The Lift Line

“Penal provisions are unlikely to be useful as there can be perverse incentives for collusion between farmers and officials, which may lead to ‘showing’ a reduction, rather than an actual reduction.” (C.S.C. Sekhar, The Hindu)

Why This Editorial Matters for Your Exam

This piece ran on The Hindu’s Text & Context page on 9 October 2026. It is an explainer by C.S.C. Sekhar, professor of economics at the Institute of Economic Growth, Delhi University, rather than an editorial of the paper. It arrives as the paddy harvest begins in Punjab and Haryana and as Delhi’s air quality returns to the headlines.

Its value for an aspirant is the method. Most answers on stubble burning list machines and fines. Sekhar instead traces the fires to three causes that work together: a groundwater law that changed the crop calendar, a procurement and power regime that rewards paddy, and machines that are too costly for many farmers. He then asks whether the reported fall in fires is real, which opens a fourth topic: how satellites measure burning.

GS Paper 3: cropping patterns and irrigation; farm subsidies, minimum support prices and public procurement; environmental pollution and degradation; space technology applications. Essay: the unintended consequences of well-meant policy.

New to this topic? Start here: the basics in plain words (revision card 1 of 8)
Revision card 1 of 8 · Start here
New to this topic? The basics in plain words
Read this first; the other cards are at the end of the article
Stubble burning is setting fire to the crop residue left in a field after harvest. In Punjab and Haryana it is mostly paddy straw, burnt to clear the field quickly for wheat. Sekhar's point: farmers burn because the law, the machines and the market all push them that way.
How burning becomes the easy option (as Sekhar explains it)
A groundwater law delays paddy transplanting
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The harvest moves into late October and early November
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Only 10-15 days remain before wheat sowing
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Machines are costly; hand clearing is slow
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Farmers burn the stubble
The real question
Official figures report a 90% fall in fires. Burnt-area estimates suggest about 30%. Which is right? Sekhar's answer: polar satellites see India only around midday, and some farmers now burn in the evening.
Who acts: the CAQM sets the rules for the NCR and adjoining areas; the CPCB deploys flying squads; Punjab and Haryana run farm incentives and enforcement.
Jargon buster
PPSSWA Punjab's groundwater law that fixes when paddy can be sown and transplanted
In-situ managing straw in the field, for example with a Happy Seeder
Ex-situ taking straw off the field, for example as biogas feedstock
CREAMS the protocol that counts fires from polar-orbiting satellites

Background and Context

What stubble burning is

Stubble burning is setting fire to the crop residue left in the field after harvest. Sekhar notes that it runs from the beginning of October to the end of November across north-west India, especially Punjab, Haryana and parts of Uttar Pradesh, and centres on paddy straw: the two States together produce around 29 million metric tons of it. The smoke carries particulate matter, carbon monoxide and volatile organic compounds; the heat strips the soil of nitrogen, sulphur, potash, phosphorus and moisture, so farmers use more fertiliser on the next crop.

How a groundwater law changed the timing

As background, the timeline below is as Sekhar gives it.

Period What Sekhar reports
Late 1970s and early 1980s Burning begins in Punjab, largely after combine harvesters arrive
1999 to 2009 Punjab’s groundwater level falls by about 0.36 metres a year
2002 to 2008 Punjab, Haryana and Rajasthan lose 109 cubic kilometres of groundwater (a NASA GRACE satellite study published in 2009)
2009 The Punjab Preservation of Sub-Soil Water Act (PPSSWA) is enacted in 2009: no paddy sowing before 10 May, no transplanting before 10 June; officers may destroy non-compliant paddy and levy Rs 10,000 per hectare for every month of contravention
2012 About 73% of Punjab’s cropped area is irrigated with groundwater; a deficit of 14.31 billion cubic metres

The Act’s stated aim was to slow groundwater depletion by holding paddy sowing and transplanting until the monsoon arrived. Its side effect, Sekhar argues, was to push the harvest into late October and early November, so that burning now coincides with north India’s winter months.

