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Battese, George
- PublicationIntegrated crop-livestock management practices, technical efficiency and technology ratios in extensive small-ruminant systems in GhanaThis paper evaluates the performance of smallholder farmers in three districts of the forest-savannah transition agroecological zone of Ghana and examines the effect of integrated crop-livestock management practices (ICLMPs) on the productivity and technical efficiency of production of small-ruminant outputs of farmers. Using farm-level data collected from a sample of 510 farmers from the Atebubu-Amantin, Nkoranza South and Ejura-Sekyedumase districts, a metafrontier production function model is used to estimate the mean technical efficiencies of farmers in each district and their metatechnology ratios. Small-ruminant outputs of the farmers were significantly influenced by the inputs, herd size, capital, labor, feed and veterinary expenses, in at least one of the three districts and for the metafrontier function. Furthermore, the small-ruminant outputs were significantly and positively influenced by the use of pigeon pea, ash or neem, improved pasture and storage of crop residue. The efficiency of production of small ruminants was affected by ICLMPs such as the use tetracycline, use of ash or neem, and storage of crop residue in one or more of the three districts. The technical efficiency of the crop-livestock farmers was also influenced by their age, gender and education, by their participation in projects, obtaining off-farm income, market information and access to extension advice in one or more of the three districts. The results indicate that there are significant differences in small-ruminant production technologies across the three districts and that the production technology in Nkoranza South district is superior to the ones in use in the other two districts. The results underscore the need for investments in research and extension in developing and disseminating relevant ICLMPs and complementary training that leads to more efficient small-ruminant production and, consequently, increased farm income.
- PublicationEvaluating complementary synergies in integrated crop-livestock systems in Ghana
Purpose - The purpose of this paper is to investigate the characteristics of crop-livestock diversification among smallholders in the forest-savannah agroecological zone of Ghana.
Design/methodology/approach - The study uses a stochastic input distance function to investigate the evidence of economies of diversification and its effect on determining diversification decisions of smallholders in Ghana. Furthermore, this study also explores evidence of scale economies in integrated crop-livestock systems among smallholder farmers.
Findings - The empirical results show that economies of diversification are significant in determining diversification decisions of smallholders. The economies of scale are evident in integrated crop-livestock systems in Ghana, suggesting that opportunities exist to expand crop-livestock outputs without employing additional inputs or improved production technologies. Crop-livestock diversification is a desirable strategy for improving overall farm productivity among smallholders in Ghana. Economies of diversification were found to be significant among the output combinations, maize with other crops and other crops with livestock, in integrated crop-livestock production systems.
Research limitations/implications - This study is based on a cross-sectional data set. Hence, the findings may be subject to some limitations; however, the authors have sought to minimise such limitations.
Practical implications - The results imply that crop-livestock diversification is a desirable strategy for improving overall farm productivity. Therefore, the findings are useful for policymakers to design appropriate strategies for enhancing the production of specific output combinations in crop-livestock diversification systems among smallholders in Ghana. Specifically, such policies should promote the production and integration of crops such as legumes with other crops, and livestock with other crops in diversified farming systems to enhance overall farm productivity. This will reduce food insecurity and poverty among rural farm households and the entire rural population.
Originality/value - These results indicate that to improve crop-livestock productivity through diversification, and reduce the effect of climate variability, it is imperative to provide the enabling environment that will facilitate and encourage production of these output combinations among smallholders in Ghana. The empirical results enhance the literature by providing empirical evidence of the complementary synergies and economies of diversification in integrated farming systems and, hence, make recommendations for improving these farming systems. - PublicationImpacts of exposure and access to seed on the adoption of dual-purpose Cowpea and Groundnut varieties in Ghana(Journal of Developing Areas, 2017)
;Asante, Bright O; ;Patrick, Ian WDual-purpose cowpea (DPC) and dual-purpose groundnut (DPG) varieties provide good yields, improved soil fertility through nitrogen fixation, and, at the same time, provide large amounts of good quality fodder to be used as feed or manure in crop-livestock integrated farming systems in Ghana. Hence, these varieties play a significant role in improving the productivity and efficiency of crop-livestock systems in Ghana. This paper estimates the population potential adoption rates of the DPC and DPG varieties and their determinants among integrated crop-livestock farmers in Ghana when there is full access to complete and accurate information and access to the seed by farmers. Because these varieties have been newly introduced, not all farmers are aware of them nor have access to the seed. Using cross-sectional data from 608 farmers, this paper applies the average-treatment-effect method to estimate the population potential adoption rates of the DPC and DPG varieties and coefficients of their determinants among integrated crop-livestock farmers. The result shows that, potential population adoption rates of DPC and DPG could reach 78% and 85%, if all farmers have knowledge about the varieties, and up to 83% and 94%, respectively, if all the farmers have knowledge and access to seed. These results indicate that there are adoption gaps of 42% and 47% due to incomplete knowledge of DPC and DPG and 47% and 55% due to incomplete access to seed of the respective varieties. The adoption gaps suggest that there is still potential for increasing the adoption rates of these dual purpose legumes among crop-livestock farmers in Ghana if exposure and access to seed of the varieties are universal among the farmers. Also farmers with access to extension, research institutes and credit are more likely to be exposed, have access to the seed and adopt the varieties.