Enhancing Livestock Gross Value Added (GVA) in India: Technological innovations, policy frameworks, and emerging research priorities

Introduction

The Gross Value Added (GVA) is a key indicator of sectoral economic performance, representing the net contribution of a sector to the GDP and reflecting net output after accounting for intermediate consumption (Cai & Leung, 2020) [2] thus capturing the real production capacity and efficiency of a sector. As part of India's agrarian economy, the livestock sub-sector has emerged as one of the pivotal growth drivers in the country by transitioning from a subsidiary activity to a principal component of agricultural transformation, however, the traditional livestock sector is viewed as a subsidiary of agricultural farming. The livestock sector supports the livelihood of people in rural areas, contributes to food/nutritional security, and offers a steady source of income that is less influenced by the variability of monsoons. Over the last decades, India's livestock sector has exhibited remarkable resilience and steady expansion, even amidst economic fluctuation, climatic and market uncertinities. As per the DAHD's Annual Report for 2023-2024, the GVA for the Livestock Sector was ₹13,55,460 Crores at Current Prices during the year FY 2022-23 and this represents 30.23% of the Agriculture and Allied sectors GVA and 5.50% of the total national GVA. At Constant (2011-12) Prices, the GVA for the Livestock Sector was ₹6,90,268 Crore and this represented a 5.02% increase over the previous year.

From 2014-15 to 2021-22, the Livestock Sector GVA increased from ₹3,90,449 Crores to ₹6,54,937 Crores and the Compound Annual Growth Rate (CAGR) for this period was 7.67% and the Average Annual Growth Rate (AAGR) was 6%. Compared with the Agriculture and Allied sector, which had a CAGR of 4.25%, the livestock sector has demonstrated a strong upward trajectory therefore, its share of the Agriculture and Allied GVA expanded from 24.32% to 30.38% and its share of the total GVA increased from 4.44% to 5.50%, conforming it's expanding role in structural and economic transformation Table -1, Table-2. Government intervention and technological innovation, such as the National Livestock Mission (NLM) and the Rashtriya Gokul Mission (RGM), contributed to improved productivity, genetic improvement, animal health, and value-chain, resulting in not only quantitative but also qualitative expansion, and better market integration. The livestock sector demonstrated its ability to be resilient during the COVID-19 pandemic when the GVA for the livestock sector continued to grow, as there were significant declines in all other economic indicators during the pandemic. This continuous upward trend in the GVA for the livestock sector demonstrates the sector's rapid transformation into a sustainable engine of rural income and agricultural diversification.

Materials and Methods

Drivers of Sectoral Growth

Demand Dynamics: Rapid population growth (projected at 1.6 billion by 2050) and increasing per-capita income in India have created an increase in demand for protein-rich food products. Studies indicate that the elasticity of demand related to spending on protein sources such as dairy and meat products has been found to be positive and statistically significant (Chengappa et al., N.D. Joshi, 2023) [6] . Urban households have shown a faster transition to livestock products, with declining per-capita consumption of cereals per head declining (Taravella & Barbier, 2002) [9] . Demand for poultry meat and eggs is expected to triple by 2030 (Mohanty et al. 2003) [7] . Such consumption trends would indicate that livestock plays an important role in nutrition security.

Policy interventions

Government flagship initiatives such as the, National Dairy Plan, Rashtriya Gokul Mission (RGM), and National Livestock Mission (NLM), have improved the infrastructure for breed quality and feed availability by attracting private investments and enhancing various aspects of the industry. These programs are responsible for nearly 1-2 percent of the annual productivity improvement (Julius H. 2022). Investments in cold chains for transport and processing infrastructure have changed efficient market access and value additions. India has produced a record milk output of 230.58 million tons between the year 2022-2023 (Pandey et al., 2024) [8] . This demonstrate the sustained policy -driven growth and employment in rural areas.

Finance and Technology: Growth Engines of Livestock GVA Together, financial inclusion and technological development lead to growth in GVA. Access to institutional credit has increased sharply between 2014-2023, more than 33.84 lakh livestock farmers are holding Kisan Credit Cards (KCCs) (DAHD, 2024). The target of livestock credit flow target for FY 2023-24 was fixed at ₹ 2.93 lakh crore, comprising of ₹ 1.05 lakh crore for dairy, and ₹ 28000 crore for poultry. The allocation under the Animal Husbandry Infrastructure Development Fund (AHIDF) has strengthened capital formation in the sector, and encouraged small-holders to adopt genetic, feeding, and management technologies, leading to an increase in per animal output and GVA. The technologies applied, such as sex sorted semen, IVF, and genomic selection, have led to increase in lactation yield of 8-12% contributing to a 5.02% annual raise livestock GVA. The annual report 2023-24 of the Department of Animal Husbandry and Dairying (DAHD) highlights that the expansion of institutional credit and the rapid adaptation of reproductive and genetic technologies have contributed to productivity-led GVA growth.

Technological innovations in breeding and their impact on the livestock GVA Sex Sorted Semen Technology

Sex-sorted semen permits the targeted production of female calves and reduces non-productive male offspring, resulting in increased milk production. In five government institutions more than 9.9 million doses were produced, which accounted for 7 million doses consumed for AI in the entire country by the year 2023-24 (DAHD, 2024). The technology achieves >90% female accuracy, with the facilities created under Accelerated Breed Improvement Programme (51 lakh targeted pregnancies).

