Towards a community based conservation strategy for wetlands in Uganda
- Authors: Barakagira, Alex
- Date: 2018
- Subjects: Conservation of natural resources , Wetland conservation -- Uganda Wetlands -- Uganda -- Management
- Language: English
- Type: Thesis , Doctoral , DPhil
- Identifier: http://hdl.handle.net/10948/23902 , vital:30640
- Description: Conservation of natural resources in Uganda focuses primarily on protected areas, including savannah national parks, mainly for conserving big game and forests, for controlling the harvest of commercially valuable timber resources, with less concern for wetlands. Later, policies and legislation in Uganda favoured agricultural production rather than the conservation of wetlands, a situation that culminated in their degradation. In a bid to counter the effects of wetlands degradation, Wetland Management Agencies were created. These agencies excluded the input of members of the local communities who reside in the wetlands environs. Local communities were not consulted on matters concerning management and conservation strategies, a situation that may have escalated the problem of wetlands degradation. Local knowledge is needed for the effective management and conservation of the wetlands and it is essential that local communities are included in decision making. This research study is more of an initiative for providing information that may be essential for the formulation of a community based conservation strategy for wetlands in Uganda. The study aimed to identify and characterize activities carried out by members of the local communities in wetlands found in central and western Uganda that are responsible for their progressive degradation; to assess the performance of existing Wetlands Management Institutions towards protection and conservation of wetlands in Uganda; to ascertain whether the acts and policies that have been promulgated for the protection of wetlands in Uganda have been adhered to by members of the local communities and to evaluate three community based conservation case studies with two vastly different outcomes in order to come up with the community-based conservation principles Ugandan communities may need to adopt to achieve sustainable utilisation and conservation of wetland resources. To achieve the objectives stated above, the researcher used a multi-disciplinary methodology that required several areas of expertise and sources of information. Hence, to accomplish the study, primary sources of data that included quantitative and qualitative data were collected from the study participants by means of a questionnaire survey, key informant interviews and direct observations. Secondary sources of data centred on published Ugandan acts and policies; textbooks; case study articles and journal articles. The study revealed a host of activities in which members of the local community are involved that have led to the degradation of the wetlands in Uganda. These include but are not limited to crop cultivation, dairy farming and unsustainable wetland resource harvesting. A number of other reasons for the degradation of the wetlands include unclear ownership of the wetlands, unclear wetland boundaries and a lack of awareness of the indirect benefits wetlands provide for members of the local communities. The study disclosed that wetlands management institutions have not been effective in the protection and conservation of wetlands in Uganda, mainly due to political interference and inadequate funding for the institutions’ conservation activities. The acts and policies that were promulgated for the protection and conservation of wetlands have been selectively implemented in some places and in others completely ignored, culminating in the degradation of the wetlands. The study revealed that effective community based conservation of wetlands in Uganda includes: initiation of the planning, implementation, monitoring and evaluation of all wetlands activities being borne by members of the local community; government introducing alternative income-generating activities aimed to reduce over-reliance on wetland resources and education of the local communities regarding the community-based projects’ objectives in order to garner their support. Recommendations emanating from this study are that the Land Act should be amended to specify a particular land tenure system, preferably freehold, which may promote the conservation of wetlands in Uganda; fertilizers (organic) should be introduced in the study area to fertilize the uplands that have reportedly become infertile in order to reduce the pressure the local community members are exerting on the wetlands for agriculture; wetlands management institutions should be empowered financially and political interference in activities aimed at conservation of wetlands in Uganda must cease. There should be uniform implementation of the rules and regulations stipulated in the acts and policies for all members of the public concerning wetlands protection. Lastly, essential community based conservation principles, as stated above, need to be applied carefully and adhered to if effective implementation of community-based conservation of wetlands is to be achieved in Uganda.
