Understanding Low Agricultural Productivity in India

India grows more rice than almost any country on earth, yet the average Indian farm produces a fraction of what a Chinese or French farm produces from the same size plot. This isn’t about lazy farmers or bad soil alone. It’s the result of decades of structural constraints stacking up: shrinking landholdings, outdated farming methods, patchy irrigation, poor-quality inputs, weak infrastructure, and limited access to credit. Understanding why India’s agricultural productivity lags behind global standards is central to understanding the country’s broader economic development story, since nearly half the workforce still depends on farming for a livelihood.

How big is the productivity gap, really
Too many farmers, too little land each
Why holdings keep shrinking
Why small farms struggle to be productive
Farming methods that haven’t kept pace
Water: too little, too unevenly distributed
Seeds, fertilizers, and the input quality problem
Infrastructure gaps compound the problem
The credit crunch that limits investment
Why this matters for India’s economy

How big is the productivity gap, really

Numbers make the problem concrete. India’s rice-wheat cropping system, which covers over 12 million hectares and feeds roughly 15% of the world’s population, delivers an average productivity of around 2,809 kg per hectare for rice and 3,507 kg per hectare for wheat, according to agricultural research published on the rice-wheat system. That may sound reasonable until you compare it internationally. Parliamentary data cited by the government showed India’s paddy yield trailing China’s by nearly half, with a similarly steep gap in wheat, coarse grains, and pulses. India even lagged behind smaller neighbours like Bangladesh and Myanmar on paddy productivity.

Crop	India (approx. yield)	Comparator
Rice (paddy)	~2.8 tonnes/hectare	China’s yield has historically run nearly double India’s
Wheat	~3.5 tonnes/hectare	China and several developed economies exceed 4.5-5 tonnes/hectare
Pulses	Among the lowest of India’s neighbours	Higher in China, Bangladesh, Myanmar

Interestingly, India actually performs better than China on oilseeds and sugarcane, which shows the problem isn’t a blanket inability to farm well – it’s crop- and system-specific, tied to how each crop is grown, financed, and supported.

Too many farmers, too little land each

One of the deepest structural issues is land fragmentation. According to the Press Information Bureau, the average size of an operational landholding in India has shrunk steadily – from 2.28 hectares in 1970-71 to just 1.08 hectares by 2015-16. Meanwhile, the number of operational holdings has more than doubled over the same period.

Why holdings keep shrinking

Two forces drive this. First, population growth keeps adding more people who depend on agriculture, splitting existing farms further. Second, Indian inheritance practices divide land equally among heirs with each generation, so a single farm can fragment into several tiny, often non-contiguous plots within a few decades. A census-based report found that small and marginal holdings account for the vast majority of India’s farms, even though larger holdings are cultivated far more intensively relative to their share of total land.

Why small farms struggle to be productive

Smaller plots make it uneconomical to invest in tractors, harvesters, or efficient irrigation systems, since the fixed cost of machinery doesn’t pay off on half an acre the way it does on ten. Fragmented, scattered parcels also mean farmers waste time and resources moving between plots instead of managing one consolidated field. The result is a self-reinforcing cycle: smaller farms generate lower incomes, which leaves less surplus to invest in better seeds, tools, or techniques, which keeps productivity low.

Farming methods that haven’t kept pace

Alongside land constraints, a large share of Indian agriculture still relies on traditional cultivation practices – manual sowing, limited mechanization, and cropping patterns passed down rather than optimised for soil and climate data. Research comparing tillage methods found that shifting away from conventional tillage toward natural or zero-tillage farming without proper transition support led to sizeable yield drops in both rice and wheat, underlining how sensitive output is to the farming method used and how much technical knowledge matters. Agricultural extension services, which are meant to carry new techniques and research from labs to fields, remain thin on the ground in many states, so a meaningful share of farmers never get exposed to yield-improving practices in the first place.