This season’s enforcement

The Commission for Air Quality Management in NCR and Adjoining Areas (CAQM) has, through the Central Pollution Control Board (CPCB), deployed flying squads in 34 districts, 18 in Punjab and 16 in Haryana, for the 2026 paddy harvest, from the start of October to the end of November 2026 (PIB). The squads coordinate with farmers, the Parali Protection Force, district authorities and the State Pollution Control Boards. Sekhar’s figures for the 2025 season were 31 squads across 18 districts of Punjab and 13 of Haryana. See our roundup item on the 2026 squads and the deep dive on the revised GRAP.

The Analysis

1. The practice is old; its timing is new. Farmers in Punjab have burnt stubble since the late 1970s and early 1980s, Sekhar notes. What changed is when they burn: after the 2009 Act, the harvest moved into north India’s winter months.

2. A water law with an air cost. By delaying transplanting to the monsoon, the PPSSWA left farmers a “narrow 10-15-day window” between the paddy harvest and wheat sowing. Long-duration varieties made it worse: PUSA-44, which yields more, takes 150-160 days. Combine harvesters leave about a foot of stubble, and clearing it by hand is slow and expensive. Together, Sekhar writes, these made burning “almost a necessity”.

3. Why farmers stay with paddy and wheat. The answer, he argues, lies in incentives. Between 2012 and 2024, paddy procurement averaged about 37% of production nationally but 87% in Punjab and 74% in Haryana. For wheat the figures were 30%, 70% and 63%. Because the national averages include these two States, the true gap is wider still. Add free power in Punjab and almost free power in Haryana, and a water-hungry rotation stays the safest bet.

4. The technology exists but is costly. Sekhar sorts the fixes into two kinds:

In-situ (in the field) Ex-situ (off the field)
Crop residue management (CRM) machines: Happy Seeder, Super Seeder, Rotavator Straw as fuel for bio-ethanol
Short-duration rice varieties Straw as feedstock for compressed biogas (CBG)
Direct seeding of rice (DSR)

The seeders need an expensive 60 HP tractor that sits idle most of the year; hiring one costs a farmer about Rs 10,000 and means a long wait. Ex-situ measures cost Rs 1,500-2,500 per acre.

5. The stick. Sekhar records that the National Green Tribunal ruled in 2018 that farmers who burn stubble could be excluded from minimum support price (MSP) procurement. He writes that the Supreme Court upheld this view in 2023; in fact the Court only suggested excluding burners from MSP, at a hearing in November 2023, and gave no ruling upholding the NGT. In the 2025 season, 10,500 field functionaries in Punjab and 10,000 in Haryana backed the CPCB’s squads, and CAQM directed that complaints be filed in court against officials who failed to monitor.

6. The carrot. A Parliamentary Committee on air quality, Sekhar notes, advised that penalising farmers should be the last resort and recommended a minimum price for stubble sold for ex-situ use. Haryana followed this line, paying Rs 1,000 an acre for CRM use, Rs 4,000 an acre for direct seeding of rice and Rs 7,000 an acre for diversification, plus rewards for panchayats. Punjab relied mainly on in-situ machinery; CAQM observed in 2025 that much remains to be done there on machinery, support for CBG plants and enforcement.

7. Is burning really down 90%? Punjab and Haryana are reported, in a Lok Sabha reply (starred question No. 18) in December 2025, to have cut burning incidents by 90% in 2025 compared with 2022. Sekhar urges caution.

8. The measurement problem. The CREAMS protocol counts fires from NASA’s MODIS and VIIRS sensors on polar-orbiting satellites, which pass over India only between 10:30 am and 1:30 pm and see only active fires. Two findings he cites point the other way:

  • A 2025 report of the International Forum for Environment, Sustainability and Technology, using several satellites to measure burnt area, found a fall of only around 30%.
  • A Current Science study of November 2025, led by ISRO scientists using geostationary observations, found farmers burning in the evening to avoid the polar satellites. It suggested using both kinds of data.

9. Sekhar’s prescription. Mix short-term in-situ and ex-situ measures with medium- and long-term diversification away from paddy; improve how burning is measured; and do not rely on penalties, which can produce a reduction on paper rather than in the air.

