Every year, as the paddy harvest concludes across north India, a familiar environmental crisis returns. Fields are cleared within days, crop residue is burnt in situ, and air quality across large parts of the Indo-Gangetic plains deteriorates sharply, according to Suresh Kumar and Sushil Saigal in The Hindu BusinessLine. The response is equally predictable: public concern intensifies, regulatory measures are announced, machinery is deployed for a limited period, and policy debates resurface. Yet despite more than a decade of attention and significant public investment, the problem persists.
The Systemic Failure
Crop residue burning is not merely a behavioural issue; it is a systems failure rooted in risk aversion and the misalignment between agricultural timelines and service delivery systems, the authors argue. For years, policy responses centred on enforcement and awareness — penalties, advisories, and seasonal machinery deployment became the primary tools. But this approach overlooked a fundamental constraint: in the paddy–wheat cycle, farmers operate within a narrow window between harvesting one crop and sowing the next. Fields must be cleared quickly, reliably, and at low cost. When alternatives are unavailable, uncertain, or poorly timed, burning remains the most practical option.
The Pay-for-Results Model
Emerging approaches are focusing on strengthening rural service ecosystems that determine whether farmers can access timely alternatives at scale. One such approach is the Pay-for-Results model currently being piloted under The Nature Conservancy’s PRANA (Promoting Regenerative and No-Burn Agriculture) programme in Punjab. The model incentivises service providers to expand the additional area brought under no-burn agricultural practices compared to the previous year’s baseline — addressing the challenge of delivering services quickly, reliably, and at scale during the narrow agricultural window, according to the article.
Regenerative Agriculture and Biomass Value Chains
Another important dimension is how farmers perceive crop residue. Paddy straw has limited value within existing farm systems and is not suitable as fodder like maize or wheat straw. Alongside in-situ management, Punjab is witnessing the emergence of biomass-based value chains that convert paddy straw into industrial and energy inputs, including biomass pellets, compressed biogas (CBG), bio-ethanol, and biochar. Among these, biochar may prove especially important because it converts paddy straw into a soil-enhancing material that improves moisture retention and supports long-term carbon sequestration. Through biochar-linked interventions under PRANA, crop residue management is beginning to evolve from a disposal challenge into a regenerative agricultural input.
Public Investment and Institutional Shifts
Over the past decade, Punjab has shifted from fragmented interventions toward a more integrated institutional approach, strengthening district-level coordination, expanding Custom Hiring Centres, building straw aggregation networks, involving extension systems, and creating procurement linkages between farmers and biomass industries. Public investment has supported this transition. Key funding allocations include:
| Scheme/Allocation | Amount | Period | Region |
|---|---|---|---|
| Punjab dedicated crop residue management frameworks | ₹500–600 crore | 2024–2026 | Punjab |
| Promotion of Agricultural Mechanisation for In-Situ Management of Crop Residue | Over ₹1,426 crore | 2018–2022 | Punjab, Haryana, Uttar Pradesh, Delhi |
| Sub-Mission on Agricultural Mechanisation | Over ₹5,400 crore | 2014–2022 | Across states (machinery diffusion) |
Source: Ministry of Agriculture and Farmers’ Welfare, as reported in the article.
Satellite-based monitoring data show these shifts are now reflected in outcomes, the authors note, though specific figures are not detailed in the excerpt.
Outlook for Commodity Supply Chains
For commodity traders and agribusiness executives, the persistence of crop residue burning signals ongoing risk to wheat and paddy supply chains in Punjab, a critical grain basket for India. The narrow planting window and reliance on burning create potential for regulatory crackdowns, logistical bottlenecks, or weather-related delays that could tighten supplies. Conversely, the expansion of biomass value chains opens new markets for crop residue as a feedstock for bioenergy and industrial inputs, potentially altering farm economics and procurement patterns. The PRANA model’s success could reduce burning-related disruptions, but scaling will require sustained investment and institutional coordination. Key data to watch include satellite-based burning incidence reports and policy announcements on crop residue management schemes, which directly impact planting timelines and input costs for the upcoming rabi season.
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