Abstract

AbstractSustainable cocoa production is the hub of economic development and growth in Ghana. Climate change has been implicated in the dwindling productivity of the Ghanaian cocoa sub-sector, although deforestation for cocoa farmland expansion poses significant long-term risks to ecosystem stability and environmental conservation. This study assessed farmers’ perception of climate change, their adaptation methods and the factors explaining involvement in the renovation/rehabilitation of old cocoa farms. The data were collected from 378 cocoa farmers in Ahafo Ano North District in the Ashanti region. The data were analysed with Principal Component Analysis (PCA), Ordinary Least Square regression, Negative Binomial regression and Two-stage Probit regression. The results showed that the majority of the farmers were older than 50 years and attained primary education. High temperature (64.29%), too stormy rainfall (64.29%) and too much rainfall (61.90%) were largely perceived by cocoa farmers in 2015. The farmers were adapting to climate change through diversification into other crops (70.63%), planting of hybrid varieties (71.69%), commitment to spray cocoa pods regularly (74.87%) and initiation of some changes in the planting and harvesting times (71.96%). The adaptation was significantly influenced (p< 0.05) by cocoa farming experience, number of children under the age of 5 years, perception of extremely high temperature, perception too low rainfall, perception of delay in commencement of rainfall, cultivation of cocoa as the primary crop, perception of delay in rainfall stop and delay in regular farm clearing and rented farm. Cocoa rehabilitation decision was influenced by climate change adaptation indicator, monthly income, perception of extreme temperature and sharecropping. The implications of the results were that promotion of climate change perception would facilitate adaptation, and the form of cocoa farmland ownership as well as climate change adaptation indicator influenced farmers’ involvement in cocoa farm rehabilitation.

Highlights

  • Over the past few decades, cocoa production has undergone significant transformations, low productivity prevails partly due to changes in some weather parameters

  • The role of education in promoting receptiveness of farmers to new production technologies has been highlighted in the literature Cocoa Research Institute of Ghana (CRIG) and The World Cocoa Foundation (WCF 2017)

  • Understanding the drivers of climate-smart cocoa production is essential for devolving some policies to ensure the sustainability of cocoa agriculture in Ghana

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Summary

Introduction

Over the past few decades, cocoa production has undergone significant transformations, low productivity prevails partly due to changes in some weather parameters. A projected future decline in cocoa productivity portends some economic concerns to the fate and fortune of several stakeholders along its value chains (Abbott et al 2005). It had been projected that the global chocolate market will grow to about USD 161.56 billion in revenue by 2024 from its value of USD 103.28 billion in 2017 (Zion Market Research 2018), this is only achievable if global cocoa production is sustained. Climate change is one of the major challenges confronting the sustainable productivity of cocoa in the world today (Gateau-Rey et al 2018). Future projected declines in cocoa production calls for some climate-smart initiatives to closely monitor the sustainability of outputs in the two top producing countries (Cote D’Ivoire and Ghana), which jointly account for approximately 60% of global outputs.

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