Srinagar (Jammu and Kashmir) [India], February 6 (ANI): The Jammu and Kashmir government hopes to achieve remarkable growth in average annual milk productivity, from 2380 litres to 4300 litres by 2027.
Jammu and Kashmir is home to a thriving bovine industry, with about 31.45 lakh bovines the region accounts for 1.04% of India's total bovine population.
Out of the total bovine population, 10.90 lakh cattle and buffaloes are considered breedable and have the potential to contribute towards the region's milk economy.
As per ISS-2020-21, the annual milk production in J&K is 25.94 lakh MT and the average annual milk production per cow in the region stands at 2380 litre, which is higher than the national average. The milk economy in J&K is valued at Rs 9080 cr which plays a crucial role in UT's agri-economy.
Dairy farming is a major source of livelihood for many rural families and is constantly growing, with a focus on increasing milk productivity under CSS-RGM and improving the quality of milk besides upgrading milk collection, processing and marketing infrastructure under CSS-NPDD.
The dairy industry in J&K holds immense potential for UT's economy, providing employment opportunities and contributing to the local population's well-being. With the increasing demand for dairy products and the per capita availability of milk being lower than many milk potential states, the dairy sector is poised for significant growth in the UT in the coming years.
The J&K government has taken a major step towards boosting the agriculture and allied sectors with the recent launch of the Holistic Agriculture Development Program (HADP). This comprehensive program was expertly drafted by a team of Technical Working Groups under the guidance of the Agriculture Production Department, led by the distinguished scientist Dr Mangla Rai, former DG of ICAR.
The HADP is a comprehensive program that aims to address various challenges faced by the agriculture and allied sectors including the dairy industry in J&K besides providing ample employment opportunities for the local population. The J&K government is committed to supporting the dairy sector and ensuring its sustainable growth, thereby contributing to the overall economic development of the UT.
The HADP encompasses 29 innovative projects, including a visionary plan for dairy development in J&K over the next five years. This dairy development project focuses on one of the most critical components i.e; increasing milk productivity through wider implementation of Artificial Insemination (AI) by involving private AI workers. By successfully executing this intervention, the J&K government hopes to achieve remarkable growth in average annual milk productivity.
The use of Artificial Insemination in the dairy industry has been proven to be a highly effective tool to increase average animal productivity and contribute to the growth of the rural economy.
By using AI, dairy farmers can benefit from the efficient use of high-quality bulls, without being limited by their location.
The advantages of using AI over traditional breeding with bulls are numerous, including improved efficiency, cost-effectiveness, reduced transmission of disease, and enhanced breeding efficiency.
Despite various efforts, the current AI coverage in the UT of J&K is still limited to just 30 per cent of the breedable bovines. The AI coverage in the Kashmir division stands at 61 per cent, while it is only 17% in the Jammu division.
In comparison, developed nations have 100 per cent AI coverage of their bovine population. The situation is even more concerning in districts like Reasi, Poonch, Rajouri, and Ramban, where the AI coverage is below 10%, despite the fact that 25% of the total breedable population of J&K is reared in these districts. Kupwara is the only district in the Kashmir division which has the lowest AI coverage, just 24 per cent.
One of the major obstacles in expanding Artificial Insemination (AI) coverage in J&K is a limited network of government-run AI centres and a shortage of trained AI technicians.
To address this, the Dairy Development Project aims to enhance the productivity of the existing bovine population by increasing AI coverage through the establishment of Multi-Purpose Artificial Insemination Technicians in Rural India( Private AI workers). These private AI workers will deliver AI services to farmers at their doorstep on a self-sustainable basis by collecting the cost of goods and services.
The project will directly benefit 1533 educated rural youth and approximately 7 lakh dairy farmers will receive indirect benefits in terms of increased productivity and milk production.
At present, only 3.32 lakh breedable cattle are covered under AI and the project aims to bring 7.63 lakh cows under AI coverage within the next three years. To achieve 70 per cent AI coverage over the next three years, the total AIs conducted will be increased by 10 per cent in the first year, 22 per cent in the second year and 8 per cent in the third year on a year-to-year basis.
The project aims to train a total of 1,533 young individuals from underprivileged and uncovered areas of Jammu and Kashmir as private Artificial Insemination (AI) workers. These individuals will be selected under HADP and CSS-RGM and will undergo training at an accredited AI training institute with support of Rs 30,000 per candidate. These trained private AI workers will be deployed in their respective villages to deliver AI services to the farmers over a period of two years.
If private AI worker conducts an average of 600 AI procedures in a year, they can easily earn Rs 1.08 lakh from AI work alone, besides additional income from minor veterinary practices. With this project, the productivity of the bovine population in Jammu and Kashmir will be enhanced, providing indirect benefits to around 7 lakh dairy farmers in terms of increased productivity and milk production.
The deployment of private AI workers in uncovered areas of J&K holds great potential for not only providing part-time employment opportunities for rural youth but also for making veterinary healthcare and breeding services readily accessible to farmers.
By utilizing quality germplasm, these AI workers will be able to upgrade the quality of non-descript low-yielding dairy animals in remote areas, resulting in the production of superior dairy animals within a period of five years. This will lead to a significant increase in average annual milk productivity, reaching 4300 litres per dairy animal by 2027-28.
The implementation of this project will provide a much-needed boost to the dairy sector in the uncovered areas of J&K, thereby contributing towards the overall development of the region. (ANI)