Crossbreeding in Cattle and Its Impact on Indigenous Breeds
Pandiri Keerthana*1, Arya M Narkhede1, M.S. Bawaskar2, D.S. Raghuwanshi2, A.P. Gawande2 and M.S. Patil2
- PhD Scholar, Department of ARGO, NVC, Nagpur
- Professor, Department of ARGO, NVC, Nagpur
Department of Animal Reproduction, Gynaecology and Obstetrics
Nagpur Veterinary College,
Maharashtra Animal & Fishery Sciences University-440006, Nagpur
Email ID: keerthanapandiri2307@gmail.com (Corresponding author)
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Abstract / Summary
Crossbreeding has played an important role in increasing milk production in India. Indigenous cows have been crossed with exotic breeds such as Holstein Friesian, Jersey and Brown Swiss to combine the adaptability of native cattle with the higher milk-producing ability of exotic breeds. Crossbred cattle can produce more milk under suitable feeding and management conditions. However, uncontrolled or indiscriminate crossbreeding can also create problems. Continuous use of exotic semen in native breeding populations may dilute valuable indigenous genetic characteristics and reduce the number of purebred animals available for future breeding. Native cattle have developed over generations to survive local heat, diseases, poor-quality feed and difficult environmental conditions. Therefore, the aim should not be to stop crossbreeding completely, but to use it carefully while conserving and improving pure indigenous breeds. A balanced breeding programme can provide higher productivity without losing India’s valuable cattle genetic resources.
Keywords: Crossbreeding, indigenous cattle, native breeds, genetic diversity, exotic breeds, breed conservation, cattle breeding
Introduction
India has a rich diversity of cattle breeds. Gir, Sahiwal, Rathi, Tharparkar, Kankrej, Ongole, Hariana, Deoni and Red Sindhi are some of the well-known indigenous breeds. These animals have developed over many generations under local environmental conditions. Their ability to tolerate heat, survive on relatively poor-quality feed and cope with locally prevalent diseases makes them valuable genetic resources (Joshi et al., 2005).
Crossbreeding was introduced in India mainly to improve milk production. Exotic breeds such as Holstein Friesian and Jersey were crossed with indigenous cattle to combine high milk production with local adaptability. This approach contributed significantly to the development of productive crossbred cattle and supported the growth of India’s dairy sector (Singh, 2005).
However, crossbreeding needs to be planned carefully. If exotic germplasm is used repeatedly in native breeding populations without maintaining purebred animals, the original characteristics of indigenous breeds can gradually be lost.
Why Was Crossbreeding Introduced?
Indigenous cattle generally have good adaptability but many local animals have relatively low milk production. Exotic dairy breeds, on the other hand, have been selected for high milk yield over many generations.
Crossbreeding attempts to bring together these useful characteristics. The resulting crossbred animals may show better milk production and reproductive performance under good management. Studies have reported higher lifetime milk production in several crossbred populations compared with indigenous cattle (Singh, 2005).
Therefore, crossbreeding can be useful, particularly where farmers have sufficient feed, good housing, disease control and access to proper breeding services.
How Can Indiscriminate Crossbreeding Affect Native Breeds?
- Dilution of Indigenous Genetic Characteristics
When native cows are repeatedly bred with exotic bulls, the proportion of native genetic material in their descendants decreases. If this continues for several generations without maintaining purebred animals, the original breed characteristics may become difficult to recover.
This process is often described as genetic dilution. Indian animal genetic resource studies have reported concern about the dilution of native breeds due to unplanned use of exotic germplasm (Joshi et al., 2012).
- Loss of Valuable Adaptive Traits
Native cattle have developed characteristics suited to Indian conditions. These may include heat tolerance, ability to utilize low-quality feed, disease resistance and adaptation to local climatic conditions.
When these animals are replaced extensively by high-producing crossbreds, some of these valuable traits may become less common in the population. Recent reviews have also highlighted the importance of indigenous cattle for adaptation to changing climatic conditions (Sarang et al., 2024).
