ABC Live’s special report analyses verified data from FSI, NDMA, and UNEP to show how forest fires in India doubled in 14 years and why Parliament needs detailed analytical reports — not short synopses — to understand their climate, economic, and governance impact.
New Delhi (ABC Live): Forest fires have moved from being seasonal disturbances to becoming a recurring environmental and economic threat across India.
The Parliamentary Reference Note “Parliamentary Reference Note “Forest Fires in India – A Synopsis, prepared by the Environment, SDGs and Science & Technology Desk of LARRDIS, provides Members of Parliament with essential facts, causes, and government measures.
However, while the Note is informative, it remains brief and descriptive.
A detailed analytical version could help Parliament understand how forest fires are connected to climate change, carbon budgeting, and livelihoods.
This analysis therefore expands that foundation — turning official data into policy insight for stronger environmental governance.
About LARRDIS
LARRDIS (Library, Research, Reference, Documentation and Information Service) is the research and information division of the Lok Sabha Secretariat.
It functions as Parliament’s in-house knowledge wing, preparing non-partisan, data-based reference papers that help MPs engage effectively in debates and committee deliberations.
The July 2024 paper “Forest Fires in India – A Synopsis” was produced by its Environment, SDGs and Science & Technology Desk.
The Scale of the Crisis (2010 – 2024)
| Year | Fire Incidents | Area Burnt (sq km) | CO₂ Released (Mt) | Estimated Loss (₹ crore) |
|---|---|---|---|---|
| 2010 – 11 | 14 500 | 9 100 | 12.1 | 1 000 |
| 2016 – 17 | 22 300 | 14 122 | 16.5 | 2 300 |
| 2023 – 24 | 36 478 | ≈ 19 000 | 21.4 | 4 200 + |
Forest-fire incidents have more than doubled in fourteen years.
As a result, India loses nearly 8 % of its annual carbon-sink gains, while about 21 million tonnes of CO₂ are released every year from burnt biomass.
The fire season now lasts six weeks longer than it did a decade ago.
Sources: FSI Fire Alerts Portal | ISFR 2021 | GFED v5 | MoEF&CC Parliament Replies
Global Comparison
| Country | Avg. Burnt Area (sq km) | Main Cause | Fire Spend % GDP | Annual Loss (USD bn) |
|---|---|---|---|---|
| India | 19 000 | 75 % human | 0.004 % | 0.5 |
| Australia | 42 000 | 60 % natural | 0.03 % | 4.4 |
| U.S.A. | 65 000 | 70 % human | 0.05 % | 12.7 |
| Brazil | 85 000 | 90 % human | 0.01 % | 3.8 |
| Russia | 120 000 | 45 % lightning | 0.02 % | 5.2 |
| Canada | 180 000 | 70 % lightning | 0.04 % | 2.4 |
India’s burnt area is smaller, yet its loss-to-GDP ratio is far higher because forests directly sustain rural communities.
Moreover, India spends less than one-tenth of what advanced economies allocate to wildfire prevention.
Drivers and Impacts
Climatic Factors: Hotter summers, erratic rainfall, and falling humidity create drier conditions that extend the “fire-weather window.” A 1 °C rise in temperature can raise fire frequency by 2.6 %.
Human Factors: Shifting cultivation, fuel-wood burning, and litter fires trigger about 75 % of incidents. Most ignition points occur within two kilometres of settlements or roads.
Ecological & Economic Impacts: Fires reduce soil fertility, destroy wildlife corridors, and disrupt local water cycles. Economically, they cause ₹ 4 000 crore in annual losses — around 0.02 % of India’s GDP — while harming livelihoods and biodiversity.
Institutional Assessment
India’s institutional framework remains fragmented.
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NDMA has created a Common Alert Protocol, yet coordination with state disaster bodies is uneven.
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MoEF&CC’s NAPFF (2018) focuses on awareness but lacks measurable indicators.
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FSI’s Van Agni Portal issues real-time alerts, though only about 60 % receive field response.
Thus, the system stays largely reactive instead of preventive.
The Way Forward — From Firefighting to Forest Foresight
India must shift from short-term fire suppression to long-term forest foresight, grounded in science, participation, and accountability.
Forest Fire Vulnerability Index (FFVI)
Create a district-level index combining weather, vegetation, and livelihood data to enable risk-based funding.
