LOW PRODUCTIVITY OF INDIAN DAIRY ANIMALS: CHALLENGES AND MITIGATION STRATEGIES
Shruti Shaurya1
1M.V.Sc. Scholar, Division of Medicine, ICAR-Indian Veterinary Research Institute, Izatnagar, U.P., 243122
Abstract
Dairy farming is a vital component of India’s agricultural sector, supporting millions of livelihoods and contributing significantly to the nation’s food supply. However, the productivity of Indian dairy animals remains lower than global standards, presenting several challenges that hinder optimal milk production. The primary challenges affecting the productivity of Indian dairy animals include genetic limitations, nutritional deficiencies, health issues and suboptimal management practices. Indigenous cattle breeds, predominant in India, often have lower milk yield capacities compared to high-yielding exotic breeds, posing a fundamental genetic constraint to productivity improvement. Additionally, limited access to quality feed and fodder leads to nutritional deficiencies among dairy animals, impacting their overall health and milk production. Common health issues such as mastitis, hoof diseases and parasitic infections further reduce productivity, while substandard management practices on farms contribute to inefficiencies. Mitigating these challenges requires a multifaceted approach. Enhanced breeding programs aimed at selective breeding and crossbreeding can improve genetic potential and milk yield capacities. Implementing balanced nutrition management practices, including access to quality feed supplemented with essential nutrients, is crucial to optimizing milk production. Addressing the low productivity of Indian dairy animals requires targeted interventions that integrate genetic improvement, nutrition management, healthcare interventions and farm management practices. By implementing these mitigation strategies, India can unlock the full potential of its dairy sector, benefiting farmers, consumers, and the nation’s economy.
Keywords: Dairy animals, Livelihoods, Low productivity.
Introduction
Dairy farming is an integral part of India’s rural economy, with millions of small-scale farmers relying on dairy animals for milk production and income generation. Despite the vast potential of the dairy sector, the productivity of Indian dairy animals remains a concern, hindering the industry’s growth and farmers’ profitability.
According to the 20th livestock census conducted by the Government of India in 2019, the country is home to a vast population of dairy animals. The total livestock population in India stands at over 535.78 million, with cattle accounting for a significant proportion. Specifically, India has approximately 192 million cattle, including indigenous breeds like Sahiwal, Gir and Red Sindhi, as well as crossbred and exotic breeds such as Holstein-Friesian and Jersey.
In terms of milk production, India is the largest milk-producing country globally, with an estimated production of over 198 million metric tons of milk annually. Despite these impressive figures, the productivity of Indian dairy animals, measured by milk yield per animal, remains relatively low compared to developed dairy industries.
By identifying the challenges leading to low production and mitigating these factors, India can unlock the full potential of its dairy sector, improving the livelihoods of farmers and ensuring food security for the nation.
Challenges:
Genetic limitations significantly contribute to the lower productivity observed in Indian dairy animals. India, the country is home to over 192 million cattle, encompassing various indigenous and exotic breeds. While indigenous breeds constitute the majority, the productivity of these breeds, measured in terms of milk yield per animal, remains lower compared to high-yielding exotic breeds. Indigenous cattle breeds like Sahiwal and Gir typically produce milk yields ranging from 5 to 8 liters per day, whereas high-yielding exotic breeds like Holstein-Friesian can yield significantly higher amounts, ranging from 15 to 25 liters per day under optimal management conditions. Studies have also highlighted the genetic differences between indigenous and exotic breeds that influence milk production. Research conducted by agricultural universities in India has demonstrated that genes associated with milk yield, lactation duration and fat content differ between indigenous and exotic breeds, underscoring the importance of genetic improvement strategies to enhance dairy animal productivity. crossbreeding programs have shown promising results in improving milk yield in certain regions of India. For instance, in states like Punjab and Haryana, where crossbreeding initiatives have been widely adopted, farmers have observed significant increases in milk production due to the introduction of high-yielding exotic genetics into indigenous cattle populations.