Data and Institutions Vault

Prelims-grade facts:

  • PPSSWA: the Punjab Preservation of Sub-Soil Water Act, enacted in 2009 as a groundwater law.
  • PPSSWA, as Sekhar describes it: bars paddy sowing before 10 May and transplanting before 10 June.
  • CAQM: the Commission for Air Quality Management in NCR and Adjoining Areas.
  • CAQM flying squads, 2026 harvest: in 34 districts (18 in Punjab, 16 in Haryana), deployed through the CPCB (PIB).
  • CREAMS: Consortium for Research on Agroecosystem Monitoring and Modeling from Space.
  • CREAMS stubble-fire protocol: uses NASA’s MODIS and VIIRS sensors on polar-orbiting satellites.
  • Polar satellites: see India only at fixed times (10:30 am to 1:30 pm, per Sekhar).
  • Geostationary observation: in the ISRO-led study, it caught evening burning.
  • In-situ residue management: Happy Seeder, Super Seeder, Rotavator; short-duration varieties; direct seeding of rice. Ex-situ: bio-ethanol, compressed biogas.
  • PUSA-44: a high-yielding, long-duration paddy variety (150-160 days, per Sekhar).
  • Procurement share, 2012-2024 average (Sekhar): paddy 87% in Punjab, 74% in Haryana, about 37% in India; wheat 70%, 63% and 30%.
  • NASA GRACE study (Sekhar): Punjab, Haryana and Rajasthan lost 109 cubic kilometres of groundwater over 2002-2008.

⚠️ Watch the trap: The PPSSWA is a groundwater law, not an air-pollution law: it changed when farmers burn, by pushing the harvest into winter. And CREAMS counts active fires seen by polar satellites at fixed hours, not the area burnt, so a fall in fire counts is not proof of a fall in burning.

The Debate

Sekhar’s case. Stubble burning is a rational response to the rules farmers face. The law shortened the window, procurement and free power fixed the crop choice, and the machines that could replace the match are costly. Fines treat the symptom, and they create a shared interest between farmers and officials in under-reporting. Change the incentives, help with residue, and measure honestly.

The other side. Delhi’s winter smog harms health now and cannot wait for a slow shift away from paddy, and deterrence has a place: the NGT held that burners could lose MSP benefits, and the Supreme Court floated the same idea in November 2023. Incentives cost money and can reward the very farmers who would otherwise have burnt. Diversification also asks farmers to give up assured procurement for crops with thinner markets.

The balanced verdict. Enforcement can hold the line for a season; it cannot change a cropping pattern. The durable answer is the one Sekhar outlines: pay for residue management and for a gradual move away from paddy, and judge the results with data that cannot be dodged by burning after dark.

How to Think About This

Use a “law, technology, incentive” triangle. For any persistent problem, ask what the law makes farmers do (here, transplant late), what technology lets them do (here, combines that leave stubble, and costly seeders), and what the market rewards (here, assured procurement and free power). When all three point the same way, fines alone fail. Then add a fourth question, “how do we know?”: a policy claimed as a success is only as good as the measurement behind it.

Diagram-in-Words

Argument map

Why stubble fires keep coming back: Sekhar’s argument

Law, incentives and technology push farmers towards the match; the measured fall in fires may overstate the real fall.

Law PPSSWA 2009 delays transplanting: a 10-15-day window before wheat Incentives paddy procurement 87% Punjab, 74% Haryana vs about 37% India; free power Technology combines leave about a foot of stubble; seeders need a 60 HP tractor Burning becomes "almost a necessity" about 29 million metric tons of paddy straw in Punjab and Haryana Stick NGT: burners may lose MSP; flying squads; complaints against lax officials Carrot Haryana pays per acre: Rs 1,000 for CRM, Rs 4,000 for DSR, Rs 7,000 to diversify two responses Reported 90% fall vs about 30% by burnt area fire counts come from polar satellites passing 10:30 am to 1:30 pm; an ISRO-led study finds evening burning is it working? Sekhar’s fix in-situ and ex-situ now, diversification over time, a price for stubble, polar plus geostationary measurement
Sekhar’s chain of reasoning: three causes work together, so fines alone fail, and claimed success needs better measurement.

Takeaway Box

  • Core idea: stubble burning persists because a groundwater law, procurement incentives and costly machines push the same way, Sekhar argues.
  • Know the anchors: PPSSWA (enacted in 2009); CAQM and its 2026 flying squads in 34 districts; in-situ vs ex-situ residue management; CREAMS, MODIS and VIIRS; polar vs geostationary satellites.
  • Know the numbers (Sekhar’s): 29 million tonnes of straw; procurement 87% (Punjab) and 74% (Haryana) against about 37% nationally; a reported 90% fall in fires against about 30% by burnt area.
  • Mains use: GS3 cropping patterns, MSP and procurement, pollution, and space applications; essay on the unintended consequences of policy.

