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Academic literature on the topic 'Mooi River Catchment (KwaZulu-Natal)'
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Journal articles on the topic "Mooi River Catchment (KwaZulu-Natal)"
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Desai, Ashwin. "“Ways of (Sight) Seeing” in KwaZulu-Natal, Part Two, Mooi River." Capitalism Nature Socialism 17, no. 3 (2006): 9–23. http://dx.doi.org/10.1080/10455750600874498.
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Gomo, T., M. Mudhara, and A. Senzanje. "Farmers` satisfaction with the performance of the Mooi River Irrigation Scheme, KwaZulu-Natal, South Africa." Water SA 40, no. 3 (2014): 437. http://dx.doi.org/10.4314/wsa.v40i3.6.
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Phali, Lerato, Maxwell Mudhara, Stuart Ferrer, and Godswill Makombe. "Determinants of Farmers’ Participation in the Management of Smallholder Irrigation Schemes in Kwazulu-Natal Province, South Africa." Journal of Economics and Behavioral Studies 12, no. 6(J) (2021): 21–32. http://dx.doi.org/10.22610/jebs.v12i6(j).3121.
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Participatory Irrigation Management is an important concept in the management of water resources. It fosters collective responsibility and rule compliance, the lack of which creates a weak environment for sustainable water use. This study adopted Principal Components Analysis and Structural Equation Modelling to evaluate the determinants of farmer’s participation in the management of four smallholder irrigations schemes in KwaZulu-Natal Province, South Africa. The selected schemes, Ndumo, Makhathini Flats, Mooi River and Tugela Ferry, are representative of the general management and farmer activities in smallholder irrigation schemes in the country. The study considered household data from 341 irrigators and found that those who participated in regulation and control management activities of SIS also participate in information sharing activities. The results show that agricultural training, land tenure security, credit access and co-operative membership positively influence farmers’ participation in decision making. Additionally, irrigation water adequacy positively influences farmer’s participation in making financial contributions in the schemes. The study recommends that better land agreements that, would improve the security of tenure should be put in place to foster farmer participation. Farmers should receive agricultural and irrigation training to increase the likelihood of participating in the management of irrigation schemes.
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Howard, J. R., M. E. Ligthelm, and A. Tanner. "The development of a water quality management plan for the Mgeni River catchment." Water Science and Technology 32, no. 5-6 (1995): 217–26. http://dx.doi.org/10.2166/wst.1995.0608.
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Located in the province of KwaZulu-Natal, South Africa, the Mgeni River catchment provides the potable water resources for nearly two million people, in an area of approximately 4 400 km2. The river system is well developed and impounded, but increasing population pressures in the catchment are placing greater demands on this critical water resource resulting in increasing loads of nutrients, faecal bacteria and suspended solids. Umgeni Water and the Department of Water Affairs and Forestry are developing an affordable and practically implementable plan to manage the water quality on an integrated catchment basis, encompassing demographic, land-use and management considerations. The development of the plan is discussed and information on the water management related issues provided. A multidisciplinary approach has proved essential, facilitated by the development of a GIS-based system to manage and utilize the information from the study. Establishment of communication links with interested and affected parties has been critical, as has the clarification of their roles and responsibilities in dealing with identified pollution issues. Future development within the catchment is considered and the implementation of the management plan is discussed against the background of the Reconstruction and Development Programme.
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Muchara, B., G. Ortmann, M. Mudhara, and E. Wale. "Irrigation water value for potato farmers in the Mooi River Irrigation Scheme of KwaZulu-Natal, South Africa: A residual value approach." Agricultural Water Management 164 (January 2016): 243–52. http://dx.doi.org/10.1016/j.agwat.2015.10.022.
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Muchara, B., G. Ortmann, E. Wale, and M. Mudhara. "Collective action and participation in irrigation water management: A case study of Mooi River Irrigation Scheme in KwaZulu-Natal Province, South Africa." Water SA 40, no. 4 (2014): 699. http://dx.doi.org/10.4314/wsa.v40i4.15.
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Chabalala, D. T., J. M. Ndambuki, R. W. Salim, and S. S. Rwanga. "Impact of climate change on the rainfall pattern of Klip River catchment in Ladysmith, KwaZulu Natal, South Africa." IOP Conference Series: Materials Science and Engineering 640 (November 13, 2019): 012088. http://dx.doi.org/10.1088/1757-899x/640/1/012088.