- Reduction in Purebred Population
If most farmers in a particular area use crossbred or exotic semen, fewer purebred animals remain for breeding. Once the population of a native breed becomes very small, maintaining its genetic diversity becomes difficult.
This is particularly important for breeds that are restricted to specific geographical regions or have relatively small breeding populations.
- Crossbreds Require Better Management
High-producing crossbred cows generally need better nutrition, housing, health care and reproductive management to express their production potential. Under poor feeding and management conditions, the expected benefit from crossbreeding may not be achieved.
Therefore, simply producing a crossbred animal does not guarantee higher income. The production system of the farmer must also be considered.
- Problems with Unplanned Breeding
Crossbreeding should follow a clearly defined breeding objective. Repeatedly changing exotic breeds or using semen without considering the genetic background of the cow can result in variable animals whose production and performance are difficult to predict.
Scientific breeding programmes therefore emphasize the planned use of suitable breeds and the maintenance of appropriate genetic levels rather than uncontrolled crossing.
Crossbreeding and Conservation Should Go Together
Crossbreeding and conservation should not be treated as completely opposite approaches. Both can be useful when they are used for the right purpose.
Crossbreeding can be used in suitable populations where increased milk production is the main objective. At the same time, pure indigenous animals should be identified, recorded and maintained for breeding.
The Government of India has programmes such as the Rashtriya Gokul Mission that focus on conservation, genetic improvement and development of indigenous bovine breeds. The government has also emphasized the use of high-merit indigenous bulls and germplasm for breed improvement and conservation (Government of India, 2026).
What Should Farmers Do?
Farmers can help conserve native breeds by following a few simple practices:
- Identify and maintain good-quality purebred indigenous cows and bulls.
- Use semen according to the breeding plan recommended by the local animal husbandry department or veterinary professional.
- Avoid repeated, unplanned crossing simply because an exotic breed produces more milk.
- Select animals based on milk production, fertility, health, adaptability and longevity.
- Maintain records of breeding, calving and milk production.
- Give suitable nutrition and management according to the genetic potential of the animal.
- Support conservation and multiplication of good indigenous breeding animals.
Balanced Approach for the Future
The future of cattle breeding in India should focus on both productivity and conservation. High milk production is important for farmers, but genetic diversity is also important for the long-term sustainability of livestock production.
Instead of replacing indigenous cattle completely, breeding programmes can identify the strengths of each breed and use them according to the production system. Indigenous breeds can also be improved through selection within the breed. This helps increase productivity while retaining their important adaptive characteristics (Joshi et al., 2005).
Conclusion
Crossbreeding has contributed significantly to increasing milk production in India and can provide useful benefits when it is carried out under suitable management. However, uncontrolled crossbreeding can gradually dilute indigenous genetic resources and reduce the availability of pure native breeds. Indigenous cattle are valuable not only because of their milk production but also because of their adaptation to heat, local diseases, limited feed resources and changing climatic conditions. Therefore, the goal should not be simply “crossbred versus indigenous.” A better approach is to use crossbreeding where it is appropriate while simultaneously conserving, improving and multiplying superior native breeds. A balanced breeding strategy will help farmers improve productivity today without losing valuable cattle genetics for future generations.
References
Government of India. (2026). Promotion of indigenous cow breeds and A2 milk certification. Ministry of Fisheries, Animal Husbandry and Dairying, Government of India.
Joshi, B. K., Singh, A., & Mukherjee, S. (2005). Genetic improvement of indigenous cattle for milk and draught: A review. Indian Journal of Animal Sciences, 75(3).
Joshi, B. K., Sodhi, M., Mukesh, M. M., Mishra, B. P., & others. (2012). Genetic characterization of farm animal genetic resources of India: A review. Indian Journal of Animal Sciences, 82(11).
Sarang, S. K., Sreekumar, D., & Sejian, V. (2024). Indigenous cattle biodiversity in India: Adaptation and conservation. Journal of Livestock Biodiversity.
Singh, A. (2005). Crossbreeding of cattle for increasing milk production in India: A review. Indian Journal of Animal Sciences, 75(3).
