Author(s)

Md. Anwar Hossen^*, Md. Mahir Shahriyar, Sharmin Islam, Haimonti Paul, Md. Mizanur Rahman

Farm Machinery and Post-Harvest Technology Division, Bangladesh Rice Research Institute (BRRI), Gazipur, Bangladesh.

“Rice transplanter” has brought a radical change in the method of rice seedlings transplanting in Bangladesh. The machine is gaining popularity with the increase of labor crisis during the peak period of transplanting, reduction time of in-between crops, rapid urbanization and industrialization, and changing socio-economic status of the farmers. Alternatively, the traditional way of rice transplanting is labor-intensive and involves high drudgery. Mechanical rice transplanter is cost-effective and operation-friendly. It is suitable to plant young seedlings maintaining plant to plant and line to line distance which plays an important role in increasing yield. Moreover, it is easy to take care of the crops planted in rows. It helps in maintaining soil physical properties and is considered to be better from a crop management and productivity point of view. In malignancy of having an edge over the traditional broadcasting, the adoption rate of mechanical transplanters is low due to high primary investment, lack of knowledge in growing mat type nursery, lack of repair and maintenance facility to the end-users, and unavailability of spare parts. Imparting these, available supply, entrepreneurship development, and encouraging custom hire services may be some of the practical results for adding the rice area under mechanical transplanting. This review summarizes the problems and prospects associated with seedling rice transplanting, technological gaps in the adoption of mechanical transplanters in a sustainable manner, and future ways to make transplanters more user-friendly and cost-effective.

Rice Establishment, Transplanter, Mechanization, Mat Type Seedling, Operator Training

Hossen, M. , Shahriyar, M. , Islam, S. , Paul, H. and Rahman, M. (2022) Rice Transplanting Mechanization in Bangladesh: Way to Make It Sustainable. Agricultural Sciences, 13, 130-149. doi: 10.4236/as.2022.132011.