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Dirwai, T. L., A. Senzanje, and M. Mudhara. "Water governance impacts on water adequacy in smallholder irrigation schemes in KwaZulu-Natal province, South Africa." Water Policy 21, no. 1 (2018): 127–46. http://dx.doi.org/10.2166/wp.2018.149.
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AbstractWater adequacy is central to maximised agricultural production in irrigation schemes. Smallholder Irrigation Schemes (SISs) are designed to distribute water efficiently, adequately and equitably. Water governance, defined as the institutions, processes, procedures, rules and regulations involved in water management, plays an important role in water allocation and subsequently water adequacy. The intersectoral institutions involved in water governance in SISs, i.e., government, Water User Associations (WUAs), Irrigation Management Committees (IMCs) and traditional authorities, interact to formulate and design policies for running SISs. However, multilevel interaction amongst the active stakeholders at multiple levels shapes policy and underlies SIS performance. This research aimed to investigate the impacts water governance had on adequacy of water in irrigation schemes and was premised on the hypothesis that governance had no effect on water adequacy. Water adequacy describes water supply relative to demand. Adequacy indicates whether the water delivery system supplies the required amount to a section in the irrigation scheme over a period of time (daily, monthly or seasonally). Two irrigation schemes, the Mooi-River Irrigation Scheme (MRIS) and Tugela Ferry Irrigation Scheme (TFIS) were used as case studies. A descriptive analysis showed that 86% of the farmers in the TFIS had adequate water, whereas 24% had water adequacy in the MRIS. A Binary Logit model was employed to investigate the factors that influence water adequacy among irrigators. The regression model identified eight statistically significant factors that influenced water adequacy: the irrigation scheme, location of plot within the scheme, training in water management, training in irrigation, SIS irrigators' knowledge about the government's aims, availability of water licences, payment of water fees and satisfaction with the irrigation schedule. The study concluded that governance factors had influence on water adequacy in the selected SISs. The implication is that stakeholders should make irrigators aware of government Irrigation Management Transfer (IMT) policy and strategies. The study recommends that the SISs introduce rules, procedures and protocols to support irrigators to enhance scheme governance and lead to the realisation of government policies.
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Cooper, Jennifer, Jessica Schroenn, and Nevil Quinn. "Economic analysis of the eradication and management of invasive alien vegetation in the Mhlatuze river catchment (KwaZulu-Natal, South Africa)." South African Journal of Economic and Management Sciences 5, no. 2 (2002): 452–72. http://dx.doi.org/10.4102/sajems.v5i2.2685.
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Alien invasive vegetation threatens the functioning and existence of natural ecosystems in South Africa because many of these plants have no predators or competitors, allowing them to dominate the ecosystem which they inhabit. The rapid proliferation of this alien vegetation, ascribed to the increase in afforestation and changes in land use, has had significant adverse impacts on water resources, biodiversity and the stability as well as integrity of these ecosystems. Although eradicating alien invasive vegetation gives rise to a number of different benefits, this process entails enormous costs. Consequently, in order to establish the economic viability of alien plant eradication it is essential to analyse these costs as well as the benefits associated with eradication.
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Chabalala, Dunisani Thomas, Julius Musyoka Ndambuki, Wanjala Ramadhan Salim, and Sophia Sudi Rwanga. "Application of Geographic Information Systems and Remote Sensing for Land Use/Cover Change Analysis in the Klip River Catchment, KwaZulu Natal, South Africa." Advances in Science, Technology and Engineering Systems Journal 6, no. 5 (2021): 65–72. http://dx.doi.org/10.25046/aj060509.
Full textDissertations / Theses on the topic "Mooi River Catchment (KwaZulu-Natal)"
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Schwirzer, Anna-Maria. "Geomorphic attributes of palustrine wetlands in the upper Boesmans river catchment, KwaZulu-Natal." Diss., Pretoria : [s.n.], 2006. http://upetd.up.ac.za/thesis/available/etd-01232008-114045.
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Longmore, Jennifer Lyn. "The geomorphology of wetlands in the upper Mooi River catchment, KwaZulu-Natal." 2001. http://hdl.handle.net/10413/4518.