- Full Text:
- Date Issued: 2018
- Authors: Barakagira, Alex
- Date: 2018
- Subjects: Conservation of natural resources , Wetland conservation -- Uganda Wetlands -- Uganda -- Management
- Language: English
- Type: Thesis , Doctoral , DPhil
- Identifier: http://hdl.handle.net/10948/23902 , vital:30640
- Description: Conservation of natural resources in Uganda focuses primarily on protected areas, including savannah national parks, mainly for conserving big game and forests, for controlling the harvest of commercially valuable timber resources, with less concern for wetlands. Later, policies and legislation in Uganda favoured agricultural production rather than the conservation of wetlands, a situation that culminated in their degradation. In a bid to counter the effects of wetlands degradation, Wetland Management Agencies were created. These agencies excluded the input of members of the local communities who reside in the wetlands environs. Local communities were not consulted on matters concerning management and conservation strategies, a situation that may have escalated the problem of wetlands degradation. Local knowledge is needed for the effective management and conservation of the wetlands and it is essential that local communities are included in decision making. This research study is more of an initiative for providing information that may be essential for the formulation of a community based conservation strategy for wetlands in Uganda. The study aimed to identify and characterize activities carried out by members of the local communities in wetlands found in central and western Uganda that are responsible for their progressive degradation; to assess the performance of existing Wetlands Management Institutions towards protection and conservation of wetlands in Uganda; to ascertain whether the acts and policies that have been promulgated for the protection of wetlands in Uganda have been adhered to by members of the local communities and to evaluate three community based conservation case studies with two vastly different outcomes in order to come up with the community-based conservation principles Ugandan communities may need to adopt to achieve sustainable utilisation and conservation of wetland resources. To achieve the objectives stated above, the researcher used a multi-disciplinary methodology that required several areas of expertise and sources of information. Hence, to accomplish the study, primary sources of data that included quantitative and qualitative data were collected from the study participants by means of a questionnaire survey, key informant interviews and direct observations. Secondary sources of data centred on published Ugandan acts and policies; textbooks; case study articles and journal articles. The study revealed a host of activities in which members of the local community are involved that have led to the degradation of the wetlands in Uganda. These include but are not limited to crop cultivation, dairy farming and unsustainable wetland resource harvesting. A number of other reasons for the degradation of the wetlands include unclear ownership of the wetlands, unclear wetland boundaries and a lack of awareness of the indirect benefits wetlands provide for members of the local communities. The study disclosed that wetlands management institutions have not been effective in the protection and conservation of wetlands in Uganda, mainly due to political interference and inadequate funding for the institutions’ conservation activities. The acts and policies that were promulgated for the protection and conservation of wetlands have been selectively implemented in some places and in others completely ignored, culminating in the degradation of the wetlands. The study revealed that effective community based conservation of wetlands in Uganda includes: initiation of the planning, implementation, monitoring and evaluation of all wetlands activities being borne by members of the local community; government introducing alternative income-generating activities aimed to reduce over-reliance on wetland resources and education of the local communities regarding the community-based projects’ objectives in order to garner their support. Recommendations emanating from this study are that the Land Act should be amended to specify a particular land tenure system, preferably freehold, which may promote the conservation of wetlands in Uganda; fertilizers (organic) should be introduced in the study area to fertilize the uplands that have reportedly become infertile in order to reduce the pressure the local community members are exerting on the wetlands for agriculture; wetlands management institutions should be empowered financially and political interference in activities aimed at conservation of wetlands in Uganda must cease. There should be uniform implementation of the rules and regulations stipulated in the acts and policies for all members of the public concerning wetlands protection. Lastly, essential community based conservation principles, as stated above, need to be applied carefully and adhered to if effective implementation of community-based conservation of wetlands is to be achieved in Uganda.
