10 Major Challenges in Agricultural Development: Land, Water, Credit & Beyond

Agriculture still supports the livelihoods of nearly half the workforce, yet it contributes a far smaller share to national income. This gap captures the core puzzle of agricultural development: a sector that feeds 1.4 billion people while struggling to deliver a decent income to those who work in it. The reasons are structural and interconnected, ranging from shrinking farms and unreliable water to thin credit, distorting subsidies, broken markets, and a warming climate. Understanding these challenges is essential to understanding rural distress and the policy debates that shape it. This post walks through ten of the most pressing issues and the reforms experts have proposed to address them.

Land issues and the problem of fragmentation 🔗

The single most defining feature of farming here is how small the average farm has become. Small and marginal farmers with less than two hectares make up about 86% of all farmers but own only around 47% of the cultivated area. The average holding has shrunk dramatically over the decades, falling from 2.28 hectares in 1970-71 to roughly 1.08 hectares by 2015-16. More recent NABARD survey data suggests the decline has only accelerated.

Why farms keep shrinking 🔗

Two forces drive this steadily downward. The first is population growth, which puts more people on the same fixed amount of cultivable land. The second is inheritance law, which requires land to be divided among all legal heirs. A farmer with four hectares might leave two hectares each to two sons, and within a couple of generations the plot becomes too small to support a family. Urbanisation adds further pressure by converting farmland on city edges into housing and commercial space.

Fragmentation matters because it makes farming inefficient. Tiny, scattered plots make mechanisation uneconomical, raise input costs per hectare, and lock farmers into low productivity. [Image: A patchwork of small, irregularly shaped farm plots separated by narrow boundaries, viewed from above]

Tenant farmers and tenure insecurity 🔗

A less visible problem is the position of tenant farmers and unregistered cultivators. After independence, tenancy reform laws aimed to transfer ownership “to the tiller” but also restricted or banned leasing altogether. The unintended result was that tenancy went underground into insecure oral leases, leaving informal tenants excluded from bank loans, crop insurance, subsidies, and disaster relief. Many landowners now keep land fallow rather than risk a tenant claiming rights to it.

Reforms on the table 🔗

To fix tenure insecurity, the NITI Aayog drafted a Model Agricultural Land Leasing Act in 2016, designed to legalise leasing while protecting both the landowner’s ownership and the tenant’s rights during the lease. Since land is a state subject, only states can enact it, and progress has been uneven. On consolidation, states like Punjab and Haryana benefited from early consolidation drives, but elsewhere political sensitivities have made merging plots extremely difficult. A more practical workaround has been promoting Farmer Producer Organisations (FPOs), which let small farmers pool resources, share machinery, and access markets collectively without giving up their land.

Irrigation and water management 🔗

Water is the next binding constraint. A large share of cultivated land is rain-fed, which ties harvests directly to a monsoon that has always been unreliable and is becoming more erratic. Without assured irrigation, a single failed monsoon can wipe out a season’s income, and this risk discourages farmers from investing in better seeds or inputs.

Where irrigation has expanded, it has often relied on groundwater pumped through borewells. This has boosted yields in places, but it has also created new problems. In semi-arid regions, smallholders who borrowed heavily to drill borewells became deeply indebted, while those who could not afford to chase falling water tables were pushed back into risky rain-fed farming. Subsidised electricity has worsened the problem by encouraging farmers in water-stressed states to grow thirsty crops like paddy, which can need 3,000 to 5,000 litres of water per kilogram and has severely depleted groundwater in Punjab.

Credit systems and rural indebtedness 🔗

Productive farming needs investment in irrigation, machinery, seeds, and inputs, and that requires affordable credit. For small and marginal farmers without savings, credit is a lifeline. The problem is that formal credit often does not reach them. As per the NSSO 77th round, only about half of agricultural households had access to institutional credit, and in states like Bihar, Odisha, and Jharkhand, a large share still depends on informal sources.

Why banks hesitate 🔗

Commercial banks are often physically absent from remote rural areas, and they prefer lending to farmers who own larger plots and have better irrigation, since defaults and crop failures are common. Cooperative banks set up to fill the gap have frequently been weakened by bad loans and inadequate funds. Documentation and procedural hurdles also shut out poor and illiterate farmers, and crucially, tenant farmers without land records in their own names cannot offer collateral at all.

The moneylender trap 🔗

When formal credit is out of reach, farmers turn to village moneylenders, who offer quick, collateral-free loans but at interest rates that sometimes exceed 36% a year. This traps borrowers in a cycle of debt that has been linked to distress sales and, in the worst cases, farmer suicides. The Kisan Credit Card scheme was introduced to ease access to short-term credit, and reforms now focus on recognising tenant farmers through leasing laws, digitising land records, and setting lending sub-targets specifically for small and marginal farmers. [Image: A farmer reviewing loan paperwork at a rural bank counter]

Subsidies and their unintended consequences 🔗

Subsidies on fertilisers, seeds, water, and electricity are meant to make farming viable, and the amounts are huge. The fertiliser subsidy alone runs into well over a trillion rupees a year. But subsidies carry side effects that complicate agricultural development.

Where subsidies go wrong 🔗

The most cited problem is that the benefits often flow to larger farmers rather than the small-scale farmers who need them most. Cheap fertiliser and free or subsidised power also encourage overuse, which depletes groundwater, degrades soil, and locks farmers into water-intensive crops. The OECD has argued that gradually scaling back input subsidies and redirecting the savings toward training, sustainable input use, and resilient infrastructure would lower environmental pressure while keeping farmer welfare broadly intact. Reform here is politically sensitive precisely because so many farmers depend on these subsidies in the short term.

