Forest Fires in Northeast India

• Forest fires persisted for nearly a week across Arunachal Pradesh and Nagaland, prompting sustained aerial firefighting missions.

Forest Fire Vulnerability in India

• Prone Areas: About 36% of India’s forest cover is susceptible to forest fires, with ~4% highly prone and ~6% very highly prone zones.
• Fire Frequency Distribution: Around ~54.40% of forest areas witness occasional fires, ~7.49% face moderate fire incidence, and ~2.40% report high-frequency fires (FSI).
• Susceptible Forest Types: Dry deciduous forests remain most vulnerable due to high combustible biomass, whereas evergreen and montane temperate forests exhibit lower fire incidence.

Affected Locations

• Lohit Valley: High-altitude aerial firefighting missions conducted above ~9,500 ft in remote mountainous regions of Arunachal Pradesh.
• Walong Region: Significant fire suppression operations undertaken in eastern Arunachal Pradesh, a strategically sensitive zone near the India–China frontier.
• Dzukou Valley: Forest fire hotspots observed in the ecologically fragile valley spanning the Nagaland–Manipur border, known for recurrent seasonal fires.
• Japfu Peak Area: Fire-affected zones reported near Japfu Peak, one of Nagaland’s highest elevations, where steep slopes intensified fire behaviour.

Operational Response

• Sustained Aerial Suppression: Indian Air Force helicopters carried out continuous precision water-dropping sorties to contain fires in inaccessible mountainous terrain.
• Large-Scale Water Deployment: Extremely high-volume aerial drops reported; E.g., ~139,800 litres released over Walong and ~12,000 litres over Lohit Valley.

Why Northeast is a Fire-Prone Zone?

• Climatic Vulnerability: Extended dry spells and rising temperatures increase fire risks; E.g., Arunachal Pradesh recorded ~200 times more fire incidents compared to the same period last year (FSI data).
• Shifting Cultivation Practices: Slash-and-burn agricultural cycles create seasonal ignition sources across hill landscapes, particularly during pre-monsoon months.
• Topographic Amplification: Steep slopes, narrow valleys, and strong mountain winds accelerate rapid fire spread and complicate ground-based containment efforts.

Impact of Forest Fires

• Carbon Emissions: Indian forest fires emit 69 million tonnes of CO2 annually (WRI).
• Biodiversity Loss: Fires destroy habitats, endanger wildlife, and disrupt ecosystems.
• Soil and Water Cycle Disruption: Fires degrade soil fertility, affecting agricultural productivity and groundwater recharge.
• Economic Loss: Forest degradation due to fires costs India ₹1.74 lakh crore annually (MoEFCC, 2018).
• Human-Wildlife Conflict: Fires drive animals into human settlements, increasing risks of conflict.

Effectiveness of Forest Fire Prevention & Management Mechanisms

• Early Detection: FSI’s satellite-based alerts (MODIS, SNPP-VIIRS, INSAT) provide near real-time monitoring, significantly improving response time in fire-prone regions.
• Response Capacity: The FPM Scheme enhances state-level infrastructure, fire lines, equipment, and training, strengthening on-ground firefighting preparedness.
• Policy Coordination: NAPFF provides a national framework integrating prevention, mitigation, and community participation, ensuring better inter-agency coordination.
• Community Involvement: Forest Fire Prevention Committees promote local monitoring and participatory fire control, improving grassroots vigilance.
• Technological Integration: Satellite-based mapping and digital fire alerts enable data-driven decision-making and rapid containment efforts.

Way Forward

• Fire Prevention: Break the fire triangle (fuel, oxygen, ignition) and promote the removal/use of inflammable pine biomass.
• Forest Resilience: Curb deforestation and degradation to reduce forest vulnerability to fires.
• Community Participation: Engage tribal communities & farmers through platforms like Van Panchayats.
• Awareness Innovation: Utilise CSR funds for fire awareness campaigns and strengthen R&D in fire detection and suppression.

“Preparing to fight forest fires is only part of the solution; we must be proactive and reduce fuel build-up.” For Northeast India, only climate-smart forestry, fuel management, and community-led stewardship can ensure enduring ecological security.

Reference: Down To Earth

PMF IAS Pathfinder for Mains – Question 558

Q. Evaluate the effectiveness of India’s forest fire prevention and management mechanisms. Do these measures adequately address the structural and climate-induced drivers of recurring forest fires? (250 Words) (15 Marks)

Approach

• Introduction: Write a brief introduction about the forest fire in India, and also mention recent data.
• Body: Write the effectiveness of forest fire prevention and management mechanisms, then write the adequacy of mechanisms to address structural and climate drivers, and the way forward.
• Conclusion: Emphasis on a combination of Integrated Fire Management and community-led initiatives to ensure both prevention and ecosystem restoration.