Suboptimal nutrition significantly impacts the productivity and overall health of dairy animals in India, posing challenges that hinder optimal milk production. Many dairy animals in the country face inadequate access to balanced and quality nutrition due to limited availability and affordability of nutritious feed and fodder. Inadequate nutrition leads to various detrimental effects on dairy animal health and performance. Dairy animals lacking essential nutrients like protein, vitamins, and minerals exhibit lower milk yields per lactation cycle. Studies have shown that optimized nutrition can significantly enhance milk production in dairy cattle. Suboptimal nutrition contributes to reproductive disorders in dairy animals, including longer calving intervals, reduced conception rates, and increased instances of infertility. Animals with poor nutrition are more prone to diseases such as metabolic disorders, hoof problems, and compromised immune function. This results in higher veterinary costs and reduced farm profitability.
Health issues are prevalent among dairy animals in India, significantly impacting both milk production and overall animal welfare. Mastitis, a common inflammatory condition of the udder, is one such ailment that affects a significant portion of the dairy cattle population. Mastitis prevalence in Indian dairy cows ranges from 20% to 60%, highlighting the severity of this health issue. It not only leads to reduced milk yield but also compromises milk quality, affecting its market value and causing economic losses for farmers. Hoof diseases, including lameness and foot rot, are another health concern among dairy animals in India. Research indicates that lameness prevalence in dairy cattle can range from 5% to 20%, with foot rot being a primary contributing factor. Hoof diseases not only cause pain and discomfort but also impair mobility, leading to decreased feed intake and milk production.
Addressing health issues in dairy animals requires the implementation of sound management practices. Inadequate housing, poor hygiene, and suboptimal breeding management practices contribute to the prevalence of health ailments among dairy herds. According to recent surveys, over 60% of dairy farms in India lack proper housing facilities and hygiene management protocols. Improving management practices, such as providing clean and comfortable housing, implementing strict hygiene measures, and adopting optimal breeding strategies, is crucial for mitigating health issues and optimizing dairy animal productivity.
The lack of infrastructure in Indian dairy farming presents a significant barrier to productivity improvements and overall sectoral growth. Access to modern infrastructure, including milking facilities, storage and transportation, is essential for optimizing dairy animal productivity and ensuring the efficient processing and distribution of milk products.
A substantial portion of dairy farms in India lack adequate infrastructure to support efficient milk production and processing. Over 70% of small-scale dairy farms do not have access to mechanized milking equipment, relying instead on traditional manual methods. This reliance on manual milking not only increases labor costs but also reduces milk yield consistency and quality due to variations in milking techniques. In addition to milking facilities, storage infrastructure is crucial for preserving milk quality and minimizing spoilage. However, a significant number of dairy farms in India lack proper refrigeration and cold storage facilities, leading to post-harvest losses and quality degradation. Studies estimate that up to 30% of milk produced in India is lost due to inadequate storage infrastructure.
The transportation infrastructure also plays a vital role in ensuring timely delivery of milk products to markets and processing facilities. However, poor road connectivity and inadequate transportation facilities in rural areas hinder the efficient movement of dairy products, leading to delays and quality deterioration.
Market constraints pose significant challenges to the productivity and profitability of dairy farming in India. Limited access to stable markets, price fluctuations and inadequate marketing infrastructure hinder the growth and sustainability of the dairy sector. The Indian dairy industry is characterized by a fragmented market structure, with small-scale farmers dominating production. These farmers often face challenges in accessing stable markets for their milk products. Lack of organized market channels and market information systems exacerbates uncertainties surrounding milk pricing and market demand, leading to income volatility for dairy farmers. Price fluctuations further compound market constraints in the dairy sector. Factors such as seasonal variations in milk production, changing consumer preferences and market dynamics contribute to price volatility, impacting the profitability of dairy farming operations. Price fluctuations can result in reduced farmer incomes and financial instability, particularly for smallholder farmers who lack bargaining power in the market. In addition to market instability, inadequate marketing infrastructure presents challenges for dairy farmers in India. Limited access to transportation facilities, storage capacities, and processing facilities impede the efficient movement and processing of milk products. This inefficiency not only increases transaction costs but also affects milk quality and shelf-life, reducing market competitiveness.