In vitro fertilization and embryo transfer

Embryo transfer in 22 IVF laboratories resulted in the production of 20,859 embryos with elite donors, of which 11,433 embryos were transferred and by March 2024, 1,784 genetically superior calves were born. The generation interval for improved germ-plasma has reduced dramatically from 21 years to only 3 years. Every successful progeny of IVF achieves a lactation yield of up to 4,000 kg, leading to an increase in per animal productivity and GVA.

Genomic Selection and Evaluation:

The National Bovine Genomic Center for Indigenous Breeds (NBGC-IB) has enabled the use of genomic chips (Indus Chip and Buff Chip) from ICAR-NBAGR and NDDB, respectively, which has reduced the period of evaluation from 6-7 years to less than three years leading to rapid genetic improvement in breeds such as Gir, Sahiwal, and Murrah. Precision breeding enhances fertility, and disease resistance, and improves the quality and yield of milk, leading to an increase in GVA. These core reproductive technologies, sex sorted-semen, in vitro fertilization (IVF), and genetic selection has redefined India's dairy development strategy under the Rastriya Gokul Mission (RGM) and National Livestock Policy (2023).

The development of the livestock sector in rural economic planning

The integration of livestock GVA in to rural economic planning has been furthered through digital platforms, including the National Digital Livestock Mission (NDLM), and Bharat Pashudhan. In total, over 34 cores of digital transactions were recorded as of March 2024, which represents significant development towards data-driven livestock management in rural areas (DAHD, 2024). Under the National Animal Disease Control Program 30.64 cores animals were vaccinated against Foot & Mouth disease (FMD), resulting in a reduction of FMD outbreak incidence of approximately 80% since 2018 and preventing annual loss of Rs 27,000 cores. Additionally, village-level mapping of GVA has enabled the targeted allocation of resources, and A-HELP (Accredited for Health and Extension of Livestock Production) workers in 15 states are providing door-to-door veterinary care, and collecting data related to the livestock sector (Table -5). Collectively, the integration of all these initiations like digital livestock database, disease surveillance system, and rural extension networks creates a foundation for localized livestock GVA estimation for realization of Vision India @ 2047.

Goals of the National Livestock Policy (2023) and Strategic Direction

By 2030, the National Livestock Policy (2023) as outlined in the DAHD Annual Report (2023-24), intends to utilize the livestock industry for India's rural and economic transformations, by achieving an additional ₹2.5 trillion of value added, at a compound annual growth rate of 9.5%. The policy also aims to increase feed and fodder production by developing quality fodder seed production and regional feed corridors. As part of the National Livestock Mission (NLM), in FY 2023-24, 36,400 MT of quality fodder seeds were produced and the NLM approved 43 feed and fodder entrepreneurship units with a total investment of ₹4,184.82 lakhs, government subsidy was provided for ₹1,780.08 lakhs. This will assist in reducing the national fodder deficit (4.5-9%) and enhancing dry matter yields, toward a goal of 12 tonnes DM/ha. The National Livestock Policy (2023) prioritizes animal health, infrastructure, and sustainability in order to boost GVA. DAHD aims to eradicate FMD and PPR by 2027, improving milk yield by 8%, and has expanded veterinary vaccine and drug production capacities to 90 lakh boluses, 400 lakh Tablets, and 2.75 lakh liters of veterinary formulations annually. Through AHIDF, 347 projects have increased dairy (137.53 lakh LPD), meat (9.12 lakh MTPA), and feed (79.24 lakh MTPA) capacities, backed by 3% interest subvention and 25% credit guarantees. Green-finance incentives, including up to 200 basis points subvention for methane-reduction and circular-economy projects, promote climate resilience and inclusivity (Table -6).

Emerging Research Priorities for Enhancing Livestock GVA:

Enhancing India's livestock GVA requires integrated innovation in productivity, efficiency, and sustainability, The DAHD Annual Report (2023-24), aligned with the National Livestock Policy (2023), and targets an additional ₹2.5 trillion in value addition by 2030 at a 9.5% CAGR. Key priorities include genomic selection and precision breeding using Indus Chip and Buff Chip technologies, which reduce breeding cycles from 6 to -7 years to under 3 years and boost milk yield. Research on methane-mitigating feed additives has improved feed efficiency by 5-7%, addressing livestock's 3.4% GHG share. The One Health framework aims to eliminate FMD and PPR by 2027, preventing 6-8% milk yield losses. Further, circular livestock models integrating biogasfertilizer-insect protein systems enhance resource use, while innovations in livestock insurance with ₹500.3 lakh premium support strengthen income stability. Collectively, these research thrusts provide a science-driven roadmap for sustainable, resilient, and high-value livestock growth in India.

Conclusion

The livestock sector of India is the corner stone for GVA growth in the agricultural sector, as has been displayed throughout consistent resilience and transformation. Overall GVA of Livestock has increased from ₹ 3.9 lakh crore in 2014-15 to ₹ 6.9 laky crore in 0922-23 recording an annual growth of 7.67 percent but also an increase in the share in GVA generate in agricultural sector to more than 30 percent. Policy-led interventions, technological adaptations and financial inclusion have improved this sector. The National Livestock Policy (2023) projects another of ₹ 2.5 trillion additional values by the year 2030 with continued genomic improvements, green finance, and digital GVA monitoring, the livestock sector remains a dynamic engine of India's agrorural transformation and national economic resilience.

Acknowledgement

AcknowledgmentThe author is grateful to the Department of Animal Husbandry and Dairying (DAHD), Government of India, and the Ministry of Statistics and Programme Implementation (MoSPI) for providing authentic and comprehensive data that formed the foundation of this review.

References

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