Forest Fires in India: Himalayan Risk and Preparedness

Why in News?

A Parliamentary Standing Committee on Science and Technology, Environment, Forest and Climate Change has flagged major gaps in forest fire monitoring and management in the Himalayan region.

The committee recommended the launch of a geostationary satellite for round-the-clock forest fire monitoring, regional climate-fire studies, dedicated NDRF response centres for Himalayan forest fires, and a National Pine-Needle Utilisation Policy.

What are Forest Fires?

• The National Institute of Disaster Management defines a forest fire as an unclosed and freely spreading fire that consumes natural fuels such as vegetation, litter and organic matter.
• When such fires burn completely out of control, they are called wildfires.
• Forest fires may be natural or human-induced. While low-intensity fires may help nutrient cycling in some ecosystems, uncontrolled and high-intensity fires can cause serious ecological, economic and health damage.

Types of Forest Fires

1. Ground Fires

These fires burn organic matter present in the soil. They usually spread slowly beneath the vegetation layer.

2. Surface Fires

These are caused by the burning of dry leaves, branches and ground-level vegetation. They spread quickly and are commonly seen in India.

3. Crown Fires

These fires spread from one tree top to another. They generate intense heat and large flames. Crown fires are comparatively rare in India.

Forest Fire Vulnerability in India

India’s total forest and tree cover is around 8.27 lakh sq km, nearly 24% of the country’s geographical area.

According to the Forest Survey of India:

• about 54.40% of forest area is vulnerable to occasional fires
• 7.49% faces moderately frequent fires
• 2.40% experiences high fire incidence
• around 35.71% is largely unaffected

The forest fire season in India generally lasts from November to June, with higher incidents in March, April and May due to dry biomass, rising temperatures and summer conditions.

Causes of Forest Fires

Most forest fires in India are believed to be human-induced.

Major causes include:

• burning forests for fresh grass growth
• covering up illegal tree cutting
• poaching-related fires
• shifting cultivation practices
• Mohua leaf and tendu patta collection
• accumulation of dry pine needles
• sparks from electricity cables
• lightning
• rising temperatures and prolonged dry spells

Setting a forest on fire is a punishable offence under the Bharatiya Nyaya Sanhita, 2023.

Why Himalayan Forest Fires Need Special Attention

The Himalayan region is highly vulnerable because of steep slopes, dry biomass, fragile ecosystems and climate variability.

The parliamentary committee noted that the Western and Eastern Himalayas together make up around 17% of India’s landmass, but account for nearly 57% of India’s forest fire incidents.

In the Western Himalayas, fires are driven mainly by:

• extreme pre-monsoon heat
• pine-needle fuel load
• human ignition near settlements

In the Eastern Himalayas, fires are linked to atmospheric dryness and cultivation-related burning practices.

Why Pine Trees are Fire-Prone

Chir pine trees shed dry needles locally known as Pirul. These needles contain resin and become highly inflammable during summer. Once accumulated on the forest floor, even a small spark can trigger a large fire.

Monitoring and Management in India

Forest Survey of India

The Forest Survey of India monitors forest fires and sends satellite-based alerts to State Forest Departments and registered users.

At present, India relies on foreign polar-orbiting satellites such as AQUA and Suomi-NPP. These satellites observe India only a limited number of times in a day, creating monitoring gaps.

Role of States and Centre

Forest fire prevention and management is primarily the responsibility of State Forest Departments, as forests are managed by States.

The Ministry of Environment, Forest and Climate Change is the nodal ministry for disaster management related to forest fire, water pollution and hazardous substances.

Financial and institutional support is provided through:

• Forest Fire Prevention and Management Scheme
• Development of Wildlife Habitats
• Compensatory Afforestation Fund Management and Planning Authority

Methods Used to Prevent and Control Forest Fires

Important methods include:

• construction of watch towers
• early detection systems
• fire watchers
• water conservation structures
• local community involvement
• fire lines
• satellite-based monitoring
• GIS and remote sensing tools

Fire Lines

• Kachha fire lines reduce fuel load by removing undergrowth and shrubs while retaining trees.
• Pucca fire lines are clear-felled strips that separate forest blocks and help stop fire spread.