Investment gaps and low productivity 🔗

Closely tied to subsidies is the question of investment. A large part of public spending on agriculture goes into subsidies that fund consumption of inputs rather than into long-term assets like irrigation networks, cold storage, rural roads, and research. Capital asset creation, such as cost-effective micro-irrigation, is essential for boosting productivity, yet yield gaps remain wide. The yield per hectare for many crops lags well behind global standards, partly because small farmers cannot access certified seeds, modern techniques, or the scale needed to make new technology pay off. Shifting the balance from input subsidies toward productive investment is one of the central reform debates in the sector.

Marketing barriers for small farmers 🔗

Even when a farmer produces a good harvest, getting a fair price is its own battle. For decades, agricultural markets have been organised around APMC mandis, regulated marketplaces meant to protect farmers. In practice, the system has been criticised for the dominance of middlemen, high commission rates, and cartelisation that suppress the price farmers actually receive.

The MSP question 🔗

The Minimum Support Price is supposed to give farmers a price floor, but it has real limits. MSP only applies when approved government agencies actually purchase the crop, so a farmer selling to a private trader or intermediary gets no guarantee. In practice, procurement is concentrated in a few crops and a few surplus regions like Punjab, Haryana, and western Uttar Pradesh, leaving most farmers exposed to market swings. The electronic National Agricultural Market (e-NAM), launched in 2016, was meant to link mandis into a single online platform and improve price discovery, and it now connects more than a thousand markets.

A debate that remains unresolved 🔗

The three farm laws passed in 2020 tried to loosen the APMC system but were repealed in 2021 after sustained farmer protests. The core fear was that weakening APMCs would eventually erode the MSP that guaranteed a floor price. The tension between reforming a flawed but familiar system and replacing it with an untested market-driven one remains one of the most contested questions in agricultural policy.

Climate change and crop yields 🔗

Layered on top of all these structural issues is a threat that is intensifying every year. Rising temperatures, erratic monsoons, longer dry spells, and unseasonal rains directly lower yields by causing heat stress, disrupting flowering, and damaging grain at maturity. A widely cited joint study found that just 1°C of warming reduces average crop yields by roughly 8%.

What the projections show 🔗

Official projections are sobering. Without adaptation, rain-fed rice yields are projected to fall by about 20% by 2050 and 47% by 2080, while wheat yields could drop by around 19% by 2050. There is also a quieter nutritional cost: studies indicate that elevated carbon dioxide levels reduce the protein, iron, and zinc content of staple cereals, so even the crops that survive may be less nourishing.

The ripple effects on livelihoods and prices 🔗

These losses do not stay confined to the field. Falling yields cut farm incomes, deepen rural poverty, and push indebted households further toward distress. Because most farms are small or marginal, a single poor season can devastate a rural household. Widespread crop losses also feed food-price inflation, which erodes the purchasing power of low-income consumers across the country. To build resilience, programmes like the National Mission for Sustainable Agriculture promote climate-resilient practices such as early sowing, conservation agriculture, stress-tolerant varieties, and water-saving techniques like alternate wetting and drying in paddy. [Image: Cracked, dry soil in a drought-affected field with stunted crops]

How the challenges reinforce each other 🔗

What makes agricultural development so difficult is that none of these problems sits in isolation. Tiny fragmented farms make mechanisation and credit harder. Weak credit pushes farmers toward moneylenders and distress. Subsidies meant to help often deepen water and soil stress. Broken markets leave even good harvests underpaid. And climate change magnifies every one of these vulnerabilities at once, hitting the smallest farmers hardest because they have the least capacity to adapt. Real progress, most experts argue, requires tackling these issues together rather than one scheme at a time, by recognising tenant rights, redirecting spending toward productive investment, reforming markets carefully, and building climate resilience into the foundations of rural policy.

What do you think? If you had to choose one of these ten challenges to fix first, which would create the biggest improvement in farmers’ lives, and why? And given that subsidies both protect vulnerable farmers today and distort resource use over the long term, how should policymakers balance immediate relief against long-term sustainability?

References

1. https://www.drishtiias.com/pcs-parikshan-answer-writing-practice/papers/UP-PCS-Mains-2024/small-and-marginal-land-holdings-are-the-result-of-inappropriate-land-reforms-in-india
2. https://agriculture.institute/indian-agricultural-development/land-distribution-utilization-patterns-india/
3. https://inclusiveias.com/land-leasing-india-upsc/
4. https://www.niti.gov.in/sites/default/files/2020-05/Report-of-the-Expert-Committee-and-Model-Law-on-Agricultural-Land-Leasing.pdf
5. https://pmc.ncbi.nlm.nih.gov/articles/PMC9132947/
6. https://uppcsmagazine.com/challenges-of-rural-credit-delivery-in-india-and-reforms-for-strengthening-institutional-credit-for-farmers/
7. https://en.wikipedia.org/wiki/India%27s_Agriculture_Development_Problem:_Lack_of_Access_to_Credit
8. https://agriculture.institute/indian-agricultural-development/agricultural-credit-structure-in-india/
9. https://www.civilsdaily.com/story/minimum-support-prices-for-agricultural-produce/
10. https://www.iasgyan.in/daily-current-affairs/climate-change-impact-on-indian-agriculture
11. https://agriculture.institute/agripreneurship/understanding-apmc-system/
12. https://www.oecd.org/en/publications/2025/10/agricultural-policy-monitoring-and-evaluation-2025_354e7040/full-report/india_a08610a6.html
13. https://www.pib.gov.in/PressReleaseIframePage.aspx?PRID=1909206
14. https://farmonaut.com/asia/climate-change-effects-india-2025-on-indian-agriculture