- Full Text:
- Date Issued: 2018
Patterns and drivers of benthic macrofouna to support systematic conservation planning for marine unconsolidated sediment ecosystems
- Authors: Karenyi, Natasha
- Date: 2014
- Subjects: Marine sediments -- Microbiology , Biotic communities , Ecosystem management , Conservation of natural resources
- Language: English
- Type: Thesis , Doctoral , PhD
- Identifier: vital:10355 , http://hdl.handle.net/10948/d1020989
- Description: Marine unconsolidated sediments constitute the largest ecosystems on earth in terms of spatial coverage, but there are still critical gaps in the science required to support conservation and ecosystem-based management. This is mainly due to the inaccessibility of these ecosystems in wave-exposed environments or deeper waters and the difficulty in observing biota in their three-dimensional sedimentary habitat. Currently, the physical driving processes of intertidal unconsolidated sediment ecosystems are much better understood than those of the subtidal ecosystems. However, these ecosystems are linked through water and sediment movement. This thesis, therefore, considers the continuum of unconsolidated sediment ecosystems across the entire continental shelf (i.e. intertidal to the shelf edge). The aim of this thesis was two-fold; (i) to advance the foundational understanding of biodiversity patterns and driving processes in unconsolidated sediment habitats, and (ii) to apply this knowledge in the development of a systematic conservation plan for marine unconsolidated sediment ecosystems. The South African west coast continental shelf was used as a case study in order to represent Eastern boundary upwelling regions. This study sought to investigate biodiversity patterns in macro-infaunal communities and determine their driving processes for incorporation into habitat classifications and the development of a habitat map. Systematic conservation plans require a map of biodiversity patterns and processes, and quantitative conservation targets to ensure representation of all biodiversity features including habitats.in marine protected areas. This thesis provided these key elements by classifying the unconsolidated sediment habitats and determining habitat-specific evidence-based conservation targets to support conservation of these important ecosystems. The application of these elements was then demonstrated in a systematic conservation plan for the unconsolidated sediment ecosystems of the South African west coast. Diversity patterns were examined using physical and macro-infauna data, ranging from the beach to the shelf edge (0-412 m). These data were analysed to develop two different habitat classifications, namely seascapes derived from geophysical and biophysical data, and biotopes derived from the combination of macro-infaunal and physical data. Multivariate analyses of 13 physical variables identified eight seascapes for the unconsolidated sediment samples from 48 sites on the South African west coast. These were based on depth, slope, sediment type, and upwelling-related processes (i.e. maximum chlorophyll concentration, sediment organic carbon content and austral summer bottom oxygen concentration). Latitude and bottom temperature were not considered major drivers of seascapes on the west coast because latitude closely reflected changes in upwelling-related processes and the temperature range was narrow across the shelf. This study revealed that productivity, a biophysical variable not usually included in geo-physical habitat classifications, played a significant role in the definition of seascapes on the South African west coast. It is therefore recommended that productivity be included in future seascape classifications to improve the utility of these classifications particularly in areas of variable productivity. Seascapes should, however, be tested against biological data to improve the understanding of key physical drivers of communities in unconsolidated sediment ecosystems. Macro-infaunal community distributions were determined along with their physical drivers for the unconsolidated sediments of the South African west coast. A total of 44 828 individuals from 469 taxa were identified from 48 sites representing 46.2 m2 of seafloor. Seven distinct macro-infaunal communities were defined through multivariate analyses and their key characteristic and distinguishing species were identified. These communities reflected five depth zones across the shelf, namely beach, inner shelf (10-42 m), middle shelf (60-142 m), outer shelf (150-357 m) and shelf edge (348-412 m). The processes driving the community structure of these depth zones were postulated to be tides, wave turbulence, seasonal hypoxia, habitat stability and homogeneity, and internal tides and/or shelf break upwelling, with drivers listed in order of increasing influence with depth. The middle shelf was further separated into three distinct communities based on sediment type, sediment organic carbon content and frequency of hypoxia. Variations in water turbulence, sediment grain size, upwelling-related variables and riverine sediment input were identified as the likely primary drivers of macro-infaunal community patterns. This chapter culminated in the development of a biotope classification based on the combination of macro-infaunal communities and their physical habitats (i.e. biotopes). South Africa has developed an expert-derived National Marine and Coastal Habitat (SANMC) Classification System which is used as a biodiversity surrogate in ecosystem assessment and spatial planning. This thesis tested the validity of this classification and the data derived Seascape classification against macro-infauna species abundance and biomass data in an effort to determine how well the different classifications represent macro-infaunal diversity of the west coast. These two classifications were also compared to the Biotope classification which combines macro-infaunal communities with their physical habitats. A canonical analysis of principle coordinates (CAP) was utilised to test the success with which each sample was allocated to the relevant habitat type in each classification. The total allocation success for each classification was used as a measure of effectiveness in terms of representing biodiversity