Mitigation:
Breeding and genetic improvement play a pivotal role in enhancing milk production capabilities in dairy animals. Encouraging the use of high-yielding crossbreeds or selectively breeding indigenous breeds for higher productivity is a strategic approach to augmenting milk yield in the dairy sector. Selective breeding of indigenous cattle breeds with superior milk production potential can also contribute to boosting productivity levels. By identifying and breeding individuals with desirable traits such as high milk yield, improved lactation persistency, and enhanced reproductive efficiency, farmers can develop improved genetic lines tailored to local environmental conditions and management practices. Incorporating genomic technologies and advanced breeding techniques, such as marker-assisted selection and genomic selection, can further accelerate genetic progress in dairy animal populations. These cutting-edge approaches enable the identification of genetic markers associated with desirable traits, facilitating more precise and efficient breeding decisions.
Improved nutrition plays a crucial role in enhancing dairy animal productivity by optimizing milk yield and quality. Implementing balanced ration programs that provide a nutritionally balanced diet tailored to the specific requirements of dairy animals is essential for achieving optimal performance. There is a significant impact of nutrition on milk production in dairy animals. A balanced diet containing adequate levels of energy, protein, vitamins and minerals is essential for supporting lactation and maximizing milk yield, establishing a positive correlation between improved nutrition and milk production, with dairy animals fed balanced rations exhibiting higher milk yields compared to those receiving inadequate nutrition. The composition of the diet plays a crucial role in determining milk quality attributes such as fat content, protein content and overall nutritional value. By formulating balanced rations that meet the specific nutritional requirements of dairy animals, farmers can not only increase milk yield but also enhance the nutritional composition of the milk produced. Utilizing advanced nutritional modeling techniques and precision feeding technologies can aid in formulating customized ration programs tailored to individual animal requirements. These approaches enable farmers to optimize nutrient utilization and minimize feed wastage, ultimately leading to improved productivity and profitability in dairy farming operations.
Healthcare interventions are integral to enhancing dairy animal productivity by mitigating health issues and promoting overall animal well-being. Regular veterinary care, disease prevention programs and proper hygiene practices play crucial roles in maintaining the health and productivity of dairy herds. Proactive healthcare measures significantly impact dairy animal health and productivity, highlighting the positive effects of regular veterinary care and disease prevention programs on reducing the incidence of common health ailments such as mastitis, metabolic disorders and reproductive disorders in dairy cattle. Studies have demonstrated that implementing vaccination programs and routine health checks can effectively prevent infectious diseases and improve overall herd health. Proper hygiene practices, including maintaining clean housing facilities, ensuring access to clean water, and practicing effective manure management, are essential for preventing the spread of diseases and minimizing stressors that can compromise animal health. Research has shown that implementing stringent hygiene protocols can reduce the prevalence of infectious diseases and enhance the overall well-being of dairy animals, resulting in improved productivity and milk quality.
Training and education are pivotal in empowering dairy farmers with the knowledge and skills necessary to enhance productivity. Educating farmers on best practices in dairy farming, including efficient feeding methods, proper breeding techniques, and effective disease management, can significantly improve dairy production outcomes. Farmers who receive training on balanced ration formulation can increase milk yield by 15-20% by providing nutritionally adequate diets tailored to the specific needs of their dairy animals. Efficient feeding methods not only improve milk yield but also enhance overall animal health and reproductive performance. Proper breeding techniques, including the use of artificial insemination (AI) and selective breeding strategies, can substantially improve genetic potential and milk production. Dairy farms employing AI and other advanced breeding methods have reported a 25-30% increase in milk yield compared to those using traditional breeding practices. Training farmers on these techniques ensures better herd management and genetic improvement, leading to sustained productivity gains.Effective disease management through education on regular veterinary care, vaccination programs, and biosecurity measures can reduce the incidence of common diseases such as mastitis and foot-and-mouth disease. The farms with trained farmers had a 40% lower incidence of mastitis, directly correlating with higher milk production and reduced veterinary costs.
