Abstract

In this paper, efforts were made to the impact of full and seasonal stall feeding technology on households’ economic, ecological, and social welfare outcome indicators in rural Northern Ethiopia using data obtained from the survey of 518 rural farmers. In order to address our primary objective, an endogenous switching regression model was applied. The overall result indicated that SF adoption ensures significant gains in terms of the specified outcome indicators. Using endogenous switching regression models, we estimated different outcome indicators for both adopters from adoption (ATT), and non-adopters had they adopted (ATU). It is identified that there would be a decline of 21% in milk production and productivity if adopters would not have adopted this technology while non-adopters are estimated to increase their milk production and productivity by 100 and 48% if they would adopt this technology. The results further show that SF adoption had a significant increment in the lactation period. An increase of consumption expenditure by 17% from FSF and 44% in the case of SSF could be considered significant on livelihoods for smallholder farmers. On average, adoption of SF increased manure use in the range of 258–294 kg for adopters. The results showed that SF has decreased the propensity of hiring labor by about 29% and purchase of animal feed by 31%. We have found that participation in SF, on average, decreased total cattle stock by 1 TLU but increased the probability of keeping milking cow by 23%. The adoption of SF increased the likelihood of participating in an animal sale market by 29% for adopters and by 47% for non-adopters had they decided to adopt. The adoption of SF leads to a gain in a number of plants of 11 trees and 29 m of physical construction for the typical adopter and 36 trees and 133 m if the typical non-adopter were to adopt the SF technology on their plots. The adoption process also increased the propensity of growing trees by 19% and decreased household animal shock experience by a probability of 19% for adopters and about 15%.

Highlights

  • Agriculture is an important motor for realizing economic development in sub-Saharan Africa (SSA)

  • This paper is the first to quantify the impact of full stall feeding (FSF) using proper impact evaluation approach perhaps in Africa but in East Africa, which is what policy-makers seek to know

  • The novelty of this paper lies in distinguishing the impact of both full (FSF) and seasonal (SSF) stall feeding on economic, ecological, and social outcome variables

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Summary

Introduction

Agriculture is an important motor for realizing economic development in sub-Saharan Africa (SSA). About 90% of the poor depend on agricultural productivity to lift them out of poverty (Odame et al 2013). In rural Africa, livestock is central to human wellbeing. Livestock production plays directly and indirectly in ensuring food security and alleviating poverty (Devereux 2014). Livestock is a primary livelihood source for many low-income rural farmers SSA (FAO 2013). Manure and traction power derived from livestock production are important outputs to crop production. The performance of livestock sector has been poor compared to the other parts of the world due to many binding constraints such as inadequate feed nutrition and poor feeding practices, shrinking natural pastures, animal infection, and weather fluctuation (Odame et al 2013; FAO 2009)

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