patterns. Both classifications had similar allocation successes of 89-92 percent and 92-94 percent for the Seascape and National Habitat Classification respectively, but either over- or under-classified the macrofauna communities. The Biotope classification had the highest allocation success (98 percent), therefore it is the most accurate reflection of the macrofauna biodiversity patterns on the west coast. A key finding of this study was the increasing accuracy of classifications from physically- to expert- to biologically-derived habitat classifications. In this thesis, the Biotope classification was deemed the best representative of biodiversity patterns and was therefore used to produce the Biotope map for use in spatial assessment and planning. The distinct depth patterns that emerged in both the Seascape and Biotope classifications highlighted the need for further investigation of the relationship between depth and biodiversity. Despite variability in macro-infaunal communities, a general unifying pattern in biodiversity across the shelf was sought. Three relationships between depth and species richness have been described in the literature; namely a unimodal pattern, a positively linear relationship with depth, and no relationship between depth and species richness. These hypotheses were tested on the west coast. Two different species richness metrics were utilised to test the depth-diversity relationship, namely observed species density (spp.0.2m-2) and estimated species richness (spp.site-1). Observed species density increased from the beach to the shelf edge (350 m), then decreased to 412 m. The decline may have been due to difficulty in detecting species at greater depths as a result of sampling challenges. The inclusion of an innovative extrapolative method for estimating species richness (the capture-recapture heterogeneity model) within the Bayesian statistical framework mitigated the effects of species detection heterogeneity and revealed that species richness actually increased continuously across the shelf from beach to shelf edge. Thus the general relationship between depth and species richness is positively linear on the west coast of South Africa The new macro-infauna dataset and biotope map provided the opportunity to develop the first habitat-specific evidence-based conservation targets for unconsolidated sediments of the west coast. Species-Area Relationship (SAR) based conservation targets were developed for the biotopes using a modification of the generally accepted methodology. The accepted methodology has three steps (i) the estimation of total species richness for each habitat using the Bootstrap asymptotic estimator, (ii) the calculation of the slope of the species area curve (i.e. the z-value), and (iii) the calculation of targets representing 80 percent of the species. The inclusion of an innovative extrapolative species richness estimator, the Multi-species Site Occupancy Model (MSOM) provided better species richness estimation than the more conventional bootstrap species richness estimator, even though both are based on species accumulation. The MSOM, applied in the Bayesian statistical framework takes detectability of a species into account.
- Full Text:
- Date Issued: 2014
- Authors: Karenyi, Natasha
- Date: 2014
- Subjects: Marine sediments -- Microbiology , Biotic communities , Ecosystem management , Conservation of natural resources
- Language: English
- Type: Thesis , Doctoral , PhD
- Identifier: vital:10355 , http://hdl.handle.net/10948/d1020989
- Description: Marine unconsolidated sediments constitute the largest ecosystems on earth in terms of spatial coverage, but there are still critical gaps in the science required to support conservation and ecosystem-based management. This is mainly due to the inaccessibility of these ecosystems in wave-exposed environments or deeper waters and the difficulty in observing biota in their three-dimensional sedimentary habitat. Currently, the physical driving processes of intertidal unconsolidated sediment ecosystems are much better understood than those of the subtidal ecosystems. However, these ecosystems are linked through water and sediment movement. This thesis, therefore, considers the continuum of unconsolidated sediment ecosystems across the entire continental shelf (i.e. intertidal to the shelf edge). The aim of this thesis was two-fold; (i) to advance the foundational understanding of biodiversity patterns and driving processes in unconsolidated sediment habitats, and (ii) to apply this knowledge in the development of a systematic conservation plan for marine unconsolidated sediment ecosystems. The South African west coast continental shelf was used as a case study in order to represent Eastern boundary upwelling regions. This study sought to investigate biodiversity patterns in macro-infaunal communities and determine their driving processes for incorporation into habitat classifications and the development of a habitat map. Systematic conservation plans require a map of biodiversity patterns and processes, and quantitative conservation targets to ensure representation of all biodiversity features including habitats.in marine protected areas. This thesis provided these key elements by classifying the unconsolidated sediment habitats and determining habitat-specific evidence-based conservation targets to support conservation of these important ecosystems. The application of these elements was then demonstrated in a systematic conservation plan for the unconsolidated sediment ecosystems of the South African west coast. Diversity patterns were examined using physical and macro-infauna data, ranging from the beach to the shelf edge (0-412 m). These data were analysed to develop two different habitat classifications, namely seascapes derived from geophysical and biophysical data, and biotopes derived from the combination of macro-infaunal and physical data. Multivariate analyses of 13 physical variables identified eight seascapes for the unconsolidated sediment samples from 48 sites on the South African west coast. These were based on depth, slope, sediment type, and upwelling-related processes (i.e. maximum chlorophyll concentration, sediment organic carbon content and austral summer bottom oxygen concentration). Latitude and bottom