Forage Demand and Supply in Livestock Management

India holds one of the world’s largest livestock populations – yet millions of animals are chronically underfed. The core reason is straightforward: the country cannot produce enough fodder to meet what its livestock actually needs. This gap between forage demand and supply is not a minor agricultural footnote – it is a structural crisis that suppresses milk yields, weakens animal health, and squeezes the incomes of small farmers who depend on livestock for survival.

The scale of India’s fodder deficit 🔗

As communicated to Parliament in July 2024 by India’s Union Minister for Animal Husbandry and Dairying, based on estimates from the ICAR-Indian Grassland and Fodder Research Institute, the country faces a shortage of 11.24 to 32 percent in green fodder and around 23 percent in dry fodder. Broader research paints an even starker picture. A review published in a peer-reviewed journal puts the current net shortfall at 35.6 percent in green fodder, 10.5 percent in dry fodder, and 44 percent in concentrate feed – meaning that for key nutritional components, animals receive less than two-thirds of what they need.

To put this in perspective: annual fodder demand is estimated at around 1,183 million tonnes (MT), while supply stands at roughly 843 MT – a shortfall of nearly 29 percent overall. And this demand is only going to grow. Research projections indicate that by 2050, demand for green and dry feed will reach 1,012 MT and 631 MT respectively, and unless there is a dramatic shift in production strategy, deficits will continue.

Understanding the three components of livestock feed 🔗

Livestock feed is broadly divided into three categories: green fodder, dry fodder, and concentrate feed. Each plays a distinct role in animal nutrition, and each faces its own supply challenge.

Green fodder 🔗

Green fodder – fresh grasses, leguminous crops, and leafy plants like berseem, lucerne, napier grass, and maize fodder – forms the nutritional backbone of ruminant diets. It provides essential vitamins, minerals, high digestibility, and moisture. However, it is seasonal and highly perishable. During monsoons, certain regions may see surpluses; during dry months, the same regions face near-total scarcity. According to a 2025 pan-India policy analysis published in Frontiers in Sustainable Food Systems, the deficit in green fodder alone is an estimated 31,367 million tonnes – a figure that highlights how acute the shortfall really is. Land under cultivated fodder crops accounts for only about 4.9 percent (9.13 million hectares) of the gross cropped area, and this proportion has remained largely stagnant for 25 to 30 years.

Dry fodder 🔗

Dry fodder consists mainly of crop residues – wheat straw, paddy straw, and coarse cereal hay. These residues account for roughly 71 percent of total feed sources used in animal feeding, making them the single most relied-upon category by volume. The Frontiers study found a marginal national surplus of around 2,145 million tonnes in dry fodder – but this surplus is misleading. Much of it is geographically concentrated, of poor nutritional quality, and a significant share is simply destroyed: approximately 140 million tonnes of crop residues out of 500 million tonnes produced annually are burned in fields, representing a massive waste of potential feed. The quality of dry fodder that does reach animals is frequently compromised by poor harvesting and storage practices, further reducing its effective nutritional contribution.

Concentrate feed 🔗

Concentrate feed – which includes oil cakes, grain brans, and other energy- and protein-dense ingredients – is the most expensive component and the most severely deficit. Feeding costs account for 72 to 75 percent of the total recurring cost of a farm, with concentrate feed making up 55 to 60 percent of that figure. When animals receive adequate green fodder, the need for concentrates falls significantly – but given how severe the green fodder shortage is, farmers end up substituting concentrates, driving up costs. The National Institute of Animal Nutrition and Physiology (NIANP) has warned that overreliance on concentrates due to roughage deficits can lead to metabolic health issues in cattle, including acidosis.

Why supply falls so short of demand 🔗

The fodder deficit is not simply a matter of not growing enough. It reflects a deeper set of structural constraints – in land use, seed systems, water availability, and competing agricultural priorities.

Land squeeze 🔗

Despite occupying only 2.0 percent of global geographical area, India supports 15 percent of the world’s livestock population. Yet the land allocated to fodder crops has barely grown. Food crop cultivation consistently takes priority, pushing fodder to marginal lands with lower fertility and irrigation access. The result is a vicious cycle: less land for fodder, lower yields, greater deficits.

Seed and input constraints 🔗

There is no systematic rolling plan for certified fodder seed production, procurement, and distribution to farmers. The supply chain from breeder seed to certified seed is broken at multiple levels in most states. Without access to high-quality, improved variety seeds, farmers cannot achieve the yields needed to close the demand gap, no matter how much land they commit to fodder cultivation.

Seasonal and climatic variability 🔗

Most of India’s fodder production is rain-fed and concentrated in the Kharif and Rabi seasons. Sorghum (over 2.6 million hectares) and berseem/Egyptian clover (1.9 million hectares) together account for about 54 percent of total cultivated fodder area across these two seasons. This concentration means that the lean summer and pre-monsoon periods regularly see acute local shortages, even in states that are considered fodder-surplus overall.

Impact on livestock productivity 🔗

Research confirms that feed scarcity accounts for nearly half of all losses in Indian dairy production, making it the single most important constraint in the sector. When animals are consistently underfed – receiving less energy, protein, and minerals than required – they do not produce to their genetic potential. Milk yields fall, reproductive efficiency drops, and susceptibility to diseases like mastitis and brucellosis increases. Feed and fodder together account for over two-thirds of total animal production costs, meaning that any efficiency gains in fodder availability directly translate into better returns for farmers.

