Views: 38
Why in the News?
The Wildlife Institute of India (WII) released the “Status of Elephants in India, 2025” report on October 14, 2025, marking the country’s first-ever DNA-based elephant population estimation. This path-breaking assessment, conducted under Project Elephant (1992), offers a scientific baseline for genetic diversity, corridor connectivity, and conservation planning, redefining how elephant populations are monitored in India.
Background
Species Overview
- Scientific Name: Elephas maximus (Asian Elephant)
- IUCN Status: Endangered
- Protection Status:
- Global Context: India is home to over 60% of the world’s wild Asian elephants, making it a cornerstone of global elephant conservation efforts.
Conservation Framework in India
Project Elephant (1992):
- Launched by the Ministry of Environment, Forest and Climate Change (MoEFCC) to protect elephants, their habitats, and migration corridors.
- Focus areas: habitat protection, human–elephant conflict mitigation, research, and anti-poaching.
Elephant Reserves:
- 33 reserves notified across 15 states, covering nearly 80,000 sq. km.
Corridor Protection:
- Joint mapping of 101 elephant corridors by WII, WWF-India, and WTI to maintain landscape-level connectivity.
Ecological Role
- Elephants are known as ecosystem engineers; they disperse seeds, maintain forest–grassland balance, and regulate hydrological cycles, ensuring biodiversity continuity across forested landscapes.
Feature – The 2025 Report
Conduct and Methodology
- Publisher: Wildlife Institute of India (WII), Dehradun
- Framework: Implemented under Project Elephant (1992)
- Census Title: Synchronous All-India Population Estimation of Elephants (SAIEE 2021–25)
- Innovation:
- First DNA-based mark–recapture (genetic) method used in India for large mammals.
- Combined field transects, dung-DNA sampling, and spatial-capture–recapture modelling for accuracy.
Key Outcomes
| Parameter | Details |
| Total Population (2025) | 22,446 wild Asian elephants |
| Previous Estimate (2017) | 29,964 |
| Apparent Change | ~25% decline — due to improved genetic method, not population loss |
| Time Frame | 2021–2025 |
| Data Type | Genetic, demographic, and spatial movement data |
| Landscape | Estimated Elephants | Share |
| Western Ghats | 11,934 | 53% |
| North-East & Brahmaputra Plains | 6,559 | 22% |
| Shivalik–Gangetic Plains | 2,062 | 9% |
| Central India & Eastern Ghats | 1,891 | 8% |
Regional Distribution:
Karnataka (6,013) – Assam (4,159) – Tamil Nadu (3,136) – Kerala (2,785) – Uttarakhand (1,792) – Odisha (912).
Demographic and Scientific Insights
- DNA profiling enabled the identification of:
- Sex ratios and breeding patterns.
- Individual movement through migration corridors.
- Genetic Reference Library: India’s first national database for elephants — linking genetic diversity with habitat quality.
- Policy Integration: Aligned with India’s National Biodiversity Targets and SDG 15 (Life on Land).
Challenges
Habitat Fragmentation & Corridor Disruption
- Linear infrastructure (highways, railways, canals) cuts across elephant corridors, restricting migration and gene flow.
Human–Elephant Conflict (HEC)
- Nearly 500 human deaths and 100 elephant deaths annually due to crop raiding and retaliation in conflict zones.
Land-Use Change & Encroachment
- Rapid conversion of forests for agriculture and urban expansion reduces elephant habitats.
Poaching & Illegal Ivory Trade
- Despite bans, illegal ivory trafficking and electrocution-related deaths continue in border states.
Climate Change Impacts
- Drought and erratic rainfall affect food and water availability, forcing elephants to move closer to human settlements.
Lack of Real-Time Data Integration
- Though DNA-based estimation is accurate, the absence of continuous monitoring hampers dynamic conservation response.
Way Forward
Institutionalise Genetic Monitoring
- Repeat DNA-based census every 5 years to track genetic diversity, inbreeding, and population movement.
Restore Elephant Corridors
- Implement the National Elephant Corridor Plan, focusing on eco-bridges, land acquisition, and habitat restoration.
Coexistence-Centric Land Use Planning
- Integrate elephant movement zones into district land-use plans to prevent habitat–settlement overlap.
Strengthen Conflict Mitigation
- Use AI-based early warning systems, solar fencing, insurance coverage, and rapid response teams.
Community-Based Conservation
- Incentivise local communities through eco-development, crop compensation, and community stewardship programs.
Policy Coordination and Funding
- Enhance collaboration among MoEFCC, state forest departments, and local panchayats with dedicated Project Elephant budgets.
International Cooperation
- Strengthen transboundary corridor management with Bhutan, Nepal, and Bangladesh under regional wildlife agreements.
Conclusion
The Status of Elephants in India Report (2025) represents a landmark shift in wildlife monitoring, moving from visual counts to scientific DNA-based estimation.
Although the apparent decline in numbers reflects methodological refinement, not ecological loss, the findings underscore the urgent need for corridor restoration, conflict management, and genetic conservation.









