Human–Wildlife Conflict (HWC) is emerging as a major challenge worldwide for biodiversity conservation, human safety, and economic stability. In a biodiversity-rich country like India, where millions of people live near forested areas, incidents of HWC are on the rise.

What is Human–Wildlife Conflict ?
According to the World Wide Fund for Nature (WWF): HWC occurs when interactions between humans and wildlife produce negative outcomes, such as:
- Loss of human life
- Damage to property or crops
- Killing of livestock
- Wildlife entering human settlements
Examples:
- In 2024, wolves attacked several children in Bahraich, Uttar Pradesh.
- Elephants, leopards, tigers, monkeys, and nilgai damaging crops, homes, or livestock.
Situation of HWC in India
- In India, HWC mainly involves species like elephants, tigers, leopards, bears, monkeys, nilgai, and wolves.
- In 2022, 1,510 human deaths occurred due to wildlife attacks (Accidental Deaths & Suicides in India – 2022).
- Kerala recently declared HWC a state-specific disaster.
- Addressing HWC is primarily the responsibility of state and union territory governments.
Major Causes of HWC
(A) Ecological Causes
- Climate change / Seasonal variation: Rising temperatures and altered rainfall patterns force wildlife into new areas.
- Extreme weather events: For example, melting Arctic ice has increased human–polar bear conflicts.
- Habitat fragmentation: Disruption and shrinking of wildlife habitats.
(B) Anthropogenic / Human-Induced Causes
- Land-use changes, urbanization, and illegal encroachment.
- Expansion of agriculture and attraction of crops to wildlife.
- Conservation success increasing wildlife populations (e.g., tiger populations in Sundarbans reaching carrying capacity).
(C) Wildlife-Induced Causes
- Changes in animals’ life cycles (reproduction, foraging strategies).
- Altered migration patterns.
- Limited ability to adapt to new landscapes.
Impacts of HWC
1. Social / Psychological Impacts
- Fear, stress, and uncertainty
- Mental trauma in forest-adjacent communities
2. Economic Impacts
- Crop losses
- Livestock predation → financial losses
- Retaliatory killings of wildlife → adverse effects on biodiversity
3. Health Impacts
- Spread of zoonotic diseases (e.g., Nipah virus)
4. Ecological Impacts
- Disruption of predator-prey balance
- Habitat shrinkage due to human activity → threat to endangered species
Legal and Policy Framework
(A) Constitutional Provisions
- Forests and wildlife fall under the Concurrent List (List III) → responsibility shared by central and state governments
(B) Major Laws
- Wildlife Protection Act, 1972
- Protection of wildlife, plants, and habitats
- Establishment of protected areas (PAs)
- Strict penalties for offenses
(C) Policy Initiatives
- Standard Operating Procedures (SOPs) for HWC:
- Human–Elephant Conflict
- Human–Tiger Conflict
- Human–Leopard Conflict
- National Wildlife Action Plan (NWAP) 2017–2035
- National Human–Wildlife Conflict Mitigation Strategy and Action Plan (2021–26)
Recent Technical and Behavioral Interventions
- Project RE-HAB (Reducing Elephant–Human Attacks Using Bees): Using beehives to keep elephants away from villages.
- GPS Collaring: Monitoring movements of elephants and tigers.
- Digital Databases: Hotspot mapping of conflict zones.
- Solar fencing / physical barriers: Crop protection
- Early-warning systems: SMS or app-based alerts
Way Forward
- Science-Based Management
- NWAP 2017–2035 emphasizes species-specific and region-specific strategies.
- Scientific assessment of carrying capacity.
- Community Participation
- Leveraging local and tribal knowledge
- Role of eco-development committees
- Transparent crop compensation and insurance mechanisms
- Technological Solutions
- Drone-based monitoring
- Smart fencing
- Availability of hospitals and rescue centers
- Better Land-Use Planning
- Restoration of wildlife corridors
- Scientific evaluation of urban and industrial expansion
- Education and Awareness
- HWC training in schools and panchayats
- Practical guidelines for communities
Conclusion
Human–Wildlife Conflict is not limited to forest-adjacent communities. It is a multi-dimensional issue affecting India’s biodiversity, food security, economic stability, and public health. Effective mitigation requires a combination of:
-
- Legal frameworks
- Technological innovation
- Community engagement
- Scientific management
Reducing HWC can significantly contribute to achieving Sustainable Development Goals (SDGs), especially SDG-13 (Climate Action) and SDG-15 (Life on Land).