temperature were not considered major drivers of seascapes on the west coast because latitude closely reflected changes in upwelling-related processes and the temperature range was narrow across the shelf. This study revealed that productivity, a biophysical variable not usually included in geo-physical habitat classifications, played a significant role in the definition of seascapes on the South African west coast. It is therefore recommended that productivity be included in future seascape classifications to improve the utility of these classifications particularly in areas of variable productivity. Seascapes should, however, be tested against biological data to improve the understanding of key physical drivers of communities in unconsolidated sediment ecosystems. Macro-infaunal community distributions were determined along with their physical drivers for the unconsolidated sediments of the South African west coast. A total of 44 828 individuals from 469 taxa were identified from 48 sites representing 46.2 m2 of seafloor. Seven distinct macro-infaunal communities were defined through multivariate analyses and their key characteristic and distinguishing species were identified. These communities reflected five depth zones across the shelf, namely beach, inner shelf (10-42 m), middle shelf (60-142 m), outer shelf (150-357 m) and shelf edge (348-412 m). The processes driving the community structure of these depth zones were postulated to be tides, wave turbulence, seasonal hypoxia, habitat stability and homogeneity, and internal tides and/or shelf break upwelling, with drivers listed in order of increasing influence with depth. The middle shelf was further separated into three distinct communities based on sediment type, sediment organic carbon content and frequency of hypoxia. Variations in water turbulence, sediment grain size, upwelling-related variables and riverine sediment input were identified as the likely primary drivers of macro-infaunal community patterns. This chapter culminated in the development of a biotope classification based on the combination of macro-infaunal communities and their physical habitats (i.e. biotopes). South Africa has developed an expert-derived National Marine and Coastal Habitat (SANMC) Classification System which is used as a biodiversity surrogate in ecosystem assessment and spatial planning. This thesis tested the validity of this classification and the data derived Seascape classification against macro-infauna species abundance and biomass data in an effort to determine how well the different classifications represent macro-infaunal diversity of the west coast. These two classifications were also compared to the Biotope classification which combines macro-infaunal communities with their physical habitats. A canonical analysis of principle coordinates (CAP) was utilised to test the success with which each sample was allocated to the relevant habitat type in each classification. The total allocation success for each classification was used as a measure of effectiveness in terms of representing biodiversity patterns. Both classifications had similar allocation successes of 89-92 percent and 92-94 percent for the Seascape and National Habitat Classification respectively, but either over- or under-classified the macrofauna communities. The Biotope classification had the highest allocation success (98 percent), therefore it is the most accurate reflection of the macrofauna biodiversity patterns on the west coast. A key finding of this study was the increasing accuracy of classifications from physically- to expert- to biologically-derived habitat classifications. In this thesis, the Biotope classification was deemed the best representative of biodiversity patterns and was therefore used to produce the Biotope map for use in spatial assessment and planning. The distinct depth patterns that emerged in both the Seascape and Biotope classifications highlighted the need for further investigation of the relationship between depth and biodiversity. Despite variability in macro-infaunal communities, a general unifying pattern in biodiversity across the shelf was sought. Three relationships between depth and species richness have been described in the literature; namely a unimodal pattern, a positively linear relationship with depth, and no relationship between depth and species richness. These hypotheses were tested on the west coast. Two different species richness metrics were utilised to test the depth-diversity relationship, namely observed species density (spp.0.2m-2) and estimated species richness (spp.site-1). Observed species density increased from the beach to the shelf edge (350 m), then decreased to 412 m. The decline may have been due to difficulty in detecting species at greater depths as a result of sampling challenges. The inclusion of an innovative extrapolative method for estimating species richness (the capture-recapture heterogeneity model) within the Bayesian statistical framework mitigated the effects of species detection heterogeneity and revealed that species richness actually increased continuously across the shelf from beach to shelf edge. Thus the general relationship between depth and species richness is positively linear on the west coast of South Africa The new macro-infauna dataset and biotope map provided the opportunity to develop the first habitat-specific evidence-based conservation targets for unconsolidated sediments of the west coast. Species-Area Relationship (SAR) based conservation targets were developed for the biotopes using a modification of the generally accepted methodology. The accepted methodology has three steps (i) the estimation of total species richness for each habitat using the Bootstrap asymptotic estimator, (ii) the calculation of the slope of the species area curve (i.e. the z-value), and (iii) the calculation of targets representing 80 percent of the species. The inclusion of an innovative extrapolative species richness estimator, the Multi-species Site Occupancy Model (MSOM) provided better species richness estimation than the more conventional bootstrap species richness estimator, even though both are based on species accumulation. The MSOM, applied in the Bayesian statistical framework takes detectability of a species into account.
