Abstract

A study was conducted to assess the adoption and scaling-up of Conservation Agriculture in Arumeru district, Arusha region, northern Tanzania and Chamwino and Dodoma Urban districts in Dodoma region, Central Tanzania. The study employed structured questionnaire survey and key informant interviews as the main data collection methods. Data analysis was done descriptively to determine factors that influence the adoption. Results showed that farmers in Arusha have highly adopted terraces, minimum tillage and cover cropping whereas their counterparts in Dodoma have highly adopted large planting pits, minimum tillage, and rippers. The intensity of adoption in Arusha is higher for the wealthy compared to the poor while in Dodoma the wealth status was not a factor that influenced adoption of the Conservation Agriculture (CA) technologies. The process of technology adoption should include the use of various participatory methods including farmer field schools, experimental plots, farmer exchange visits, and training of trainers among others. Use of farmer groups, incentives, and support instruments such as Savings and Credit Co-operative Society (SACCOS) or warehouse receipts systems are also important to ensure that farmers realize some acceptable profits from their efforts. Involvement of various stakeholders is also very important including local governments and agricultural change agents at national, regional, district, ward and village levels. Hence, the intention to promote CA technologies should not only look at the economic importance, but also its socio-economic importance to the local people in the area. Their desire to adopt and out-scale a technology should be among the most important investment factors that the government and development partners should consider.

Highlights

  • Conservation agriculture (CA) as a concept for natural resource saving strives to achieve acceptable profits with high and sustained production levels while concurrently conserving the environment [1]-[3]

  • This study was conducted to identify and recommend investment areas in CA with the greatest potential to improve incomes and food security for poor farmers. It focused on determining the extent of adoption and importance of various CA technologies in the case study areas and the estimated spread of the same in Tanzania; assessing the factors that contribute to adoption; investigating the constraints that limit adoption of CA technologies; and recommending steps to be used in promoting adoption and up-scaling of CA technologies in Tanzania

  • This study has evaluated factors that facilitate or constrain adoption of adoption and up-scaling of CA technologies in central and northern parts of Tanzania

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Summary

Introduction

Conservation agriculture (CA) as a concept for natural resource saving strives to achieve acceptable profits with high and sustained production levels while concurrently conserving the environment [1]-[3]. One principle of CA is maintenance of adequate soil cover, especially achieved by leaving crop residues on the soil surface This is the key to the success of CA systems, and the yield of crops direct-seeded into bare soil is often considerably lower than that of crops sown with conventional tillage practices [4] [5]. At the level of small-scale farmers, CA practice of reduced tillage is constrained with the availability of sufficient crop residues for mulch. This is commonly reported as a problem in sub-Saharan Africa and other many regions [7]-[10]. It focused on determining the extent of adoption and importance of various CA technologies in the case study areas and the estimated spread of the same in Tanzania; assessing the factors that contribute to adoption; investigating the constraints that limit adoption of CA technologies; and recommending steps to be used in promoting adoption and up-scaling of CA technologies in Tanzania

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