Abstract

Utilization of agricultural technologies plays a crucial role in enhancing the productivity and income of smallholder dairy farmers. However, the uptake of these technologies is low among majority of smallholder farmers especially in developing countries. Using survey data from 682 households in Murang'a County in Kenya, this study examines determinants and intensity of use of artificial insemination, deworming, vaccination, curative treatment, improved feeds (hay, silage) and pregnancy diagnosis. We applied a multivariate probit model for the simultaneous multiple utilization decisions, and ordered probit models for assessing the intensity of utilization. The study results revealed that education level of household head, number of cows owned, livestock type, milk yield, land size, access to contract, price of milk, access to credit, access to business plan training, membership to dairy cooperatives, type of service providers, receiving of remittance, distance to veterinary and output market were the major factors that affect the likelihood of utilizing dairy agricultural technologies among smallholder farmers in Kenya. The intensity of utilizing dairy technologies was influenced by number of cows in the household, livestock type, land size, access to contract, access to credit, membership to dairy cooperatives and type of service providers. In conclusion, utilization of agricultural technologies is influenced by different household, farm, market and transaction cost characteristics, which could hinder or facilitate the uptake of these technologies. The findings will equip agricultural policy makers and agribusiness service providers in addressing the major barriers facing smallholder dairy farmers in making informed utilization decisions of dairy technologies. • Artificial insemination and deworming services were the most utilized dairy technologies. • Majority of smallholder farmers were using more than three dairy technologies. • Increased linkage between smallholder famers with private service providers could accelerate uptake of dairy technologies.

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