Abstract

Over recent decades, Swaziland’s pork industry has been stagnant, failing to meet the domestic demand for pork. It is only in recent years that the number of pig farmers has increased rapidly, with smallholder farmers taking the lead. However, while higher demand for pork could lead to opportunities for growth, with uncertain future markets, increased pig production capacity could subject farmers to extreme market competition and failure to sell their produce. This study used a survey and SWOT analysis to assess the current pig production and market performance of smallholder farms in Swaziland. To quantify SWOT factors, the Analytical Hierarchy Process (AHP) was used to derive priorities for subsequent formulation of potential pig production strategies that are resilient both to market and climate changes. Strategy formulation was based on Porter’s cost leadership strategy. The findings revealed that, currently, the pig industry is attractive, and that the present is probably the best time for smallholder farmers to maximize their profits. Unfortunately, the industry was found to be threatened by the expected increase in production capacity, future market competition, and the socio-environmental challenges associated with expansion. Despite this, the findings suggest that smallholder farmers can survive future market challenges by strategically using agro-industrial by-products as alternative feed ingredients to reduce production cost. The formation of farmers’ associations could benefit smallholder farmers through economies of scale, processing and product value addition, and increased access to markets, and unity could strengthen their position in the market when bargaining for better prices.

Highlights

  • Global demand for food is projected to increase by 59% to 98% by 2050 [1]

  • We intend to develop resilient pig production strategies to be adopted by smallholder farmers to survive market shocks and other production challenges related to climate change

  • In order to retain a competitive edge within the industry, [75,76,77] suggested that the analysis of current and future market competition is crucial for a predetermined response

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Summary

Introduction

Global demand for food is projected to increase by 59% to 98% by 2050 [1]. climate change continues to threaten agricultural sustainability [2], the erratic rainfall and fluctuating temperatures that compromise agricultural food production systems [3,4]. To address future food challenges associated with global climate change, Swaziland recently selected the pig as the animal of choice for quick turnaround results. Pigs are fast-growing species with efficient feed conversion ratios [7], after poultry and dairy. This was in response to the suggestions in previous studies of [2,8,9], stating that adoption of climate-resilient agriculture was paramount to adequately feeding the growing population. In light of limited feed resources due to persistent droughts, because pigs have flexible feeding habits, they are ideal animals to solve food insecurity issues. Pigs can literally eat anything from agricultural by-products to industrial waste, converting inedible feeds into valuable products such as meat for proteins, fats, vitamins, and minerals [10,12]

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