- Full Text:
- Date Issued: 2014
The role of indigenous knowledge in agriculture and environmental conservation: the case of Gutu District Zimbabwe
- Authors: Wutete, Obert
- Date: 2014-01
- Subjects: Traditional ecological knowledge , Conservation of natural resources , Nature conservation
- Language: English
- Type: Doctoral theses , text
- Identifier: http://hdl.handle.net/10353/26526 , vital:65520
- Description: Indigenous Knowledge IK is an emerging area of study that focuses on a community’s ways of knowing, seeing and thinking, developed over a long period of time. The knowledge is passed down orally from one generation to the other. Therefore, this study highlights a number of important factors that are associated with the use of IK in rural communities such as Gutu district. The major importance of IK include the following: it reduces costs through the use of locally available resources, acts as the basis of local-level decision making, is familiar and acceptable to the communities in which the knowledge exists and also that IK helps communities to develop their own sources of livelihoods. The objectives of the study were; to identify the types of IK peculiar to agriculture practices and the conservation of the environment within Gutu district; establish the challenges confronting IK utilization in communities; identify the constraints affecting the sharing, transfer and preservation of IK; determine the measures which should be adopted in order to promote the appreciation and value placed on IK in agriculture practices and the conservation of the environment; and to propose recommendations on how IK should be utilized for sustainable livelihoods in agriculture and environmental conservation in Gutu district and other rural communities. The study employed the survey method which was premised on the use of multiple data gathering tools, also referred to as triangulation. A total of 100 interviewees were sampled from Gutu communities for face-to-face interviews, 48 participants for focus group discussions, with each group comprising of 6 participants. The researcher collected data using a set of interview guide questions for individual participants as well as for the focus group discussions. In order to be comprehensive in data collection, the researcher also utilized observations and transects walks (these are random walks done in an area under study in order to have a better understanding of activities of the area). The triangulation of data gathering tools assisted with diverse information on the crops cultivated by residents, cultivation methods, harvesting and the preservation of the crops. The researcher also gathered information on how residents interacted with the environment, established reasons which contributed to the deterioration of the environment, established the sacredness associated with certain areas in Gutu district and the use of taboos as a way to safeguarding natural resources. The traditional practices have become a thing of the past to the present generations. The research had four major findings: First, it was found out that Indigenous Knowledge which was the basis of traditional lifestyles is no longer a major practice by Gutu residents. The gradual decline of traditional indigenous practices contributed among other factors to the decline in agriculture output. Residents have abandoned traditional farming methods such as conservation farming. The latter practice kept the soil intact and rich in fertility unlike the use of ploughs and tractors which weakens the soil. More so, residents have opted for the cultivation of crops which do not give them good harvests. Maize is one such crop which suffers from droughts as opposed to small grain crops, comprising of finger millet, pearl millet and sorghum. These endure dry conditions with limited rainfall. Gutu residents also revealed that there is overlooking of the sacredness associated with certain areas and the use of taboos to conserve the environment. It was further established that while residents have knowledge of sacred places and prohibitive taboos which are meant to safeguard the environment, residents no longer respect the prohibitions due to the influence of modernity and Christianity which regard some of the practices as backward or wayward beliefs. Second, the study established that the influence of colonial policies influenced a number of changes to the continued utilization of Indigenous Knowledge in agriculture and the management of the environment. For example, Gutu residents no longer practice shifting cultivation which used to be practice in the 1920s backwards. Residents are now confined to small pieces of land which are continuously cultivated on a yearly basis. Therefore, soils have become exhausted and production has gone down since the majority of residents are not able to replenish the soil through the use of fertilizer whose cost they cannot afford. It was also established that the environment has deteriorated continuously due to over use by an ever-increasing population. Third, the study found out that traditional platforms such as the dare men’s meeting place are no longer in existence. The dare is a set-up in which males sit around a fire place and shared ideas on different subject areas as a way of teaching one another life lessons and grooming the future generations. On the other hand, women use the round hut in which food is prepared to address a number of teachings to the girl child. Elderly women took the opportunity to induct young girls into adulthood along the duties expected of women in the society. Nowadays, both males and females share the hut used for preparing food and this is disrupting the