Water: too little, too unevenly distributed

Irrigation is arguably the single biggest lever for productivity, and India’s coverage is patchy. As of the last major agriculture census data point, only around 45.70% of India’s net sown area was actually irrigated, leaving more than half of farmland dependent on rainfall alone. Historical data compiled by the Food and Agriculture Organization shows irrigation coverage across India’s farms has expanded only gradually over the decades, and access has consistently been uneven across farm sizes and regions.

This unevenness shows up sharply on the ground. States with strong canal or groundwater infrastructure, such as Punjab and Haryana, post yields well above the national average. States that remain largely rain-fed see output swing wildly with the monsoon. Rain-fed farming isn’t just less productive on average – it’s also riskier, since a single delayed or weak monsoon can wipe out a season’s income for millions of farmers who have no irrigation backup.

Seeds, fertilizers, and the input quality problem

Even where irrigation exists, yields depend heavily on the quality of seeds and fertilizers used. Certified, high-yielding seed varieties can lift output substantially, but adoption remains inconsistent, particularly among small and marginal farmers who often can’t afford quality inputs or don’t have reliable access to them each season. Field studies on zinc-biofortified seeds, for instance, found that using improved seed varieties alongside proper soil fertilization measurably increased grain yield in wheat and rice trials conducted in India. The gap between what’s technically possible with better inputs and what most farmers actually use is a major part of the productivity story.

Infrastructure gaps compound the problem

Poor rural roads, inadequate cold storage, and weak market linkages mean that even a good harvest doesn’t always translate into good returns. Grain that can’t reach a market quickly, or that spoils in transit or storage, represents productivity lost after the fact. This discourages farmers from investing in yield improvements, since the payoff isn’t guaranteed to reach them.

The credit crunch that limits investment

Improving productivity requires upfront spending – on seeds, fertilizer, irrigation equipment, or machinery – and that requires access to affordable credit. Here too, small and marginal farmers are underserved. Data compiled from NABARD’s rural finance surveys shows that institutional sources accounted for only about 72% of loans taken by the average farming household, with the rest coming from informal, often high-interest, non-institutional lenders. Small and marginal farmers received a comparatively low share of commercial bank lending, despite forming the bulk of India’s farming population. Government analysis reviewed by PRS Legislative Research shows continued policy attempts to widen institutional credit flow through interest subvention schemes, but reach into remote and poorer farming regions remains uneven.

Without accessible credit, farmers get stuck making incremental, low-risk choices rather than investing in the equipment or inputs that could meaningfully raise output. It’s a quieter constraint than land fragmentation or irrigation gaps, but arguably just as important.

Why this matters for India’s economy

Agriculture still employs a large share of India’s working population, so productivity here isn’t just a farming issue – it’s a macroeconomic one. Low yields mean lower rural incomes, which limits demand for goods and services elsewhere in the economy. It also means India needs to bring more land under cultivation or rely more heavily on imports to meet food demand than would otherwise be necessary, given the country’s population size. Closing even part of the gap with countries like China or Brazil, both fellow BRICS economies, could meaningfully lift rural incomes without requiring additional land.

The fixes aren’t mysterious – land consolidation efforts, expanding irrigation (particularly efficient methods like drip and sprinkler systems), wider access to quality seeds and fertilizer, better rural infrastructure, and deeper institutional credit penetration all show up repeatedly in research as the levers that move the needle. The harder part is implementation at the scale and pace India’s agrarian structure demands.

What do you think? If you had to prioritise one lever – land consolidation, irrigation, credit access, or technology adoption – which do you think would move the productivity needle fastest in India’s current context? And how might policies designed for large, consolidated farms need to be reshaped to actually work for the millions of farmers cultivating less than a hectare?

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Table of Contents

How big is the productivity gap, really 🔗

Too many farmers, too little land each 🔗

Why holdings keep shrinking 🔗

Why small farms struggle to be productive 🔗

Farming methods that haven’t kept pace 🔗

Water: too little, too unevenly distributed 🔗

Seeds, fertilizers, and the input quality problem 🔗

Infrastructure gaps compound the problem 🔗

The credit crunch that limits investment 🔗

Why this matters for India’s economy 🔗