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July
2023 Vol. 11 No.6
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Merit Research Journal of Agricultural Science and Soil
Science (ISSN: 2350-2274) Vol. 11(6) pp. 077-086,
July, 2023
Copyright © 2023 Author(s) retain the copyright of this
article |
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Original Research Article
Examining the Adoption of Improved Cassava
Processing Technologies among Women in Abaji Area Council,
Abuja: Implications for Sustainable Farming Practices |
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Samson Olayemi Sennuga1*, Joseph Bamidele2,
Adebisi Olateju Omole3, Sunday Suleman Onjewu1
and Bankole Osho-Lagunju1 |
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1Department of
Agricultural Extension and Rural Sociology, Faculty of
Agriculture, University of Abuja, FCT, P.M.B. 117, Abuja,
Nigeria
2Faculty of Business and Law, University of
Northampton, Waterside Campus, University Drive, Northampton NN1
5PH, United Kingdom
3Head, Extension Services, FCT Agricultural
Development Programme, Abuja
*Corresponding Author’s Email: dr.yemisennuga@yahoo.co.uk
Received: 20 June 2023 I Accepted:
21 July 2023 I Published: 26 July 2023 I
Article ID: MRJASSS23022
Copyright © 2023 Author(s) retain the
copyright of this article.
This article is published under the terms of the
Creative Commons Attribution
License 4.0. |
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Abstract |
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The research
study was carried out to investigate women's adoption of
enhanced cassava processing technology in Abaji Area Council.
152 respondents were selected at random. Descriptive statistics,
regression analysis, and the Z-test statistic were utilized as
analytical tools. According to the findings, the respondents'
average age was 35. Age, household size, processing experience,
and association participation were significant predictors of the
adoption of better cassava processing technology, in accordance
to the regression analysis. The coefficient of determination
(R2) turned out to be 0.47, indicating that the model's chosen
parameters could account for 47% of the variability in the
adoption of enhanced cassava processing technology. Indicating
that the respondents' output and income increased following the
adoption of enhanced cassava processing technologies, the Z-stat
(20.04) for output was higher than the Z-critical (1.98) and the
Z-stat (24.30) for income was higher than the Z-critical (1.98)
respectively. Both of these differences were significant at
p<0.05. The respondents' main challenges include poor financing,
poor extension contacts, expensive cassava tubers, and expensive
cassava processing machine rental fees. The study came to the
conclusion that household size, age, processing experience, and
association membership were significant and should be taken into
account for assuring widespread adoption of enhanced cassava
processing methods. Consequently, it is advised that the female
cassava processors establish cooperatives so that they can pool
their financial resources for future investment. By providing
services, particularly in areas that exhibit low adoption in
this study, such the mechanical sifter and fryer, the extension
services on better cassava processing technologies should be
emphasized in the study area. Governmental and non-governmental
organizations should provide women who process cassava with
improved technologies.
Keywords: Adoption, technologies, cassava, sustainable,
farming, practices
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