The role of traditional leadership in community development: the Mbhashe Local Municipality Case Study, Eastern Cape in South Africa
- Authors: Fojisa, Azukile https://orcid.org/0000-0002-8705-0021
- Date: 2023-11
- Subjects: Community development -- South Africa , Tribal government -- South Africa , Leadership -- South Africa
- Language: English
- Type: Master's theses , text
- Identifier: http://hdl.handle.net/10353/29398 , vital:77963
- Description: Following South Africa's democratic elections, the challenges that traditional leaders faced during apartheid rule were investigated in 1994 in an attempt to repair the damage done to traditional leadership by multiple administrations throughout the colonial and apartheid regimes. The introduction of a democratic system brought about significant changes in political ties and geographical demarcations thus affecting traditional leaders' influence and their impact in their districts. New legislation was introduced following democratic elections. According to the revised limits of local governments, communities were placed in the hands of municipal councilors rather than traditional leaders for community development. This study investigated how traditional leadership contributes to community development in Mbhashe Municipality in South Africa's Eastern Cape province. A qualitative research approach was used in collecting and analyzing the data. The findings revealed tensions between the traditional authorities of the Mbhashe local government and the government, which are attributed to the poor relations. Consequently, this negatively affects the development of the local residents. Traditional leaders feel they have legitimacy based on cultural history and religion, while government officials believe they are responsible for all community development programs in their area of operation. The findings also indicate that traditional leaders face challenges in developing their communities, and the residents of Mbhashe municipality have poor access to social services. The study concludes that competent traditional leadership may significantly contribute to the growth and developmet of communities. By considering some of the proposals made, local, municipal and national governments can work together to improve the service delivery. , Thesis (MCom (DevStud)) -- Faculty of Management and Commerce, 2023
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- Date Issued: 2023-11
Fish ecology and ecophysiology in an anthropogenically-altered temporarily open/closed estuary in the warm-temperate region of the Eastern Cape Province, South Africa
- Authors: Mpinga, Mfundo
- Date: 2021-04
- Subjects: Gqeberha (South Africa) , Eastern Cape (South Africa) , Fishes--Ecology--South Africa
- Language: English
- Type: Master's theses , text
- Identifier: http://hdl.handle.net/10948/52122 , vital:43431
- Description: Estuaries are globally recognized for their contribution to the coastal marine environment by acting as nursery grounds for numerous marine estuarine-dependent fish species. These linking ecosystems between marine and riverine environments, are ideal for these species due to the habitat diversity, nutrient and food availability, shallower and calmer environments they provide relative to the ocean. Abrupt hydrodynamic and physico-chemical changes which frequently occur in estuaries impose physiological stress and requires superior adaptability in the fish that reside within them. This is exacerbated by anthropogenic modifications to estuaries which affects their natural ecological function. The Seekoei Estuary is one of 192 temporarily open/closed estuaries (TOCEs) in South Africa and these estuaries are characterised by their periodical connection to the sea due to the formation of a mouth berm. These estuaries are the dominant type in South Africa. A lot of research has been done in these kinds of estuaries, however, it is still limited due to their vast numbers. These estuaries are popular for human settlement and this has led to mismanagement due to the lack of ecological information. Furthermore, because of their inability to continuously flush out water, temporarily open closed estuaries are more vulnerable to pollution and anthropogenic modifications. The aim of this study was to assess the small fish community in relation to their environment in the hypersaline anthropogenically-altered Seekoei Estuary, by analysing the spatio-temporal trends of physico-chemical properties, nutrient loads, phytoplankton biomass and fish community structure. In addition, histological adaptation in gills of fish that survive hypersaline water was investigated. The study found that physico-chemical properties were influenced by anthropogenic alterations, in particular adverse water abstraction, instream water obstructions and artificial breaching. Nutrient concentration was found to be influenced by the intense agricultural practices in the upper reaches. It was evident that nutrient concentration (dissolved inorganic phosphorus) coupled with high salinity and optimum temperature (15 oC - 20 oC) affected the phytoplankton biomass. This estuary’s inability to naturally breach makes it vulnerable to phytoplankton blooms. The accumulation of cohesive silt caused by low river inflow, due to water abstraction in the upper reaches, was attributed to this estuary’s prolonged mouth closure. This was exacerbated by the presence of the causeway, which acts as a barrier between the middle and lower estuary. The abundance of marine fish species in the estuary, despite its long closure, indicates that the larvae and juveniles of these species make use of overwash events and brief artificial breaching events to recruit into the estuary. The high species richness in iii sites below the causeway is indicative of the barrier effect, which prevents the migration of some species to the upper reaches. This was evident during a massive fish kill, recorded during this study, which was more severe in sites below the causeway than above it. Chloride cell hyperplasia, mucus secretion and thickening of the epithelial layer in gills of indicator fish species from this estuary was the histological adaptation, which enables these fishes to be tolerant to high salinity. , Thesis (MSc) -- Faculty of Science, School of Environmental Sciences, 2021
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- Date Issued: 2021-04