Punjab groundwater extraction rate at 152%, assessment shows
Punjab's groundwater extraction rate stood at 152% according to the 2025-26 Dynamic Groundwater Assessment, with 72% of its 153 blocks in the 'red zone', the highest among States. Irrigation for rice and wheat consumes nearly 25 billion cubic metres a year. Between 2022 and 2025, the share of observation wells with water below 40 metres post-monsoon rose two percentage points. Studies say wealthier farmers draw more water, while smaller farmers must buy it.
Source
The Hindu — National · read the original report ↗
Desk check · compared with the source
What the desk checked (5)
- Punjab's groundwater extraction rate was 152% as per the 2025-26 Dynamic Groundwater Assessment — Attributed to the 2025-26 Dynamic Groundwater Assessment in the source; figure appears in source.
- 72% of Punjab's 153 blocks are in the 'red zone', the highest among States — Figure appears in source, drawn from the same assessment; no independent verification possible.
- Irrigation for rice and wheat consumes nearly 25 billion cubic metres a year — Stated in source as the latest estimate; specific agency not named.
- Share of observation wells with water below 40 metres post-monsoon rose two percentage points between 2022 and 2025 — Presented as data in the source without naming the dataset.
- Studies in Economic and Political Weekly and Discover Sustainability found wealthier/larger farms draw more water and record lower groundwater productivity in Sangrur and Barnala — Attributed to named journals; author names not given in source.
Analysts’ view opinion
Punjab's 152% extraction rate is not primarily a hydrology story — it is a price-signal story. When electricity for pumping is subsidised and procurement for rice and wheat is assured, the cheapest input in the system is the scarcest one, and roughly 25 billion cubic metres a year goes into a single cropping pattern. The economic sting is distributional: as the water table falls, irrigation becomes a capital expense, and capital is exactly what marginal farmers lack.
- Free or subsidised power and assured procurement together make water-intensive paddy the lowest-risk bet, so efficiency gains at the margin keep being swamped by the scale of extraction.
- Falling water tables convert water from a nearly free input into a capital good — deeper tube wells — which systematically favours farmers with better access to finance.
- The studies cited point to a wealth transfer, not just a resource loss: smallholders unable to afford deeper wells buy water from larger landowners, creating unregulated dependencies.
- Notably, the reported pattern is that larger farms earn higher returns but show lower groundwater productivity in paddy than smaller farms — meaning the water is flowing to less water-efficient use.
- Crop diversification stalls for economic reasons as much as agronomic ones: without storage, processing, stable prices and supply chains, switching crops is a risk farmers are asked to bear alone.
What to watch — Watch whether enrolment in the 'Pani Bachao, Paisa Kamao' cash-for-unused-power scheme scales up, and whether any part of the electricity subsidy bill is redirected towards smallholders, shared irrigation assets or diversification support — and crucially whether benefits follow the cultivator, including tenants, rather than the owner of the land or the pump.
The story does not establish the size of the electricity subsidy bill, the cost of the proposed redesign, or why enrolment in the existing scheme is low — and the cited farm-level findings come from specific study areas, so they indicate a pattern rather than measure it statewide.
Deep dive
Research brief · 8 facts · 4 dates · exam-readyThe brief
Context
Punjab's groundwater has been depleting for decades, driven largely by irrigation for the rice-wheat cropping system that took root after the Green Revolution. The 2025-26 Dynamic Groundwater Assessment puts the State's groundwater extraction rate at 152%, meaning it withdraws far more than is annually recharged. Assured procurement, subsidised electricity and easy access to groundwater made paddy-wheat cultivation the least risky option, while weak storage, price, processing and supply-chain support for alternative crops discouraged diversification. Recent research adds an equity dimension: as water tables fall, only better-off farmers can afford deeper tube wells, forcing smaller farmers to buy water from them.
Key facts
- Punjab's groundwater extraction rate was 152% as per the 2025-26 Dynamic Groundwater Assessment.
- 72% of Punjab's 153 blocks are in the 'red zone' - the highest share among Indian States.
- Interventions cut the number of 'over-exploited' blocks by five over the last two assessments.
- Irrigation for rice and wheat is the principal consumer, using nearly 25 billion cubic metres of water a year in the latest estimate.
- The fraction of observation wells with water below 40 metres post-monsoon rose by two percentage points between 2022 and 2025.
- An Economic and Political Weekly study found marginal landholders use water more efficiently, while wealthier farmers access lower water tables and draw higher volumes.
- A Discover Sustainability study found that in Sangrur and Barnala, larger farms earned higher returns but had lower groundwater productivity for paddy than smaller farms.
- The 'Pani Bachao, Paisa Kamao' scheme pays farmers cash for every unused kilowatt-hour of pumping below a threshold, but enrolment is low.
Timeline
- 2022 to 2025Share of observation wells with post-monsoon water below 40 metres rose by two percentage points.