Revision Cards

Swipe for cards 2 to 8 →Card 1, the basics, is near the top
Revision card 2 of 8 · Revise
Stubble burning at a glance
The Hindu Text & Context, 9 October 2026 · GS3 Agriculture, Environment
In one line: law, incentives and costly machines make burning the cheapest choice, Sekhar argues, and the claimed fall needs better measurement.
The numbers Sekhar cites
What Sekhar reportsFiguresPaddy straw, Punjab and Haryanaaround 29 million metric tonsPaddy procurement, 2012-2024 average87% Punjab, 74% Haryana, about 37% IndiaFall in burning90% in fire counts, 2025 vs 2022 (Lok Sabha reply); about 30% by burnt area (a 2025 report)
This season (PIB)
34 districts CAQM flying squads, deployed through the CPCB
18 + 16 districts in Punjab and Haryana
In plain words: fines alone fail when the law, the market and the machines all favour burning; change the incentives and measure honestly.
UjiyariThe three causes: card 3 →
Revision card 3 of 8 · The argument
Three causes that work together
Why farmers burn, as Sekhar argues
The three causes (Sekhar's case)
Law the PPSSWA delayed transplanting to the monsoon, leaving a narrow 10-15-day window before wheat
→
Incentives assured procurement far above the national average, and free power in Punjab, keep farmers on paddy and wheat
→
Technology combines leave about a foot of stubble; seeders need a 60 HP tractor that sits idle most of the year
What the alternatives cost (Sekhar's figures)
Rs 10,000 to hire in-situ machinery, with a long wait
Rs 1,500-2,500 per acre for ex-situ measures
Long-duration varieties make it worse: PUSA-44, which yields more, takes 150-160 days, Sekhar notes.
UjiyariStick, carrot and measurement: card 4 →
Revision card 4 of 8 · The argument
Stick, carrot, and is it working?
The two responses and the measurement problem
What the States and regulators do (as Sekhar records it)
Stick NGT: burners could be excluded from MSP procurement; flying squads; complaints against officials who fail to monitor
→
Carrot Haryana pays Rs 1,000 an acre for CRM, Rs 4,000 for direct seeding of rice, Rs 7,000 to diversify
→
Measurement CREAMS counts active fires seen by polar satellites between 10:30 am and 1:30 pm
The other side. Delhi's winter smog harms health now and cannot wait for diversification; deterrence has a place; incentives cost money and can reward farmers who would otherwise have burnt.
In plain words: penalties risk a reduction on paper, not in the air; pair incentives with measurement that cannot be dodged by burning after dark.
UjiyariThe static base: card 5 →
Revision card 5 of 8 · The static base
The background UPSC asks about
Institutions, residue options and the timeline · GS3 static portion
Law and institutions (who does what)
PPSSWA: a groundwater law enacted in 2009 that fixes the earliest dates for paddy sowing and transplanting
CAQM: Commission for Air Quality Management in NCR and Adjoining Areas
CREAMS: counts fires from NASA's MODIS and VIIRS sensors on polar-orbiting satellites
Geostationary observation, in an ISRO-led study, caught evening burning
Two ways to manage straw
In-situ (in the field)Ex-situ (off the field)Happy Seeder, Super Seeder, RotavatorFuel for bio-ethanolShort-duration rice varietiesFeedstock for compressed biogas (CBG)Direct seeding of rice (DSR)
From the 1970s to 2026
1970s-80sburning begins in Punjab, largely after combine harvesters arrive, Sekhar notes2009PPSSWA enacted to slow groundwater depletion2018NGT: burners could be excluded from MSP; the Supreme Court suggested the same in November 20232026CAQM flying squads in 34 districts, 18 in Punjab and 16 in Haryana
UjiyariTest yourself on card 6 →
Revision card 6 of 8 · Test yourself
Prelims practice, UPSC pattern
Choose an option, then tap Show answer
Q1. Consider the following statements:
1.The Punjab Preservation of Sub-Soil Water Act is an air-pollution law that bans stubble burning.
2.By delaying paddy transplanting, the Act pushed the paddy harvest into late October and early November.
3.Under the CREAMS protocol, stubble fires are counted from geostationary satellites.
