Factors Affecting Adoption of Introduced Physical Soil and Water Conservation Measures on Cultivated Land in Bahirdar Zuria Woreda, Amhara, Ethiopia

Abstract

Soil degradation attributed to soil erosion is one of the most serious environmental problems in Highlands of Ethopia. However, farmers’ adoption of introduced physical soil and water conservation measures and maintenance of existing PSWC measures was limited on cultivated land. This study was aimed at investigating factors affecting the adoption of introduced physical soil and water conservation practices in Bahir Dar Zuria Woreda. Multi-stage sampling techniques were employed to select sample kebeles and representative households. Data were collected from 132 sample households. Descriptive statistics and logistic regression models were used to analyse the data. The descriptive result showed that improved soil bund and cut off drains are relatively dominant conservation structures practiced by smallholder farmers. 64.8% of the respondents did not maintain the existing soil conservation structures while only 35.2% were maintained initially adopt soil conservation structures. On the other hand, majority of the smallholder farmers (40%) and 37% were perceived medium and high soil erosion problem on their cultivated land. The logistic regression model result showed that the profitability of the structure in erosion control, extension contact, training, and perception of the household head on soil erosion problems was found to be positive and significant at a 1 % level of significance to the adoption of PSWC measure. Membership and off-farm activity were found to influence the adoption of soil conservation structures negatively and significantly. Therefore, to make the use and maintenance of PSWC measure sustainable, due attention on regular follow-up and awareness creation work should be done to enable farmers allocating their time and labour force for maintenance of soil conservation beside to other off farm activities.

Keywords: Adoption, Logistic regression, Physical soil and water conservation, Soil erosion, Sustainability

DOI: 10.7176/JEES/11-5-03

Publication date:May 31^st 2021