Performance of commercial dairy farming in Meerut district of Uttar Pradesh
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Keywords:
Commercial Dairy, Economic feasibility, Sustainable dairying, Economic dairy farming, Profitable farmingAbstract
India's commercial dairy farming sector is a pivotal component of the nation's agrarian landscape, contributing significantly to the economy and the livelihoods of millions of farmers. Analyzing its profitability and identifying production constraints are essential for guiding effective policy interventions. The present study aimed to determine the costs, returns and constraints involved in milk production in the Meerut district of Uttar Pradesh during the period 2020–2024. Primary data were collected from five commercial dairy farms including a total of 182 Sahiwal and 367 crossbred cattle breeds. The study also estimated the overall net maintenance cost per animal per day. The average landholding size among the dairy rearers was 3.0 hectares. The expenditure pattern revealed that the highest cost share was on green fodder (27.70%), followed by dry fodder (22.62%), concentrate feed (21.67%), labour (12.82%), depreciation on milch animals (3.68%), depreciation on livestock sheds (2.43%), mineral mixture (1.27%), veterinary expenses (1.01%), loan interest on milch animals (2.16%), loan interest on sheds/buildings (1.66%), loan interest on equipment (1.16%), and lastly depreciation on equipment (1.59%). The cost of milk production in crossbred cows was Rs. 42.13 per litre per day, and with the sales price Rs. 47.26 per litre, resulted in a net profit of Rs. 5.14 per litre per day. For indigenous lactating cows', the cost of production was Rs. 36.63 per litre and with an average sales price of Rs. 49.14 per litre, yielded a comparatively higher profit of Rs. 12.51 per litre per day; however, this profit may be due to the better sales price because of proximity to the urban area. The net returns were positive across both animal breed categories. The majority of dairy farmers preferred crossbred cows due to higher productivity but indigenous cows can also be profitable if reared in the periphery of an urban area with good sales prices.
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References
Acharya K K and Malhotra R. 2020. Economic analysis of milk production in peri-urban dairy farms of Odisha. Indian Journal of Dairy Science 73: 155–59.
Das A K, Mitra A, Kumar R, Singh U, Kumar S, Raja T V, Alex R, Kumar K A, Sirohi A S and Saha S. 2023. Genetic evaluation of Frieswal cattle for first lactation milk yield from smallholder dairy production systems in Kerala State of India. Indian Journal of Animal Sciences 93(2): 176–81.
Dairy Report (2000) International Farm Comparison Network (IFCN).
Ghule A K, Verma N K, Cahuhan A K and Pravin Sawale. 2012. An Economic Analysis of Investment Pattern, Cost of Milk Production and Profitability of Commercial Dairy Farms in Maharashtra. Indian Journal of Dairy Science 65(4): 65–72.
Harvey, W. 1966. Oxford: Clarendon Press. https://www.dahd.gov. of 21st Livestock Census.pdf.
Kumar R, Das A K, Raja T V, Rathee SK, Dubey P P and Prakash B. 2017. Performance of crossbred cattle (HF × Sahiwal) under tropical farming conditions of Punjab. Indian Journal of Animal Sciences 87(11):1402–05.
Kumar R, Prasad N, Kumar A, Raja T V and Das A K. 2020. Cattle production system in the Doab area of Uttar Pradesh. Indian Journal of Animal Sciences 90(1): 90–93.
Kumar R, Singh R and Rajkumar. 2010. Buffalo Production System in India. Revista Veterinaria 2: 32–37.
MacDonald J M, O’Donoghue E J, McBride W D, Nehring R F, Sandretto C L and Mosheim R N. 2007. Profits, costs, and the changing structure of dairy farming: a report from the Economic Research Service. United States Department of Agriculture Economic Research Report Number 47. www.ers.usda.gov.
Mohapatra S, Sendhil R, Singh A, Dixit A K, Malhotra R and Ponnusamy K. 2021. An economic analysis of milk production in Haryana. Indian Journal of Dairy Science 74(2): 159–66.
Singh P and Datta K K. 2016. Economic analysis of traditional milk supply chain in Ranchi district of Jharkhand. Indian Journal of Economics and Development 12: 495–502.
Singh S, Tegegneb F and Tegegneb E. 2012. The food processing industry in India: Challenges and opportunities. Journal of Food Distribution Research 43(1): 1–10.
Sirohi S, Bardhan D and Chand P. 2015. Cost and return in milk production: Developing standardised methodology and estimates for various production systems, Project Report of ICAR- National Dairy Research Institute (Deemed University), Karnal submitted to Department of Animal Husbandry, Dairying and Fishery, Ministry of Agriculture and Farmers Welfare, New Delhi
Sorathiya L M, Rathva A L and Gadhvi D N. 2020. Feasibility Study of Higher Investment towards Mechanization in Commercial Dairy Farms. Veterinary Research International 8(2): 142–47.
Vanishree M, Sendhil R, Sirohi S, Chauhan A K, Rashmi H M and Ponnusamy K. 2018. Value chain analysis of input delivery system for liquid milk in Bengaluru milk union of Karnataka. Indian Journal of Dairy Science 71: 502–8.
Varathan B J, Prabu M, Pandian A S S, Kumar G S and Kumar K N S. 2012. Production and marketing constraints in dairy cattle rearing as perceived by women self-help group members and non-members. Tamil Nadu Journal of Veterinary and Animal Sciences 8(2): 68–71.
Venkatesh P, Sangeetha V, Sundaramoorthy C, Sendhil R and Thomas L. 2012. A study on economics of milk products in Madurai district of Tamilnadu. Bioinfolet 9: 298.
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