Abstract

<p>The paper identified factors that influence the adoption and contribution of conservation agriculture (CA) on household food security using household-level data collected in 2010 from Nkhotakota District, Central Malawi where Total Land Care (TLC) a local Non-governmental Organization (NGO) has been promoting CA. To determine factors that influence adoption of CA, a Probit regression model was used. Then, the paper compared estimated production function between adopters and non- adopters of CA. The Probit results show that age and education level of the household head, number of extension visits, and land holding size are important factors that influence farmers’ adoption of CA in the study area. Further results showed that CA adopters had more than 50% higher maize production than that of non-adopters from the Cobb-Douglas production estimates. From the findings, there should be improvement in the delivery of extension services in the promotion and dissemination of agricultural technology to foster wider adoption and improve food security status in the study areas. This can be achieved through increased number of extension workers, increase number of demonstrations when introducing CA technology and improved access to formal education. Our overall results show consistently that CA adopters are better off than non-adopters in various aspects such as maize production, per capita maize requirements and meal frequency. As such, the promoting and up-scaling of CA technologies to smallholder farmers should be intensified as an effective strategy for addressing household food insecurity than the promotion of chemical fertilizers use through programs such as the Farm Inputs Subsidy Program, which is not only unsustainable, but also inappropriate for poor resource farmers.</p>

Highlights

  • In order to meet growing demand for food arising from the unprecedented population growth, agriculture will have to produce more food sustainably from available land with minimal impact on the environment

  • This paper assessed the determinants of conservation agriculture (CA) adoption in two EPAs of Nkhunga and Zidyana in Nkhotakota district in Malawi

  • The factors influencing the probability of adoption are age of the household head, education level of the household head, increasing access to extension services and land holding size of the household

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Summary

Introduction

In order to meet growing demand for food arising from the unprecedented population growth, agriculture will have to produce more food sustainably from available land with minimal impact on the environment. The expected increase in population and the associated demand for food, water and other agricultural products will bring additional pressures on agricultural resources. The challenge of agricultural sustainability is becoming more intense with the sharp rise in the cost of food and energy, climate change, water scarcity, degradation of ecosystem services and biodiversity, and the financial crisis (Kassam, Friedrich, Shaxson, & Pretty, 2009). Productivity-enhancing technologies are needed in net food importing countries especially Africa where the present agricultural practices cannot address food supply shortage facing many countries

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