Abstract

Potato is a major staple food crops in the hilly region of Nepal. To assess the production economics and marketing of potato, a study was conducted at Siddicharan municipality and Molung rural municipality of Okhaldhunga, Nepal in 2019. Altogether 60 samples, 30 from each location were selected randomly. Economic analysis was performed through cost benefit analysis and Cobb Douglas Production function. Among the different variety used by the farmers, Kufri Jyoti was the most preferred variety. The main constraints in potato production were shortage of irrigational structure followed by low information on use of chemical fertilizer, lack of labor at the time of harvesting, insufficient quantity of manure, prevalence of middle man, high cost of transportation, and unavailability of improved seed. The mean difference between the farm gate price and market price of Siddicharan and Molung was 7.33 and 5.96, respectively, which were statistically significant at p<0.1. The overall average benefit cost ratio was found to be 1.23 in which Siddicharan and Molung had BC ratio of 1.55 and 0.99, respectively, which was significant at p<0.01 which indicated that farming in Molung was not profitable. Overall the seed cost, labor cost, FYM cost, and bullocks cost should be increased by 900%, 186.95%, 101.88%, and 626.31%, respectively, and chemical cost, machinery cost, and transportation cost should be decreased by 99.98%, 73.11%, and 99.57%, respectively. Return to scale was found to be 0.227 which implies that it was increasing at decreasing rate of return.

Highlights

  • Potato (Solanum tuberosum L.) is one of the most important crops in Nepal

  • Potato serves as staple food for hilly people whereas it is used either as sole or mixed with other vegetables almost in every meal of Nepalese people

  • Focus Group Discussion (FGD), Key Informant Interview (KII) was conducted to triangulate data obtained from survey

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Summary

Introduction

Potato (Solanum tuberosum L.) is one of the most important crops in Nepal. It is grown all over the country in tropical climate of terai to temperate climate of high hills from 65 to 000 masl. Tuber production is retarded at soil temperature above 20°C and growth is completely inhibited at 29°C [3]. The optimum soil moisture regime for better growth and development of tubers ranges from 70 to 80% of the field capacity during flowering and tuber formation and 60 to 65% during starch deposition in the tubers

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