Economies of scale and technical efficiency of smallholder pepper (capsicum species) production in Abuja, Nigeria
This study examined the economies of scale and technical efficiency of smallholder pepper (Capsicum species) production in Abuja, Nigeria. The multi-stage sampling technique was adopted to obtain a total sample size of 100 smallholder pepper farmers. The primary sources of data were obtained from pe...
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Veröffentlicht in: | Journal of agricultural sciences (Belgrade, Serbia) Serbia), 2022, Vol.67 (1), p.63-82 |
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Format: | Artikel |
Sprache: | eng |
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Zusammenfassung: | This study examined the economies of scale and technical efficiency of
smallholder pepper (Capsicum species) production in Abuja, Nigeria. The
multi-stage sampling technique was adopted to obtain a total sample size of
100 smallholder pepper farmers. The primary sources of data were obtained
from pepper farmers through a well-structured and well-designed
questionnaire. The data obtained were analysed using descriptive statistics,
gross margin model, financial analysis, stochastic production frontier
model, the elasticity of production, return to scale, and principal
component analysis. The results from the study showed that the mean age of
pepper farmers observed was 38.3 years. The average household size was 5
persons. The gross margin was N 167, 741.60 per hectare, the rate of returns
of the investment in pepper production amounted to 0.89, and the operating
ratio was 0.49. The gross margin ratio (GMR) was calculated to be 0.48, and
this implies that for every naira that is invested in smallholder pepper
production, 48 kobos would be used to cover profits, interest, expenses,
taxes, and depreciation. Labour input (P < 0.10), seed input (P < 0.01),
farm size (P < 0.01) were significant factors affecting output of
smallholder pepper production. The mean technical efficiency was 0.79,
leaving a gap of 0.21 for improvement. The returns to scale of 1.2363 imply
increasing returns to scale. The study recommends that measures should be
put in place to address the challenges of inadequate rainfall through proper
irrigation policies. |
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ISSN: | 1450-8109 2406-0968 |
DOI: | 10.2298/JAS2201063A |