How many of the statements given above are correct?
(a) Only one(b) Only two(c) All three(d) None
Show answer
Answer: (a) Only statement 2 is correct. The PPSSWA is a groundwater law enacted in 2009. CREAMS counts fires from MODIS and VIIRS sensors on polar-orbiting satellites, not geostationary ones.
Q2. With reference to the management of paddy straw, consider the following statements:
1.Happy Seeder and Super Seeder are in-situ options.
2.Using straw as feedstock for compressed biogas is an ex-situ option.
3.Direct seeding of rice is an ex-situ option.
Which of the statements given above are correct?
(a) 1 only(b) 2 and 3 only(c) 1 and 2 only(d) 1, 2 and 3
Show answer
Answer: (c) 1 and 2 are correct. Direct seeding of rice is an in-situ option: it changes how the crop is grown in the field.
Q3. Consider the following statements:
Statement-I: A fall in stubble-fire counts reported from polar-satellite data may overstate the actual fall in burning.
Statement-II: For the 2026 harvest, CAQM flying squads cover 34 districts in Punjab and Haryana.
Which one of the following is correct?
(a) Both correct; II explains I(b) Both correct; II does not explain I(c) I correct, II incorrect(d) I incorrect, II correct
Show answer
Answer: (b) Both are correct, but II does not explain I. Statement I holds because polar satellites pass only around midday and some farmers burn in the evening; the flying squads are an enforcement measure.
UjiyariWatch the trap: card 7 →
Revision card 7 of 8 · Remember
Watch the trap: recall and data to quote
Cover the green side, then tap a question to check yourself
Prelims traps
The PPSSWA is an air-pollution law
It is a groundwater law; it changed when farmers burn
CREAMS measures the area burnt
It counts active fires seen by polar satellites
Direct seeding of rice is ex-situ
It is in-situ; ex-situ means bio-ethanol or CBG
A 90% fall in fire counts means a 90% fall in burning
Burnt-area estimates suggest a fall of around 30%
Quick recall
R1How long does PUSA-44 take to mature, per Sekhar?
150-160 days
R2Through which body has CAQM deployed the 2026 flying squads?
The CPCB
R3What did the ISRO-led study find?
Farmers burning in the evening to avoid polar satellites
Value addition (lift the answer)
Groundwater: Punjab's level fell about 0.36 metres a year in 1999-2009, Sekhar notes; a NASA GRACE study put the loss in Punjab, Haryana and Rajasthan at 109 cubic kilometres over 2002-2008
Parliamentary Committee, per Sekhar: penalising farmers should be the last resort; a minimum price for stubble sold for ex-situ use
Memory hooks (for first-timers)
Law, technology, incentive when all three point the same way, fines alone fail
90 vs 30 fire counts against burnt area: always ask how we know
UjiyariWrite the Mains answer on card 8 →
Revision card 8 of 8 · Write
Mains practice: why the fires return
GS3 · Cropping patterns, MSP and procurement; environmental pollution
Stubble burning in north-west India is less a choice made by farmers than the outcome of law, technology and incentives. Examine this statement and suggest a durable way forward.250 words · answer outline below
IntroBurning persists because it is the cheapest way to clear a field in a few days
Causesgroundwater law shortens the window; procurement and free power fix the crop choice; costly machines
Responsespenalties and flying squads; Haryana's incentives; Punjab's in-situ machinery; the measurement gap
Way forwardin-situ and ex-situ now, diversification over time, a price for stubble, polar plus geostationary measurement
Interview follow-up: as a district collector told that fires have fallen 90%, how would you check before reporting it?
Crop residue managementAssured procurementCrop diversificationPerverse incentivesPolar-orbiting satellitesBurnt area

Sources: The Hindu, Text & Context, “Why stubble fires keep coming back” by C.S.C. Sekhar, 9 October 2026 (print edition); PIB, CAQM intensifies field-level monitoring with deployment of Flying Squads, October 2026.

Source: Why Stubble Fires Keep Coming Back: PPSSWA, MSP, Satellites — Ujiyari.com | Free UPSC & State PCS Editorial Analysis