Determinants of Technical Efficiency in Smallholder Corn Crop Farming: Application of Stochastic Frontier Production Function

  • Edison Edison University of Jambi
Keywords: best input practices, corn farming, and technical efficiency


Agricultural expansion such as corn expansion is often associated with extensification and resulting land acreage loss. Best input practices could increase production and yields and thus potentially reduce land expansion. This study aims to investigate the ability of input, such as land and other factors to affect production in terms of technical efficiency, and  investigate the best input practices on corn technical efficiency. Primary and secondary data are used to answer the research objectives. In this study, corn data were used in the 2019 Planting Season. A sample of 120 farmers was taken randomly by applying stratified random sampling that based on land area. Appropriate qualitative and quantitative data analysis methods are used which are distinguished based on their research objectives using the empirical model of production functions, and the technical efficiency model. The results show that all input has an effect to increase corn yield, and support technical efficiency increasing the effect of input using. However, the effect of input using on yields appears to operate through other methods but technical efficiency increases.




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[1] Edison and Wahyuni, I. Acreage Response Under Price Policy Program on Agricultural Corn Production. International Journal of Scientific and Technology Research. 1(1), Pp. 25-32. 2020.
[2] Anonymous,. Jambi in Number. Board of Planning and Regional Development of Jambi. Jambi. 2020.
[3] Dessale M. Analysis of technical efficiency of small holder wheat-growing farmers of Jamma district, Ethiopia. Agriculture and Food Security 8(1), Pp. 1-12. 2019.
[4] Badan Pusat Statistik (BPS). Muaro Jambi Statistics. Sengeti. 2020.
[5] Edison, The Responsiveness of Rice Area to Price and Production Cost in Jambi. International Journal of Agricultural System 2(2), Pp. 133-139. 2014.
[6] Edison, Ratnawaty S. dan Nurchaini, D.S. Supply Response of Corn Commodity in Kabupaten Tebo Jambi. Jambi. 2017.
[7] Dewi, R.A.M., Technical Efficiency Analysis of Input Usage on Corn Farming (Case Study Kramat Village, Bangkalan Sub-District, Bangkalan District, Madura). Fakultas Pertanian. Universitas Brawijaya. Malang. 2008.
[8] Guyomard, H., Baudry, M. and Carpenter, A. Estimating Crop Supply Response in the Presence of Farm Programmes: Application to the CAP. European Review of Agricultural Economics 23(1), Pp. 401-420. 2009.
[9] Edison, Economic Efficiency Analysis of Corn Farming in Kecamatan Berbak Kabupaten Tanjab Timur Jambi. Jambi. 2009.
[10] Bahta, Y.T. Jordaan, H. and Sabastian G. Agricultural Management Practices and Factors Affecting Technical Efficiency in Zimbabwe Maize Farming. Agriculture. 10(2), Pp. 1-14 2020.
[11] Bifarin J.O. Alimi, T. Baruwa, O.I. and Ajeole, O.J. Determinant of Technical, Allocative and Economic Efficiency in Production Industry. Ondo State. Nigeria. 2010.
[12] Fadwiwati A.Y., Hartoyo S, Kuncoro S.U., and Rusastra I.W. Technical Efficiency Analysis, Allocative Efficiency and Economic Efficiency of Corn Farming by Variety in Gorontalo Province. Jurnal Agro Ekonomi. 32(1), Pp. 1-12. 2013.
[13] Nugroho, B.A. Analysis of Production Function and Efficiency on Corn at Patean District Kendal Regency. Journal of Economics and Policy 8(2), Pp.160-172. 2016.
[14] Soekartawi, Farming Analysis. Universitas Indonesia Press. Jakarta. 2002.
[15] Tasman, A. Efficiency and Productivity Analysis, 1st Edition. Chandra Pratama. Jakarta. 2008.
[16] Ngeno, V., Mengist, C., Langat, B.K., Nyangweso, P.M., Serem, A. K., and Kipsat, M. Measuring Technical Efficieney among Maize Farmers in Kenya’s Bread Basket. Agricultural Journal, 7(2), 106-110. 2012.
[17] Nurhapsa. Technical Efficiency Analysis and Risk Behaviour, and its Effect on Hybrid Seed Application on Corn Farming in Kabupaten Enrekang Provinsi Sulawesi Selatan. Tesis.. Program Pasca Sarjana Institut Pertanian Bogor, Bogor. 2013.
[18] Mwangi, T.M. Ndirangu, S.N. and Isaboke, H.N. Technical Efficiency in Tomato Production among Smallholder Farmers in Kirinyaga County, Kenya. African Journal of Agricultural Research 16(5), Pp. 667-677. 2020.
[19] Wang, X. and S. Rungsuriyawiboon. Agricultural Efficiency, Technical Change and Productivity in China, Post-Communist Economies, 22(2), Pp. 207-227, 2010.
[20] Isaac, O. Technical Efficiency of Maize Poduction in Oyo State. Journal of Economics and International Finance. 3(4), Pp. 211-216 2011.
[21] Ali, I. Huo, X, Khan, I. Ali, H. Baz, K. and Khan, S.U.. Technical Efficiency of Hybrid Maize Growers: A Stochastic Frontier Model Approach. Journal of Integrative Agriculture 18(10), Pp. 2408-2421. 2019.
[22] Anupama J, RP Singh, and R Kumar. Technical Efficiency in Maize Production in Madhya Pradesh : Estimation and Implications. Agricultural Economics Research Review. 18(1), Pp. 305-315. 2005.
[23] Zalkuwi, J.W., Dia, Y. Z., and Dia, R. Z. Analysis of Economic Efficiency of Maize Production in Ganye Local Government Area Adamawa Nigeria. Nassarawa. Report and Opinion. 2(1), Pp 10-16, 2010.
[24] Asmara, R. Fahriyah, and Hanani, F. Technical, Cost and Allocative Efficiency of Rice, Corn, and Soybean Farming in Indonesia : Data Envelopment Analysis Approach. Agricultural Socio-Economics Journal 17(2), Pp. 76-80. 2017.
[25] Oyewo I.O. and Fabiyi Y.L. Productivity of Maize Farmers’ in Surulere Local Government Area of Oyo State. International Journal of Agricultural Economics and Rural Development.1(2), Pp. 25-34. 2008.
[26] Battese GE. Frontier Production Function and Technical Efficiency: A Survey of Empirical Applications in Agricultural Economics. Journal of Agricultural Economics 7 (1), Pp. 185-208. 1992.
[27] Coelli T, Rao D.S.P, and Battese G.E. An Introduction to Efficiency and Productivity Analysis. Kluwer Academic Publishers. London. 1998.
How to Cite
Edison, E. (2021). Determinants of Technical Efficiency in Smallholder Corn Crop Farming: Application of Stochastic Frontier Production Function. International Journal of Science, Technology & Management, 2(5), 1900-1906.