- Last two assessmentsNumber of 'over-exploited' blocks in Punjab fell by five due to interventions.
- 2025-26Dynamic Groundwater Assessment records Punjab's groundwater extraction rate at 152%, with 72% of 153 blocks in the red zone.
- September 23, 2026Article published analysing Punjab's groundwater extraction and the widening wealth gap among farmers.
Who has a stake
- Marginal and smallholder farmers in Punjab — Cannot afford deeper tube wells; forced to buy water, transferring wealth to larger landowners and creating unregulated dependencies.
- Wealthier / larger farmers — Better equipped to access lower water tables and draw higher volumes; earn higher returns but show lower groundwater productivity in paddy.
- Punjab government — Bears the electricity subsidy bill and must curb extraction while protecting farmers' incomes and irrigation access.
- Tenant cultivators — Benefits often follow landowners or pump owners rather than the actual cultivator, leaving tenants without support for water access.
- Researchers (EPW, Discover Sustainability studies) — Documenting the equity and productivity dimensions of groundwater depletion in districts such as Sangrur and Barnala.
Why it matters
Punjab is central to India's food security, but its rice-wheat system is drawing groundwater at 152% of recharge, with nearly three-quarters of blocks in the red zone. Falling water tables raise the capital needed for irrigation, systematically privileging farmers with better access to finance and widening rural inequality. Unless policy shifts to subsidising access to water rather than extraction itself, both the aquifer and smallholder livelihoods are at risk.
UPSC angle
Prelims pointers
- Punjab's groundwater extraction rate: 152% (2025-26 Dynamic Groundwater Assessment).
- 72% of Punjab's 153 blocks are in the 'red zone', highest among States.
- Rice-wheat irrigation consumes nearly 25 billion cubic metres of water annually in Punjab.
- 'Pani Bachao, Paisa Kamao': Punjab scheme paying farmers cash for unused kilowatt-hours of pumping below a threshold.
- Observation wells with post-monsoon water below 40 m rose 2 percentage points between 2022 and 2025.
- Studies cited: Economic and Political Weekly; Discover Sustainability (Sangrur and Barnala districts).
Mains framing
Punjab's groundwater crisis is structural rather than merely behavioural: a food-security strategy based on assured procurement, subsidised electricity and cheap groundwater access made the rice-wheat system less risky than alternatives, locking in high-yield varieties, intensive irrigation, fertilizer use and mechanisation. With extraction at 152% and 72% of 153 blocks in the red zone, irrigation for paddy and wheat alone consumes nearly 25 billion cubic metres a year, while post-monsoon water levels keep deepening. Farmers' reluctance to diversify persists because uncertainties in storage, prices, processing infrastructure and supply chains remain unaddressed. Depletion also has a distributional cost: since deeper extraction demands more capital, wealthier farmers draw more water and smaller farmers - though more water-efficient - must buy it, transferring wealth upward through unregulated dependencies. The way forward, as the source suggests, is to combine existing demand-management efforts with measures that protect farmers' incomes and irrigation access while making additional extraction prohibitively costly: scaling up low-enrolment schemes like 'Pani Bachao, Paisa Kamao', redirecting part of the electricity subsidy to smallholders, collectivising irrigation infrastructure, and supporting crop transition - with benefits following the cultivator, including tenants, rather than owners of land or pumps.
Key terms
- Dynamic Groundwater Assessment
- Periodic assessment of groundwater recharge and extraction; its 2025-26 edition put Punjab's extraction rate at 152%.
- Groundwater extraction rate
- Withdrawal as a proportion of annual replenishable groundwater; above 100% means more is drawn than recharged.
- Over-exploited block / red zone
- Administrative block where groundwater extraction exceeds sustainable limits; 72% of Punjab's 153 blocks fall in this category.
- Pani Bachao, Paisa Kamao
- Punjab scheme entitling farmers to cash for every unused kilowatt-hour of pumping power below a set threshold; enrolment remains low.
- Groundwater productivity
- Output obtained per unit of groundwater used; found lower on larger farms than smaller farms for paddy in Sangrur and Barnala.
- Rice-wheat cropping system
- Punjab's concentrated two-crop cycle sustained by assured procurement, subsidised power and groundwater irrigation.
Practice questions
- Punjab's groundwater extraction rate stands at 152%. Examine how procurement policy, electricity subsidies and irrigation access together entrenched the rice-wheat system, and suggest ways to break this lock-in.
- "Groundwater depletion is also a question of equity." Discuss with reference to evidence on differential access to tube wells and water markets among Punjab's farmers.
- Evaluate the design of incentive-based conservation schemes such as 'Pani Bachao, Paisa Kamao'. Why does low enrolment persist, and how could benefits be redirected to actual cultivators including tenants?
Grounded only in the source report — figures and dates are the source's, not inferred.