nations Intergovernmental Panel on Climate Change as key to mitigating the effects of climate change. In order to aid Renewable Energy (RE) implementation in South Africa’s aquaculture sector, this research aimed to identify the barriers and the drivers to implementing renewable energy within aquaculture. To do this, a literature review was conducted to identify possible barriers and drivers to renewable energy implementation. These were then drafted into an online questionnaire and sent via Email to all the aquaculture organisations in South Africa that could be contacted (n = 195). Respondents were asked to rank the proposed barriers and drivers to renewable energy according to their perceived importance on a Likert Scale. A total of 18 responses could be analysed with descriptive statistics. Further, three structured interviews were conducted with members of South African aquaculture organisations who had implemented some form of Renewable Energy Technology (RET). These interviews provided in-depth insights into the importance of the various proposed barriers and drivers. The results revealed the most important barriers to RE implementation were: High Initial investments, Utility monopoly of production, Lack of RE experts on a governmental level, Lack of incentives/subsidies from government, Lack of legal framework for Independent Power Producers and Power Purchase Agreements, and Diseconomy of scale respectively. The most important drivers to RE implementation were ranked as: Long term cost benefits, Reduction in cost of RETs, Innovation / advancement of RETS, Incentives or subsidies to implement renewable energy, Adequate legal framework and legislation for Power Purchase Agreement and Preference for environmentally-friendly electricity generation. Importantly, it was found that barriers and drivers are dependent on the type of RE being implemented. A Photo Voltaic (Solar Power) system will not necessarily experience the same barriers or drivers that a Wave Energy Converter system would. In order to drive investment in RE and remove the barriers that may be preventing its implementation in aquaculture, policy will have to be adapted. Particularly in terms of legislation around Power Purchase Agreements. Further, by providing subsidies for RE implementation, it is possible to sustainably grow South Africa’s aquaculture industry.
- Full Text:
Strategy implementation at the Rand Water Board
- Authors: Leaver, Brian Jeffrey
- Date: 2018
- Subjects: Uncatalogued
- Language: English
- Type: text , Thesis , Masters , MBA
- Identifier: http://hdl.handle.net/10962/62118 , vital:28129
- Description: Expected release date-April 2019
- Full Text:
- Authors: Leaver, Brian Jeffrey
- Date: 2018
- Subjects: Uncatalogued
- Language: English
- Type: text , Thesis , Masters , MBA
- Identifier: http://hdl.handle.net/10962/62118 , vital:28129
- Description: Expected release date-April 2019
- Full Text:
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