traditional set-up of inducting young males and females in separate and appropriate platforms. The situation was worsened by colonialism which came along with Christian teachings, part of which were not in tandem with traditional indigenous practices. For example, the sacredness of places and the use of taboos are regarded by the youths as old and outdated beliefs with no relevance in today’s modern world. To make matter worse, there is limited contact time between the youths and the elders due to work commitments in urban areas. This has limited the opportunities for the sharing, transfer and preservation of IK as opposed to the traditional times in which shared communal lives allowed constant interactions and appreciation of indigenous ways of life. Fourth, there are no tangible strategies for the preservation of IK for posterity. While general information on traditional IK can be shared by residents, there are individuals who possess rare knowledge but made it their preserve after they realized that the knowledge offered them competitive advantages and benefits. Another aspect is that the youths have lost interest in IK of the past since they feel that the knowledge has lost relevance to their present interests due to the dynamism of culture. In the youths’ views, IK which is useful and relevant to their generation will continue to exist while practices which are no longer useful will fall by the way side. The research utilized interviews in order to establish the manner in which Indigenous Knowledge is acquired, shared, transferred and even retained for use by future generations. The findings of the study formed the basis for recommendations, of which if adopted, could contribute significantly to the revival of indigenous knowledge practices in Gutu district. The use of indigenous knowledge, peculiar to people in a given locality, can contribute to the promotion of sustainable livelihoods and development of rural communities in Gutu district. Based on the findings of the study, the following recommendations can be considered there is need for the establishment of Indigenous Knowledge Resource Centres IKRCs in communities so that individuals with interest in traditional IK can acquire the knowledge free of charge. It may also be beneficial if IK can be introduced to become part of the tertiary level curricula. Since Zimbabwe is an agro-based economy and also the fact that rural communities rely on the environment for provisions such as firewood, production and conservation measures being part of the curricula. This will assist decision makers to appreciate and value IK in decision making and development projects, not only in agriculture and the conservation of the environment, but also in other sectors that promote people’s livelihood. , Thesis (MA) -- Faculty of Social Sciences and Humanities, 2014
- Full Text:
- Date Issued: 2014-01
- Authors: Wutete, Obert
- Date: 2014-01
- Subjects: Traditional ecological knowledge , Conservation of natural resources , Nature conservation
- Language: English
- Type: Doctoral theses , text
- Identifier: http://hdl.handle.net/10353/26526 , vital:65520
- Description: Indigenous Knowledge IK is an emerging area of study that focuses on a community’s ways of knowing, seeing and thinking, developed over a long period of time. The knowledge is passed down orally from one generation to the other. Therefore, this study highlights a number of important factors that are associated with the use of IK in rural communities such as Gutu district. The major importance of IK include the following: it reduces costs through the use of locally available resources, acts as the basis of local-level decision making, is familiar and acceptable to the communities in which the knowledge exists and also that IK helps communities to develop their own sources of livelihoods. The objectives of the study were; to identify the types of IK peculiar to agriculture practices and the conservation of the environment within Gutu district; establish the challenges confronting IK utilization in communities; identify the constraints affecting the sharing, transfer and preservation of IK; determine the measures which should be adopted in order to promote the appreciation and value placed on IK in agriculture practices and the conservation of the environment; and to propose recommendations on how IK should be utilized for sustainable livelihoods in agriculture and environmental conservation in Gutu district and other rural communities. The study employed the survey method which was premised on the use of multiple data gathering tools, also referred to as triangulation. A total of 100 interviewees were sampled from Gutu communities for face-to-face interviews, 48 participants for focus group discussions, with each group comprising of 6 participants. The researcher collected data using a set of interview guide questions for individual participants as well as for the focus group discussions. In order to be comprehensive in data collection, the researcher also utilized observations and transects walks (these are random walks done in an area under study in order to have a better understanding of activities of the area). The triangulation of data gathering tools assisted with diverse information on the crops cultivated by residents, cultivation methods, harvesting and the preservation of the crops. The researcher also gathered information on how residents interacted with the environment, established reasons which contributed to the deterioration of the environment, established the sacredness associated with certain areas in Gutu district and the use of taboos as a way to safeguarding natural resources. The traditional