Parliamentary Committee Recommendations

The committee made several important recommendations for better fire management.

1. Geostationary Satellite

India should prioritise a satellite that can provide continuous forest fire monitoring, especially in vulnerable regions.

2. Climate-Fire Study

A region-specific study should examine the empirical link between climate change and fire frequency by analysing temperature, rainfall and dry spells.

3. NDRF Response Centres

At least two regional NDRF response centres should be set up for forest fires in the Himalayan region.

4. Pine-Needle Utilisation Policy

A National Pine-Needle Utilisation Policy should identify collection zones and provide fiscal and market incentives for pine needle use.

5. Better Preparedness

The committee emphasised stronger regulation, monitoring and mitigation systems for Himalayan forest fires.

Impact of Forest Fires

1. Climate Impact

Intense fires release carbon dioxide, carbon monoxide, methane, nitrous oxide and other gases, contributing to global warming.

2. Carbon Flipping

Forests can shift from being carbon sinks to carbon sources when stored carbon is released through repeated fires.

3. Biodiversity Loss

High-intensity fires destroy vegetation, wildlife habitats, flora and fauna.

4. Soil Degradation

Burning of vegetation and organic matter reduces soil quality and increases erosion, especially on Himalayan slopes.

5. Human Health Effects

Smoke and particulate matter cause respiratory problems, eye irritation and poor air quality.

6. Economic Losses

Forest fires affect agriculture, tourism, infrastructure, local livelihoods and forest-based communities.

National Action Plan on Forest Fire

The National Action Plan on Forest Fire was prepared by the Ministry of Environment, Forest and Climate Change.

Its objectives are to:

• reduce forest fires by informing, enabling and empowering forest-fringe communities
• incentivise communities to work with State Forest Departments
• reduce vulnerability of forests to fire hazards
• improve the capacity of forest personnel and institutions
• speed up recovery after fire events

A Central Monitoring Committee has also been constituted to oversee the implementation of the plan.

Challenges

India faces several challenges in forest fire management. Monitoring still depends on satellites that do not provide continuous coverage. Fire response capacity is uneven across States. Many fires occur in remote and difficult terrain, especially in the Himalayas.

Human-induced fires are hard to regulate because many offenders remain unidentified. Local communities may not always have incentives to prevent fires. Climate change is increasing dry spells and heat stress, while pine needle accumulation remains a serious fuel-load problem in Himalayan forests.

Way Forward

1. Launch Dedicated Fire-Monitoring Satellite

A geostationary satellite can improve real-time detection and response.

2. Strengthen Himalayan Fire Response

Dedicated NDRF centres, trained forest teams and rapid-response units should be created.

3. Use Pine Needles Productively

Pine needles can be used for biomass, briquettes, composting and livelihood-linked enterprises.

4. Improve Community Participation

Forest-fringe communities should be incentivised for prevention, reporting and early response.

5. Link Climate Science with Fire Planning

Temperature, rainfall, dry spells and vegetation data should be used for fire-risk prediction.

6. Promote Controlled Fuel Management

Removal of dry biomass, maintenance of fire lines and controlled clearing can reduce fire intensity.

7. Strengthen Legal and Institutional Accountability

Illegal burning should be tracked and penalised, while State Forest Departments must improve preparedness.

Conclusion

Forest fires are no longer only a seasonal forest-management issue; they are a climate, disaster-management and livelihood challenge. The Himalayan region requires special attention because of high fire incidence, fragile slopes, pine-needle fuel load and growing climate stress. India needs better satellite monitoring, stronger State capacity, community participation, scientific fuel management and region-specific fire response systems. A modern forest fire strategy must combine technology, ecology and local livelihoods.