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Wetlands are now recognized as being an integral component of the physical landscape.
Geomorphology has recently been recognised by wetland scientists as being of fundamental
importance in wetland genesis, maintenance and evolution, thereby providing the context for
informed, effective wetland management and conservation. At present there exists a paucity of
geomorphological wetland research in South Africa. A hydro-geomorphic approach was adopted
to attain an understanding of wetland genesis, distribution and functioning of a range of different
palustrine wetland systems in the upper Mooi-River Catchment of KwaZulu-Natal. The physical,
chemical and landscape-morphological characteristics of wetland soils were investigated to
interpret the processes operating within those wetland systems.
Both field and laboratory work suggest that wetland creation and maintenance in the upper
Mooi River catchment may be attributed primarily to climatic factors, landscape position, landform
and geological characteristics. These factors were found to cumulatively control the hydrological
characteristics of wetlands, which impart an important influence on internal wetland conditions.
While soil properties do not appear to be a primary factor in the establishment of these wetlands,
they are nevertheless found to be important in the regulation of the hydrological dynamics of
wetland systems. The close interdependence between wetlands and the surrounding landscape
and the hydrological cycle is evident in the wetland systems investigated. Geomorphic processes
within wetlands such as overbank flooding, overland flow, sedimentation, piping, leaching, soil
swelling, shrinkage and cracking and channel incision and dynamics were found to be important
variables in determining the nature and internal characteristics of wetland systems. In several of
the systems investigated, all of the above mentioned processes were operative, while in other
systems, a number of these processes were either insignificant or absent. Canonical Variate
Analysis indicated that while commonalities exist between the palustrine wetland systems
investigated in this study, significant differences were found between different groups. This
supports the argument that a subclassification of the palustrine system into five different palustrine
wetland types is warranted.
While the scope of the present research did not allow for an extensive investigation of
suitable methods of rehabilitation, the study suggests that an understanding of geomorphic process
and wetland dynamics will be beneficial to wetland management and conservation as a whole.Thesis (M.Sc.)-University of Natal, Pietermaritzburg, 2001.
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Hlubi, Eric Mlungisi. "Housing oversupply and in-migration patterns into a declining town, Mooi River." Thesis, 2003. http://hdl.handle.net/10413/2146.
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Singh, Michael Lutchman. "Modelling streamflow and sediment yield on the lower Mgeni catchment." Thesis, 2001. http://hdl.handle.net/10413/2660.
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This study involves the application of the ACRU Agrohydrological Model to a selected study catchment in the Lower Mgeni Catchment, and its discretized subcatchments, immediately downstream of the Inanda Dam. This study was initiated on the assumption that the Inanda Dam, which came into operation in 1989, would have significant impacts on the downstream (Lower Mgeni) hydrology, geomorphology and ecology. The overall aim of this study, to set up and run the ACRU model for the delimited study catchment, was successfully accomplished. This aspect of the study involved firstly, the setting up of an input database for each distributed catchment within the catchment; secondly, the processes and techniques used to translate data into hydrological information; and finally the "running" of the hydrological model, which in turn "drives" the system and simulates the catchment hydrology. Specific objectives of the study entailed the simulation of hydrology, which focussed on simulated runoff and streamflow; and sediment yield responses of the subcatchments and the total study catchment of the Lower Mgeni, with respect to gross volumes and sediment yield rates produced. The streamflow results reported indicated a season of "Iow" flow, with a monthly flowrate ranging from 1155m3s-1 to 2735m3s-1 , from April to September; and is identified and distinguished from the period of "high" flowrate, ranging from approximately 483m3s-1 to 1747m3s-1 , for the remaining months of the year. The mean annual volume for the delimited subcatchment is 22 278.5 million m3 , exceeding the annual volume required to maintain riverine and estuarine ecology, which according to DWAF (1990) is 18.5 million m3 . The simulated results of sediment yield indicate that Subcatchment 3 and 4 have the lowest sediment yield rates of 32.3 t km-2 a-1 and 32.6 t km-2 a-1 , respectively. Subcatchment 2 has the highest yield rate at the value of 617 t km-2 a-1 , while subcatchment 1 has a rate of 53.2 t km-2 a-1 . Annual sediment production in the Lower Mgeni subcatchment is 10 855.1 tons per annum with respect to gross mass, resulting in a sediment yield rate of 73.8 t km-2 a-1 . The outcomes of this study compare very favourably with other studies conducted on hydrology and sediment yield, especially those undertaken within this geographical area. It may be assumed therefore, that the results produced herein can be applied with confidence to enable appropriate planning and management of resources within this catchment. Modelling of hydrology in the Lower Mgeni is expected to contribute significantly towards meeting riverine and estuarine ecological and geomorphological streamflow requirements. It would facilitate the development of an appropriate management and dam release strategy of Inanda Dam, in order to meet these requirements. The modelling of sediment yield is expected to contribute to the development of a sustainable sandwinning policy and strategy for the Lower Mgeni, as current extraction rates exceed the annual sediment production. Once the model has been applied to a selected catchment, it has the ability to consider different scenarios, providing an invaluable tool for planning. Based on the results of this study, the ACRU model may be applied, with confidence, to other similar ungauged catchments.Thesis (M.Sc.)-University of Natal, Durban, 2001.
