Performance Evaluation of Kigugu Irrigation Structures

This study assessed the condition and functionality of the Kigugu Irrigation Scheme in Tanzania, chosen due to its unique status as a previously rehabilitated system lacking comprehensive evaluation. Through farmer interviews, visual inspections, and maintenance record reviews, quantitative metrics were employed to evaluate physical integrity, reliability, and maintenance correlations. Results indicate commendable operational functionality (85.7% operational structures), alongside challenges such as non-operational structures and water losses, necessitating targeted attention. Key indices including a overall poor structure index (11.9%), overall reliability index (86.47%), overall maintenance effectiveness (26.85%), and farmer satisfaction (26.85%) underscore areas for improvement. Positive community engagement and ongoing rehabilitation efforts were noted, with identified areas for enhancement spanning infrastructure quality, maintenance, beneficiary participation, and water-saving technologies. A strong correlation (0.969) between commanded area and yields underscores the importance of well-designed irrigation systems. Recommendations encompass targeted maintenance, water loss mitigation, community engagement, and optimization efforts for enhanced functionality and sustainability of the Kigugu Irrigation System.

Authors

Publication Details

Journal
Journal of Water Resources Engineering Management and Policy
Published
2025-01-01
DOI
https://doi.org/10.56542/wi.jwempo.v2.i1.a3.2025
Primary Topic
Irrigation Practices and Water Management
Type
article
Field-Weighted Citation Impact
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article

Performance Evaluation of Kigugu Irrigation Structures

Mnega H. Chogohe
Journal of Water Resources Engineering Management and Policy
Irrigation Practices and Water Management
article

Performance Evaluation of Kigugu Irrigation Structures

Mnega H. Chogohe
article en

Abstract

This study assessed the condition and functionality of the Kigugu Irrigation Scheme in Tanzania, chosen due to its unique status as a previously rehabilitated system lacking comprehensive evaluation. Through farmer interviews, visual inspections, and maintenance record reviews, quantitative metrics were employed to evaluate physical integrity, reliability, and maintenance correlations. Results indicate commendable operational functionality (85.7% operational structures), alongside challenges such as non-operational structures and water losses, necessitating targeted attention. Key indices including a overall poor structure index (11.9%), overall reliability index (86.47%), overall maintenance effectiveness (26.85%), and farmer satisfaction (26.85%) underscore areas for improvement. Positive community engagement and ongoing rehabilitation efforts were noted, with identified areas for enhancement spanning infrastructure quality, maintenance, beneficiary participation, and water-saving technologies. A strong correlation (0.969) between commanded area and yields underscores the importance of well-designed irrigation systems. Recommendations encompass targeted maintenance, water loss mitigation, community engagement, and optimization efforts for enhanced functionality and sustainability of the Kigugu Irrigation System.

Journal of Water Resources Engineering Management and PolicyVol. 2(1)
Openalex Percentile: Top 80%
Irrigation Practices and Water Management
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