Infrastructure development is critical for creating a conducive environment for dairy animals to thrive, thereby enhancing productivity. Investing in improved housing, milking facilities, and access to clean water is essential for optimizing the health and well-being of dairy herds. Improved housing facilities provide dairy animals with a comfortable and stress-free environment, which is essential for maintaining health and productivity. Research indicates that well-designed housing that includes adequate ventilation, comfortable bedding, and sufficient space can reduce stress and disease incidence, leading to better milk yields. Upgrading housing facilities resulted in a 15-20% increase in milk production due to improved animal welfare and reduced disease prevalence. Access to modern milking facilities is another crucial aspect of infrastructure development. Mechanized milking systems, such as automated milking machines, ensure efficient and hygienic milk extraction, reducing the risk of contamination and mastitis. Farmers utilizing mechanized milking systems experience a 25-30% increase in milk yield compared to those relying on traditional manual methods. Ensuring access to clean water is fundamental for the health and productivity of dairy animals. Clean and abundant water supply is essential for maintaining hydration, digestion, and overall metabolic functions. Research highlights that dairy cows require approximately 3-5 liters of water per kilogram of milk produced. Therefore, providing reliable access to clean water can significantly impact milk yield and quality. Investment in infrastructure development also includes enhancing transportation and storage facilities to ensure that milk can be efficiently collected, processed, and delivered to markets without spoilage. Improved cold chain logistics can reduce post-harvest losses, which are currently estimated to be around 20-30% due to inadequate storage facilities.
Strengthening market linkages for dairy products is crucial for providing farmers with better incentives, thereby encouraging investments in improving animal productivity. Effective market linkages ensure that dairy farmers receive fair prices, access new markets, and reduce post-harvest losses, ultimately enhancing the profitability and sustainability of dairy farming. In India, a significant portion of milk is marketed through unorganized channels, which can lead to price volatility and lower returns for farmers. Approximately 80% of milk production is sold in the informal market, where prices are often unstable and market information is scarce. Strengthening these linkages involves connecting farmers to organized markets, cooperatives, and dairy processing companies, which provide stable prices and consistent demand. Cooperatives like the Gujarat Cooperative Milk Marketing Federation (GCMMF), operating under the Amul brand, have successfully linked millions of dairy farmers to organized markets. GCMMF has enabled over 3.6 million farmers to secure better prices for their milk, fostering increased production and higher incomes. This cooperative model illustrates how effective market linkages can enhance dairy farming profitability. Digital platforms and e-commerce are also pivotal in strengthening market linkages. Platforms such as eNAM (National Agriculture Market) facilitate direct transactions between farmers and buyers, eliminating intermediaries and ensuring better price realization. Studies have shown that farmers using digital platforms can achieve up to 20% higher prices compared to traditional market channels. Investing in cold chain infrastructure and efficient logistics is essential for improving market linkages. Proper storage and transportation facilities reduce post-harvest losses, which currently account for 20-30% of total milk production in India. By minimizing these losses, farmers can increase their marketable surplus and profitability.
Conclusion
The low productivity of Indian dairy animals requires a comprehensive strategy that integrates genetic improvement, nutritional management, healthcare, effective farming practices, infrastructure development, and strengthened market linkages. The implementation of these mitigation strategies can lead to substantial improvements in milk yield, animal health, farmer incomes, and overall sustainability of the dairy sector. By continuing to prioritize and invest in these areas, India can unlock the full potential of its dairy industry, ensuring food security, economic growth, and better livelihoods for millions of dairy farmers.
References
York, L., Heffernan, C., Rymer, C., & Panda, N. (2017). A deterministic evaluation of heat stress mitigation and feed cost under climate change within the smallholder dairy sector. Animal : an international journal of animal bioscience, 11(5), 900–909. https://doi.org/10.1017/S1751731116002706
Abbas, Q., Han, J., Adeel, A., & Ullah, R. (2019). Dairy Production under Climatic Risks: Perception, Perceived Impacts and Adaptations in Punjab, Pakistan. International journal of environmental research and public health, 16(20), 4036. https://doi.org/10.3390/ijerph16204036
Patel, Satish & Jadawala, Ravi. (2017). CHALLENGES OF INDIAN DAIRY INDUSTRY. Indian Journal of Applied Research. 7. 10.15373/2249555X/OCT2017/516.
Rathod, Prakashkumar & Dixit, Sreenath. (2020). Precision dairy farming: Opportunities and challenges for India. The Indian journal of animal sciences. 90. 1083-1094. 10.56093/ijans.v90i8.109207.
Duguma B. (2022). Farmers’ perceptions of major challenges to smallholder dairy farming in selected towns of Jimma Zone, Oromia Regional State, Ethiopia: possible influences, impacts, coping strategies and support required. Heliyon, 8(6), e09581. https://doi.org/10.1016/j.heliyon.2022.e09581