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Maharaj, Jyothi. "A study investigating the extent to which small businesses in Mooi River exhibit symptoms of small business failure." Thesis, 2003. http://hdl.handle.net/10413/2391.
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The objective of this study is to determine whether businesses In Mooi River are exhibiting symptoms of small business failure. Based upon the literature addressing small business failures, three general internal factors are identified: finance, management, and marketing. Within each of these three problematic areas, numerous specific difficulties are identified and examined. The external reasons for small business failures that are outside the owners control have been identified as inflation, economic conditions and union problems. The economic structure within which a firm must exist acts as a cause of failure that originates outside the business itself and is not a result of acts of management. A company cannot change the environment; it must be able to use it to its benefit. Due to time and cost limitations only 30 small businesses were surveyed using a systematic sampling method. The data was collected via a self-administered questionnaire, with closed ended questions. Data analysis was conducted using SPSS software and data analysed using frequency counts and statistical methods such as tests of significance and goodness of fit tests. From this study it can be concluded that the major symptoms of failure being demonstrated by the small businesses in Mooi River are external and marketing causes of failure. However, the small businesses are also demonstrating certain symptoms of money and management causes of failure. Due to the high turnover of small businesses in South Africa it is recommended that this study be extended to other areas or regions in Kwa-Zulu Natal and in South Africa to determine the factors impacting adversely on small businesses, as small businesses are vital components to our economy.Thesis (MBA)- University of Natal, 2003.
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Govender, Strinivasen. "An investigation of the natural and human induced impacts on the Umdloti Catchment." Thesis, 2009. http://hdl.handle.net/10413/8790.
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The Umdloti River is relatively small but very important system that is located northeast
of central Durban. This river flows pass the coastal town of Verulam and finally into an
open/closed estuary, the La Mercy estuary. This fluvial system has a concrete gravity
dam that is built in the upper reaches, the Hazelmere Dam, which supplies water to the
north local council and surrounding districts under the supervision of Umgeni Water. The
river is characterized by human activities, especially urbanisation and industrialization in
the middle reaches and intensive agriculture (vegetables, sugar cane and banana
plantations) along the catchment. The influence of anthropogenic factors within this
catchment results from the dam construction, informal settlements, both commercial and
subsistence agriculture, intensive industrial activity, accelerated urban developments, and
recreational uses. Consequently there has been considerable concern regarding the
impacts of these factors together with natural influences on the water quality and health
status of this fluvial system. In this study water samples were taken and analysed for the
following variables: nitrites; nitrates; ammonia; pH; Escherichia coli; sulphate;
phosphate; total dissolved solids; chemical oxygen demand; biological oxygen demand;
calcium and magnesium. The results indicate that the middle and the lower reaches of the
Umdloti River are most impacted. Further, results from a questionnaire survey indicate
that natural and human induced impacts have impacted negatively on the health status of
the Umdloti River. The questionnaire survey also revealed that respondents benefited
positively from the construction of the dam whilst the expropriation of land for the
construction of the dam itself created much resentment to the prior land owners. The
water quality data and the questionnaire analysis indicate overall natural and human
induced impacts have had negative effects on the Umdloti River and the La Mercy
estuary. It is necessary that local municipal authorities introduce corrective catchment
management practices (outlined in the final chapter of the study) to enhance the water
quality and health status of the river.Thesis (M.Sc.)-University of KwaZulu-Natal, Westville, 2009.