National Burnt-Carbon Registry
Record each hectare burnt and its CO₂ output; link data to offset schemes under the Green Credit Programme 2023.
Community Fire Brigades
Form Gram Van Rakshak Dal units — trained village volunteers insured under NDMA — and reward fire-free years with grants and carbon credits.
Predictive Science and Controlled Burns
Adopt Australia-style prescribed burns to reduce fuel load. Integrate IMD’s Fire Danger Rating System with FSI alerts for early prevention.
Outcome-Linked Funding
Transform the current scheme into a Performance-Linked Green Grant, where states achieving ≥ 20 % fire reduction receive extra funding and recognition.
Integrate with Climate Goals
Include wildfire emissions (~3 % of India’s GHGs) in the LULUCF category to align fire management with Paris Agreement targets.
Research and Innovation Hubs
Establish centres in Dehradun, Guwahati, Nagpur, and Bengaluru for AI-based forecasting and post-fire restoration research.
Insight: “The future of India’s forests will depend not on how fast we fight fires but on how wisely we prevent them.”
Conclusion
Between 2010 and 2024, forest fires in India rose by over 150 %, releasing ≈ 21 Mt CO₂ and causing ₹ 4,000 crore in losses each year.
Although India has built institutions to respond, their coordination and budget efficiency remain limited.
If India invests in predictive systems, community empowerment, and carbon accounting, its forests can evolve from fragile emitters to resilient carbon guardians.
Strengthening Parliamentary Awareness
If detailed analytical reports, rather than short synopses, were placed before Parliament, Members of Parliament could better understand the real scale, causes, and economic costs of forest fires.
Such depth would raise legislative awareness, promote data-driven policymaking, and ensure sustained parliamentary focus on forest governance and climate adaptation.
Comprehensive documentation, therefore, is crucial for building an informed national consensus on protecting India’s forests.
Why ABC Live Is Publishing This Report Now — And How It Is Unique
ABC Live is publishing this analysis to highlight a policy gap often missed in India’s mainstream discussion on forest management.
The July 2024 LARRDIS Note gave Parliament a brief overview; yet, the topic demands a deeper, data-based understanding.
Forest fires reflect the intersection of climate change, rural livelihoods, carbon accounting, and governance capacity.
This report is unique because it:
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Integrates official data from FSI, MoEF&CC, NDMA, UNEP, NASA, and FAO into a single verified narrative;
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Compares India’s readiness with other major fire-prone countries;
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Links fire management to climate finance through a proposed National Burnt Carbon Registry and district-level Vulnerability Index; and
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Argues for detailed parliamentary reporting to improve legislative engagement and accountability.
By presenting complex data in an accessible format, ABC Live continues its mission to make knowledge work for justice, climate action, and policy accountability.
This publication, therefore, translates a technical issue into public understanding — connecting research, law, and citizen awareness within a coherent framework.
References
- MoEF&CC – https://moef.gov.in/
- Forest Survey of India – https://fsi.nic.in/
- Van Agni Fire Portal – https://fsiforestfire.gov.in/index.php
- ISFR 2021 – https://fsi.nic.in/forest-report-2021
- NDMA – https://ndma.gov.in/
- PIB PRID 2020347 – https://pib.gov.in/PressReleaseIframePage.aspx?PRID=2020347
- PIB PRID 1946413 – https://pib.gov.in/PressReleaseIframePage.aspx?PRID=1946413
- Digital Sansad Q&A – https://sansad.in/ls/questions/questions-and-answers
- UNEP Global Wildfire Assessment 2024 – https://www.unep.org/resources/report/global-wildfire-assessment-2024
- FAO Global Forest Resources Assessment 2023 – https://www.fao.org/forest-resources-assessment/en/
- Global Fire Emissions Database v5 – https://www.globalfiredata.org/
- NASA FIRMS – https://firms.modaps.eosdis.nasa.gov/
- Natural Resources Canada – https://natural-resources.canada.ca/climate-change/impacts-adaptation/wildland-fire/10783
- INPE Queimadas – https://queimadas.dgi.inpe.br/queimadas/portal
- EU Copernicus EFFIS – https://emergency.copernicus.eu/
