Regional disparities: why a national surplus doesn’t solve a local crisis 🔗

Perhaps the most underappreciated dimension of India’s fodder problem is that national-level statistics can mask severe local imbalances. For green fodder, states like Punjab, Gujarat, Haryana, and Maharashtra have surplus production, while major livestock-keeping states such as Uttar Pradesh, Karnataka, Tamil Nadu, Rajasthan, Bihar, and West Bengal face shortages of up to 50 percent.

The pattern for dry fodder is equally uneven. States like Assam, Karnataka, Tamil Nadu, West Bengal, Bihar, and Rajasthan continue to face dry fodder deficits, while states in the northeastern hills and some western states show surpluses. In the Trans Gangetic Plains zone, feed availability sits between 40 and 60 percent of what is actually needed – meaning animals in this densely populated agricultural belt are chronically underfed even in relatively productive years.

The transportation barrier 🔗

The logical response to regional imbalance would be to move fodder from surplus to deficit areas. In practice, this is rarely economical. Since it is not cost-effective to transport forages across long distances, regional and seasonal deficits are far more critical than national-level deficiencies. Fodder – especially dry fodder like straw – has a low value-to-weight ratio. The cost of transporting a tonne of wheat straw from Punjab to Rajasthan can easily make it unaffordable for small-scale farmers, even if it was free at the source. During acute scarcity periods, fodder prices have been reported to triple within a single season, precisely because inter-state movement is difficult or actively restricted by state governments seeking to protect local supply.

Research further notes that despite national-level surplus in dry fodder, a mismatch in supply and demand persists because many farmers lack information about availability, production sources, and transportation options. This information gap compounds the physical and economic barriers to redistribution.

State-level crises and inter-state tensions 🔗

The fodder situation has at times become politically contentious, with states like Haryana, Punjab, Rajasthan, Uttarakhand, and Uttar Pradesh imposing bans on transporting fodder across state borders during shortage periods. Madhya Pradesh has reportedly deployed state police on its borders to prevent farmers from moving fodder to other states. This reflects how deeply the regional deficit problem is felt on the ground and how far it is from being a problem that market forces alone can resolve.

Quality deficit: not just quantity 🔗

Beyond the raw shortfall in volume, there is a parallel problem of quality. Available forage in India is frequently poor in quality and deficient in energy, protein, and minerals – a consequence of growing fodder on marginal land, using low-yielding varieties, and applying inadequate nutrients. Animals receiving low-quality feed need to consume greater volumes to meet their nutritional needs, but the volume itself isn’t available either. This prompts farmers to maintain larger herds to compensate for low per-animal productivity, which in turn puts even more pressure on already-scarce fodder resources – a self-reinforcing cycle of low productivity and high demand.

The path forward 🔗

Bridging India’s forage demand-supply gap requires action on several fronts simultaneously. Research recommends incentivizing farmers to cultivate green fodder crops and exploring alternate sourcing models such as hydroponic fodder systems, which can produce high biomass without depending on land availability. At the policy level, strengthening the certified seed supply chain for fodder crops is fundamental – improved varieties can substantially raise yields per hectare without requiring any expansion in cultivated area.

Conservation technologies such as silage-making and hay production are equally critical to address seasonal imbalances. A tonne of green fodder preserved as silage during peak monsoon production can replace costly concentrate feed during the dry season. Integrating forage crops into existing cropping systems – combining leguminous and cereal fodder crops – is a proven strategy that improves both yield and nutritional balance for animals. Reducing the vast quantities of crop residue currently burned in fields would also make a significant immediate contribution to dry fodder availability without requiring any additional land.

The livestock sector contributes around 25.6 percent of India’s total agricultural GDP and supports the livelihoods of over 80 percent of rural families. Improving the availability and quality of feed and fodder is the most direct lever available to raise livestock productivity and make dairying economically viable for small and marginal farmers. Without closing the forage gap, gains from better breeds, veterinary care, and market access will remain limited.

What do you think? Given that transporting fodder across long distances is economically unviable, what locally-driven solutions could help deficit states reduce their dependence on external supply? And with nearly 140 million tonnes of crop residue burned in Indian fields each year, what would it take to redirect this resource into the livestock feed system at scale?

References

1. https://www.downtoearth.org.in/governance/as-told-to-parliament-july-31-2024-india-facing-fodder-shortage
2. https://www.researchgate.net/publication/357773987_A_review_of_India_s_fodder_production_status_and_opportunities
3. https://www.amoghvarta.com/uploads/current_issue/1744110750odder-Production-in-India-Status-Challenges-and-Opportunities.pdf
4. https://www.researchgate.net/publication/377575682_Revitalizing_fodder_production_Challenges_and_opportunities
5. https://www.frontiersin.org/journals/sustainable-food-systems/articles/10.3389/fsufs.2025.1676298/full
6. https://pmc.ncbi.nlm.nih.gov/articles/PMC11128920/
7. https://www.dairyconsultancy.in/dairy-business/shortage-of-fodder-in-india-reasons-and-solutions
8. https://www.feedstrategy.com/animal-nutrition/article/15441300/indian-dairy-animal-feed-sectors-under-pressure
9. https://www.veterinarypaper.com/pdf/2024/vol9issue5S/PartA/S-9-4-41-598.pdf
10. https://arccjournals.com/journal/asian-journal-of-dairy-and-food-research/DR-2050
11. https://www.linkedin.com/pulse/shortage-fodder-incessant-problem-economy-rural-india-vinod-sinandi