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Mauck, Benjamin Alan. "The impacts of future urban growth on streamflow in the Mgeni catchment." Thesis, 2012. http://hdl.handle.net/10413/9488.
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Natural vegetation has been converted to land uses, such as agriculture, commercial forestry
and urban use, to meet increasing human demands for food, fuel and shelter. These land use
changes modify the surface conditions of an area, resulting in changes in hydrological
responses. Urban land use, in particular, has a significant impact on catchment hydrology as a
result of the increased impervious areas such as concrete, tar and roofs. To assess the future
hydrological impacts of urban land use, the scale and location of future urban areas must be
considered. The objective of this study was to assess the hydrological responses to future
urban growth in the Mgeni catchment, South Africa. An urban growth model was used to
generate scenarios of plausible future urban growth and these scenarios were modelled using
a hydrological model to determine the hydrological responses to urban growth.
The plausible future urban growth in the Mgeni catchment was modelled using the SLEUTH
Urban Growth model (SLEUTH). The SLEUTH acronym stands for the input layers required
for the model viz. Slope, Land use, Excluded areas, Urban Extent, Transport routes and
Hillshade. SLEUTH is able to provide the scale and location of future urban growth required
to assess the hydrological impacts of future urban growth. The data requirements and
modelling procedure for SLEUTH is relatively simply and therefore it is well suited to a
South African context. SLEUTH was calibrated and applied to the Mgeni catchment to
project future urban land use. When assessing the 95-100% probability class, the results
revealed that the Henley, Pietermaritzburg and Durban areas would experience the highest
urban growth in the Mgeni catchment by the year 2050. The outputs of the SLEUTH Model
for the Mgeni catchment showed a number of similarities to another application of SLEUTH
in Cape Town. These similarities indicate the SLEUTH performs in a similar way for the two
South African cities. Therefore, it was concluded that the SLEUTH Model is suitable to
account for urban growth in the Mgeni catchment, as required for use in hydrological impact
studies.
The hydrological responses to urban growth in the Mgeni catchment were assessed using the
ACRU model. The scenarios of plausible future urban growth generated by SLEUTH were
overlaid with current land cover layers to generate maps of plausible future urban land use.
The results showed extensive urban growth of >95% probability occurring in the Midmar,
Albert Falls, Henley, Pietermaritzburg, Table Mountain, Inanda and Durban Water
Management Areas (WMAs) by 2050. Increases in mean annual streamflows were observed
in many of these areas; however the Henley, Pietermaritzburg and Table Mountain WMAs
were shown to have greater increases in mean annual streamflow than the other areas that
showed similar increases in urban growth, thus indicating that these WMAs could be
particularly responsive to urban growth in the future. Furthermore, the results showed that the
type of urban land use is important in determining the hydrological responses of urban land
use, as the imperviousness differs between the different urban land uses.
Streamflow responses were shown to be influenced by the scale and location of urban growth
in the Mgeni catchment and specific areas, such as the WMAs along the Msunduzi River,
were identified as potentially responsive to urban growth. Summer streamflows were
indicated as being more responsive to urban land use changes than winter streamflows and
increases in streamflows due to urban growth start to over-ride the impacts of other land uses
which have substantial impacts on hydrological responses such as commercial forestry, and
commercial sugarcane by 2050, whereas in other areas increases were mitigated by the
presence of major dams. Lastly, it was shown that the type of urban land use, such as built up
urban areas when compared to informal urban areas for example, have a significant impact on
streamflow responses. These results are useful as they can be used to inform both water
resources planning as well as urban planning to ensure that South Africa’s valuable water
resources are protected.Thesis (M.Sc.)-University of KwaZulu-Natal, Pietermaritzburg, 2012.
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Cahill, Conor. "The taxonomy and aspects of the ecology of the Ephemeroidea (Insecta: Ephemeroptera) of the Mooi River, KwaZulu-Natal Province, Republic of South Africa." Thesis, 2004. http://hdl.handle.net/10413/10086.
