Comparative analysis of the profitability of the tossa and kenaf seed cultivation at contact growers’ level in selected areas of Bangladesh


  • MD. Babul Hossain Bangladesh Jute Research Institute
  • Bishwajit Kundu Bangladesh Jute Research Institute




This study compared the profitability of tossa and kenaf seed cultivation based on the 2021 seed-growing season in two locations: Rangpur and Jashore using the tossa variety BJRI Tossa Pat 8 and Rangpur and Kishoreganj using the kenaf variety HC-95. Data analysis methods included descriptive statistics, break-even analysis and cost-benefit analysis. The expensive factors in growing tossa and kenaf seeds were labor costs, followed by land use, machinery, fertilizers, and seed. While the cost of labor (58.38%) and fertilizers (8.74%) were higher for tossa seed, the cost of seed (4.85%) for kenaf seed cultivation was higher as a percentage of the total cost. The highest tossa and kenaf seed yields were 722 kgha-1 and 798 kgha-1, respectively, in Jashore and Kishoreganj. Average break-even price for kenaf seed was Tk. 130 kg-1, which was less expensive than tossa seed (Tk. 181 kg-1). When compared to kenaf (341 kgha-1), average break-even quantity of tossa seed was higher (679 kgha-1). The average benefit cost ratio was found higher in the kenaf seed crop, as compared to the tossa seed crop in respect of total cost, variable cost, and cash cost. According to this finding, growing kenaf as seed crop can be profitable for farmers.


Ahmed Z & Nizam SA (2008) Jute-microbiological and biochemical research. Plant Tissue Culture and Biotechnology 18, 197–220.

AIS (Agriculture Information Service) (2022) Krishi dairy, 2022. Agriculture Information Service (AIS), DAE, Khamarbari Road, Khamarbari, Farmgate, Dhaka 1215.

Brinckerhoff PC (2009) Mission-based management: leading your not-for-profit in the 21st century (3rd ed.). Hoboken, NJ: John Wiley & Sons.

Ciaian P, Paloma SG & Delince J (2013) Literature review on cost of production methodologies: draft version. Food and Agriculture Organization of the United Nations. FAO Headquarters, Rome.

DAE (Department of Agricultural Extension) (2022a) Acreage, production and yield status of field crops, 2021-22. Field Service Wing, Depart-ment of Agricultural Extension, Khamarbari Road, Khamarbari, Farmgate, Dhaka-1215.

DAE (Department of Agricultural Extension) (2022b) Jute seed import report, 2021-22. Plant Quarantine Wing, Department of Agricultural Exten-sion, Khamarbari Road, Khamarbari, Farmgate, Dhaka-1215.

Dillon C (1992) Microeconomic effects of reduced yield variability cultivars of soybeans and wheat. Southern Journal of Agricultural Economics 24 (1), 121–133.

Dubas K, Hershey L, Nijhawan I & Mehta R (2011) Break-even and profitability analyses in marketing management using R software. Innovative Marketing 7(3), 51–61.

EPB (Export Promotion Bureau) (2022) Export data, 2021-22. Export Promotion Bureau, Ministry of Commerce, Government of the People's Re-public of Bangladesh. /view/epb_export_data/-

Islam MM & Uddin MN (2019) Research and development advances of jute seed in Bangladesh: A review. Haya: The Saudi Journal of Life Sci-ences 4(2), 52–68. DOI: 10.21276/haya.2019. 4.2.2

Islam MS, Saito JA, Emdad EM, Ahmed B, Islam MM, Halim A, Hossen QMM, …& Alam M (2017) Comparative genomics of two jute species and insight into fibre biogenesis. Nature Plants 3, 16223.

Islam S, Azam MS, Sazia S, Abu AS, Maksudul A, Shamim R, Ahmed R & Khan H (2013) Improved salt tolerance of jute plants expressing the kat E gene from Escherichia coli. Turkish Journal of Biology 37, 206–211.

Kundu B & Hossain MB (2022) Cost benefit and break-even analysis of tossa and kenaf fibre crop cultivation at farm levels in Bangladesh. Bang-ladesh Journal of Environmental Science 42, 95-102.

Mollah AF, Islam MM, Islam MM, Rahman MS & Haque SMA (2015) Yield and cost of kenaf seed production as influenced by planting date and method. International Journal of Sustainable Agricultural Technology 11(12), 01–06.

Netayarak P (2007) Agricultural economics. Thammasat University Press, Bangkok.

Preedasak P (2004) Principles of microeconomics, 4th edn. Thammasat University Press, Bangkok.

Puttikorn B, Kao-ian S, & Sirijinda A (2006) Agricultural production economics. Kasetsart University Press, Bangkok.

Sujan MHK, Islam F, Azad MJ & Rayhan SJ (2017) Financial profitability and resource use efficiency of boro rice cultivation in some selected area of Bangladesh. African Journal of Agricultural Research 12(29), 2404–2411.

Thongpan S (2013) The adaptation strategies of farmers in frequently flooded areas in Chumsang District, Nakhon Sawan. Parichart Journal 26(3), 78–89.

Tsorakidis N, Papadoulos S, Zerres M, & Zerres C (2008) Break-even analysis. Business Sumup. Accessed 12 August 2019.

Uddin N, Karim MM, Kundu B & Hossain MB (2021) Production and profitability study of white jute seed at farmer’s level in different areas of Bangladesh. Haya: The Saudi Journal of Life Sciences 6(4), 56–62.

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