Impact of seed producer cooperatives membership on technical efficiency: Evidence from tef farmers in the central highlands of Ethiopia

Farmers in Ethiopia face challenges associated with low efficiency and productivity, primarily due to limited access to improved seeds and complementary inputs. Despite empirical evidence of the vital role played by agricultural cooperatives in providing these basic inputs, there has been no empirical study examining the impact of membership in seed producer cooperatives (SPCs) on agricultural development. This study aimed to assess the impact of membership in SPC on the technical efficiency (TE) of farmers in the central highlands of Ethiopia. Using data from 425 selected tef farmers, the paper employed propensity score matching to match SPC members with non-members and applied a selectivity-corrected stochastic production frontier model to address unobserved biases. In addition, the meta-frontier approach was used to compare TE scores between the two groups of farmers. Results reveal that SPC members achieved a TE of 72% of their potential output, whereas non-members achieved only 59%. SPC members achieved meta technical efficiency (MTE) of 67%, while non-members obtained MTE of 49%. This indicates that non-members face tef production challenges due to limited access to improved technologies. In conclusion, SPC membership significantly enhances the TE of members compared to non-members indicating that improving TE could greatly boost productivity in the tef sector. The findings of the study suggest that the government of Ethiopia should enhance the skills of SPC members by providing training and promoting knowledge sharing among farmers to improve seed access. Similarly, private seed producers should be strengthened to meet the growing demand for improved seeds. • We assessed the impact of seed producer cooperatives on smallholder farmers’ technical efficiency. • We combined a stochastic frontier model with impact evaluation methodology to compare technical efficiency between seed producer cooperative members and non-members. • Seed producer cooperatives enhance the technical efficiency of members by about 72%. • Seed producer cooperatives members achieved meta technical efficiency (MTE) of 67%. • The study suggests that the Ethiopia government should focus on strengthening the capacity of seed producer cooperatives to increase seed production.

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Publication Details

Journal
Journal of Agriculture and Food Research
Published
2025-05-14
DOI
https://doi.org/10.1016/j.jafr.2025.101997
Citations
2
Primary Topic
Agricultural Innovations and Practices
Type
article
Field-Weighted Citation Impact
9.66
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article

Impact of seed producer cooperatives membership on technical efficiency: Evidence from tef farmers in the central highlands of Ethiopia

Moti Jaleta, Lemma Zemedu, Fekadu Beyene, Abera Gemechu
2 citations
Journal of Agriculture and Food Research
Agricultural Innovations and Practices
9.66
article

Impact of seed producer cooperatives membership on technical efficiency: Evidence from tef farmers in the central highlands of Ethiopia

Moti Jaleta, Lemma Zemedu, Fekadu Beyene, Abera Gemechu
article en
2 citations

Abstract

Farmers in Ethiopia face challenges associated with low efficiency and productivity, primarily due to limited access to improved seeds and complementary inputs. Despite empirical evidence of the vital role played by agricultural cooperatives in providing these basic inputs, there has been no empirical study examining the impact of membership in seed producer cooperatives (SPCs) on agricultural development. This study aimed to assess the impact of membership in SPC on the technical efficiency (TE) of farmers in the central highlands of Ethiopia. Using data from 425 selected tef farmers, the paper employed propensity score matching to match SPC members with non-members and applied a selectivity-corrected stochastic production frontier model to address unobserved biases. In addition, the meta-frontier approach was used to compare TE scores between the two groups of farmers. Results reveal that SPC members achieved a TE of 72% of their potential output, whereas non-members achieved only 59%. SPC members achieved meta technical efficiency (MTE) of 67%, while non-members obtained MTE of 49%. This indicates that non-members face tef production challenges due to limited access to improved technologies. In conclusion, SPC membership significantly enhances the TE of members compared to non-members indicating that improving TE could greatly boost productivity in the tef sector. The findings of the study suggest that the government of Ethiopia should enhance the skills of SPC members by providing training and promoting knowledge sharing among farmers to improve seed access. Similarly, private seed producers should be strengthened to meet the growing demand for improved seeds. • We assessed the impact of seed producer cooperatives on smallholder farmers’ technical efficiency. • We combined a stochastic frontier model with impact evaluation methodology to compare technical efficiency between seed producer cooperative members and non-members. • Seed producer cooperatives enhance the technical efficiency of members by about 72%. • Seed producer cooperatives members achieved meta technical efficiency (MTE) of 67%. • The study suggests that the Ethiopia government should focus on strengthening the capacity of seed producer cooperatives to increase seed production.

Journal of Agriculture and Food ResearchVol. 22
Haramaya University (ET), International Maize and Wheat Improvement Center (ET), Ethiopian Institute of Agricultural Research (ET)
Zero hunger
Openalex Percentile: Top 3%
Agricultural Innovations and Practices
9.66
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