practices have become a thing of the past to the present generations. The research had four major findings: First, it was found out that Indigenous Knowledge which was the basis of traditional lifestyles is no longer a major practice by Gutu residents. The gradual decline of traditional indigenous practices contributed among other factors to the decline in agriculture output. Residents have abandoned traditional farming methods such as conservation farming. The latter practice kept the soil intact and rich in fertility unlike the use of ploughs and tractors which weakens the soil. More so, residents have opted for the cultivation of crops which do not give them good harvests. Maize is one such crop which suffers from droughts as opposed to small grain crops, comprising of finger millet, pearl millet and sorghum. These endure dry conditions with limited rainfall. Gutu residents also revealed that there is overlooking of the sacredness associated with certain areas and the use of taboos to conserve the environment. It was further established that while residents have knowledge of sacred places and prohibitive taboos which are meant to safeguard the environment, residents no longer respect the prohibitions due to the influence of modernity and Christianity which regard some of the practices as backward or wayward beliefs. Second, the study established that the influence of colonial policies influenced a number of changes to the continued utilization of Indigenous Knowledge in agriculture and the management of the environment. For example, Gutu residents no longer practice shifting cultivation which used to be practice in the 1920s backwards. Residents are now confined to small pieces of land which are continuously cultivated on a yearly basis. Therefore, soils have become exhausted and production has gone down since the majority of residents are not able to replenish the soil through the use of fertilizer whose cost they cannot afford. It was also established that the environment has deteriorated continuously due to over use by an ever-increasing population. Third, the study found out that traditional platforms such as the dare men’s meeting place are no longer in existence. The dare is a set-up in which males sit around a fire place and shared ideas on different subject areas as a way of teaching one another life lessons and grooming the future generations. On the other hand, women use the round hut in which food is prepared to address a number of teachings to the girl child. Elderly women took the opportunity to induct young girls into adulthood along the duties expected of women in the society. Nowadays, both males and females share the hut used for preparing food and this is disrupting the traditional set-up of inducting young males and females in separate and appropriate platforms. The situation was worsened by colonialism which came along with Christian teachings, part of which were not in tandem with traditional indigenous practices. For example, the sacredness of places and the use of taboos are regarded by the youths as old and outdated beliefs with no relevance in today’s modern world. To make matter worse, there is limited contact time between the youths and the elders due to work commitments in urban areas. This has limited the opportunities for the sharing, transfer and preservation of IK as opposed to the traditional times in which shared communal lives allowed constant interactions and appreciation of indigenous ways of life. Fourth, there are no tangible strategies for the preservation of IK for posterity. While general information on traditional IK can be shared by residents, there are individuals who possess rare knowledge but made it their preserve after they realized that the knowledge offered them competitive advantages and benefits. Another aspect is that the youths have lost interest in IK of the past since they feel that the knowledge has lost relevance to their present interests due to the dynamism of culture. In the youths’ views, IK which is useful and relevant to their generation will continue to exist while practices which are no longer useful will fall by the way side. The research utilized interviews in order to establish the manner in which Indigenous Knowledge is acquired, shared, transferred and even retained for use by future generations. The findings of the study formed the basis for recommendations, of which if adopted, could contribute significantly to the revival of indigenous knowledge practices in Gutu district. The use of indigenous knowledge, peculiar to people in a given locality, can contribute to the promotion of sustainable livelihoods and development of rural communities in Gutu district. Based on the findings of the study, the following recommendations can be considered there is need for the establishment of Indigenous Knowledge Resource Centres IKRCs in communities so that individuals with interest in traditional IK can acquire the knowledge free of charge. It may also be beneficial if IK can be introduced to become part of the tertiary level curricula. Since Zimbabwe is an agro-based economy and also the fact that rural communities rely on the environment for provisions such as firewood, production and conservation measures being part of the curricula. This will assist decision makers to appreciate and value IK in decision making and development projects, not only in agriculture and the conservation of the environment, but also in other sectors that promote people’s livelihood. , Thesis (MA) -- Faculty of Social Sciences and Humanities, 2014
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- Date Issued: 2014-01
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