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The Ephemeroidea or burrowing mayflies are a superfamily of the Ephemeroptera
(mayflies) with a worldwide distribution. Recent decades have seen a sharp decline
in their abundance globally. Literature reviews of the past 20 years have shown this
superfamily to be well represented on the Mooi River, KwaZulu-Natal- five species
(Eatonica schoutedeni, Ephemera mooiana, Afromera natalensis, Afroplocia sampsoni
and Ephoron savignyi) were recorded during the 20th century. However recent
fieldwork failed to confirm this professed diversity, recording only two species
(Afromera natalensis and Ephoron savignyi).
This work critically re-examined all of the literature relating to the
Ephemeroidea of Africa (in the context of the five species recorded from KwaZuluNatal)
published in Africa and Europe (as well as many publications from the rest of
the world) during the 19th and 20th century. It was found that a number of oversights
were made in much of this literature that have become assimilated into the
understanding of the taxonomy and ecology of this group. Amongst these, it was
found that the synonymisation of three species of Ephoron
( = Polymitarcys-Polymitarcys savignyi, P. capensis and P. temerata) in the 1920s was
weakly justified.
To clarify problems in the published record relating to the five species
recorded from KwaZulu-Natal, some of the most important museum holdings in
Europe and South Africa were re-examined. Two previously unknown collections of
Ephemera sp. were found in European museums. One of these collections was made
in West Africa, undermining theories that Ephemera sp. are only found in cold
waters. This research confirmed that the records for Eatonica schoutedeni in
KwaZulu-Natal are probably spurious, the result of misidentification. This work
presents a review of the publications relating to each of the species of the
Ephemeroidea recorded from KwaZulu-Natal. Lists of synonyms are provided.
Descriptions from literature and museum specimens are given. The known
distribution and biology of each is presented. The current status of the Ephemeroidea
of KwaZulu-Natal are discussed and a new key to the species of Kwazulu-Natal is
presented.
In order to assess the purported diversity of Ephemeroidea in the rivers of the
KwaZulu-Natal midlands, extensive fieldwork was carried out the Mooi River and on
other tributaries of the Tugela and Mgeni rivers from 1998 to 2000. This investigation
failed to reveal four of the five species indicated in the literature. The sole species that
was found, Ephoron savignyi was abundant in some areas of the Mooi and Karkloof
Rivers. This apparent drop in diversity may be because the sampling effort carried out
from 1998 to 2000 was too limited in time and space to gather specimens of all the
species resident in the river, or because environmental changes in the region in the
last 50 years have resulted in the extirpation of any or all of the remaining four
species.
It is concluded that the records of Eatonica schoutedeni from KwaZulu-Natal
are spurious; Ephemera mooiana is either not the only species in the genus Ephemera
on the continent of Africa, or has a substantially wider distribution than previously
thought; Afromera natalensis and Afroplocia sampsoni may be present on the rivers
of KwaZulu-Natal but have not been found during this research; Ephoron spp. are
abundant in KwaZulu-Natal, but further research is required to confirm that the
species in South Africa are the same as those originally recorded from the type
locality, Egypt.Thesis (M.Sc.)-University of KwaZulu- Natal, Pietermaritzburg, 2004.
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Hadingham, Timothy John. "The prospects for developmental local government in the KwaZulu-Natal Midlands." Thesis, 2000. http://hdl.handle.net/10413/2249.
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The prospects for the establishment of a system of developmental local government in South Africa appear to be dim. This dissertation examines development delivery in the broader state/market debate. From this debate a clear role is developed for local government as an agent of delivery. This type of local government is characterised by strength and a developmental outlook. An analysis is provided of the history of local government, as well as the legislation and policy that has been out in place to facilitate the transition between apartheid and post-apartheid local government. Through a series of interviews, participant knowledge and data collection, an assessment of the Mooi River TLC is made in terms of its strength and its developmental outlook. The future of local government is found to be constrained by a historical legacy as well as by the actions of groupings inside and outside the local sphere.Thesis (M.Sc.)-University of Natal, 2000.
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Hunter, Alistair Malcolm Scott. "A review of the fluvial geomorphology monitoring of the receiving streams of the Mooi-Mgeni [River] Transfer Scheme Phase 1." Thesis, 2009. http://hdl.handle.net/10413/689.
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