Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Local Whispers on Community Boreholes: Unveiling the Sociocultural Path for Borehole and Groundwater Sustainability in Rural Zimbabwe

View through CrossRef
Many factors have been identified as contributing to the sustainability of community boreholes and/or groundwater projects, from technical specifications to community power struggles. However, the effect of local sociocultural values and norms on borehole and groundwater sustainability in the region of Sub-Saharan Africa, as they are ‘whispered’ by the local communities within a socio-ecological milieux, has not been investigated. From the basis of the practical norms concept and socio-ecological literature, this paper explores how people's sociocultural values and norms influence local perceptions of community boreholes and/or groundwater projects. It suggests that ‘locally whispered’ water stories can enhance our understanding of the boreholes’ and/or groundwater projects’ societal impact, how they shape local actions, behaviours, and decisions for borehole and groundwater sustainability. The paper uses storytelling to investigate two distinct borehole and/or groundwater tales from Wards 13 and 17 in rural Gwanda, Zimbabwe, possessing a shared commonality. Ward 13's borehole and/or groundwater source, installed near a swamp, where snoop holes or shallow wells were traditionally dug and managed by locals, promotes community identity and ecological wisdom, while Ward 17's system, on dry capped land, reflects failed projects due to neglect of same values or norms. The paper highlights the importance of understanding local sociocultural realities in sustaining boreholes and/or groundwater projects, especially by the technical expertise. It posits the complex relationship between boreholes, groundwater, and sociocultural vibrancy, suggesting that community boreholes and/or groundwater projects should serve as "communal storytelling hubs" for sustainable water solutions.
Title: Local Whispers on Community Boreholes: Unveiling the Sociocultural Path for Borehole and Groundwater Sustainability in Rural Zimbabwe
Description:
Many factors have been identified as contributing to the sustainability of community boreholes and/or groundwater projects, from technical specifications to community power struggles.
However, the effect of local sociocultural values and norms on borehole and groundwater sustainability in the region of Sub-Saharan Africa, as they are ‘whispered’ by the local communities within a socio-ecological milieux, has not been investigated.
From the basis of the practical norms concept and socio-ecological literature, this paper explores how people's sociocultural values and norms influence local perceptions of community boreholes and/or groundwater projects.
It suggests that ‘locally whispered’ water stories can enhance our understanding of the boreholes’ and/or groundwater projects’ societal impact, how they shape local actions, behaviours, and decisions for borehole and groundwater sustainability.
The paper uses storytelling to investigate two distinct borehole and/or groundwater tales from Wards 13 and 17 in rural Gwanda, Zimbabwe, possessing a shared commonality.
Ward 13's borehole and/or groundwater source, installed near a swamp, where snoop holes or shallow wells were traditionally dug and managed by locals, promotes community identity and ecological wisdom, while Ward 17's system, on dry capped land, reflects failed projects due to neglect of same values or norms.
The paper highlights the importance of understanding local sociocultural realities in sustaining boreholes and/or groundwater projects, especially by the technical expertise.
It posits the complex relationship between boreholes, groundwater, and sociocultural vibrancy, suggesting that community boreholes and/or groundwater projects should serve as "communal storytelling hubs" for sustainable water solutions.

Related Results

Mike Campbell (Pvt) Ltd, William Michael Campbell and Others v. Republic of Zimbabwe
Mike Campbell (Pvt) Ltd, William Michael Campbell and Others v. Republic of Zimbabwe
385Expropriation — Agricultural land — Taking of property — Land reform programme in Zimbabwe — Zimbabwe compulsorily acquiring applicants’ agricultural lands — Whether lawful — Wh...
Characterizing Groundwater Quality, Recharge and Distribution under Anthropogenic conditions
Characterizing Groundwater Quality, Recharge and Distribution under Anthropogenic conditions
Awareness concerning sustainable groundwater management is gaining traction and calls for adequate understanding of the complexities of natural and anthropogenic processes and how ...
Geological Structural Controls on Groundwater Potential in Volcanic Aquifers of the Upper Blue Nile Basin
Geological Structural Controls on Groundwater Potential in Volcanic Aquifers of the Upper Blue Nile Basin
ABSTRACT Understanding geological structures, which primarily control groundwater distribution, potential, and flow systems, is essential for sustainable groundwa...
Successful Interception of Uncased Boreholes Using Integrated Ranging Technology and Advanced Survey Management
Successful Interception of Uncased Boreholes Using Integrated Ranging Technology and Advanced Survey Management
Abstract As part of a major project, the operator was faced with the need to abandon an open borehole in the vicinity of a planned infrastructure. To complicate matt...
Groundwater level and withdrawable volume forecasts in the Adour-Garonne basin (France) to enable sustainable groundwater management
Groundwater level and withdrawable volume forecasts in the Adour-Garonne basin (France) to enable sustainable groundwater management
The SUDOE AQUIFER project (http://www.igme.es/aquifer/) aims at capitalizing, testing, diffusing and transferring innovative practices for groundwater monitoring and integrated man...
Drilling-Induced Fractures in Borehole Walls
Drilling-Induced Fractures in Borehole Walls
Summary Drilling-induced fractures in borehole walls are investigated by ring tests, flow tests, and microscopic studies. Each drilling method producescharacteris...

Back to Top