Context

• The recovery of endangered species demonstrates that extinction is not always irreversible.
• The Great Indian Bustard, Iberian lynx, scimitar-horned oryx and saiga antelope show how habitat restoration, scientific intervention, breeding programmes and community participation can revive threatened wildlife.
• India, as one of the 17 megadiverse countries, bears a major responsibility for protecting its exceptional biodiversity.
• The challenge is not merely preventing extinction but enabling species to recover, reproduce and survive sustainably in the wild.

India’s Biodiversity and the Conservation Challenge

• India occupies only 2.4% of the world’s land area, yet supports nearly 8% of global flora and 7.5% of fauna.
• It contains parts of four biodiversity hotspots, while many Indian species are endemic.
• However, habitat destruction, infrastructure expansion, climate change, pollution, poaching, invasive species and human-wildlife conflict pose serious threats.
• Of 7,516 Indian animal species assessed under the IUCN Red List, 1,012 are threatened.
• However, assessments cover only about 7.2% of documented animal species, indicating that the actual scale of biodiversity risk remains uncertain.
• The National Red List Assessment can address this knowledge gap. India’s National Red List Roadmap, launched in 2025, aims to produce National Red Data Books for plants and animals by 2030. This can provide a scientific basis for prioritising conservation action.

Government Schemes and Species Recovery

• The Integrated Development of Wildlife Habitats scheme supports recovery efforts for 24 identified species and their habitats through research, habitat improvement, protection and community participation.
• Conservation strategies must be species-specific.
• The Great Indian Bustard requires grassland protection, the Sangai depends on wetlands, the dugong needs healthy seagrass ecosystems, and the hangul requires protected forest habitats.
• Thus, effective conservation must combine species-specific planning, habitat protection and scientific monitoring.

The Projects in States

• Nilgiri Tahr and Vulture Conservation
  • Project Nilgiri Tahr combines population surveys, radio-collaring and habitat assessment across Tamil Nadu and Kerala.
  • Surveys recorded 1,303 tahrs in 2025 and 1,364 in 2026, demonstrating the value of sustained monitoring.
  • Vulture conservation illustrates the importance of tackling the causes of decline.
  • The veterinary use of diclofenac caused catastrophic mortality, while its ban, conservation breeding, habitat protection and awareness programmes have supported recovery.
  • Madhya Pradesh recorded 12,981 vultures in 2025, compared with 8,397 in 2019.
• Asiatic Lion and Rhinoceros
  • The Asiatic lion population increased from 674 in 2020 to 891 in 2025, supported by habitat management, grassland restoration, invasive-plant control and monitoring.
  • Greater one-horned rhinoceros conservation combines anti-poaching measures, habitat management and community participation.
  • In Assam’s Pobitora Wildlife Sanctuary, awareness, livelihood support and conflict reduction have helped make conservation a durable part of the landscape.
• Clouded Leopard and Dugong
  • The clouded leopard requires habitat connectivity across the Northeast.
  • Fourteen priority landscapes have been identified where habitat restoration, scientific monitoring and community participation are essential.
  • Dugong conservation requires protection of marine ecosystems. Tamil Nadu’s 448.34 sq km Dugong Conservation Reserve protects seagrass habitats in Palk Bay.
  • A 2026 assessment estimated 270 dugongs, providing an important baseline for future conservation.
• Snow Leopard and Community Stewardship
  • India’s first scientific assessment estimated 718 snow leopards in 2024.
  • In Himachal Pradesh, women from Kibber have contributed to camera trapping, population monitoring and protection activities.
  • Such initiatives demonstrate the importance of community stewardship alongside scientific conservation.

The Path Forward

• Political Support Is Essential
  • Conservation cannot succeed through science alone.
  • Political commitment determines whether species receive sustained funding, administrative coordination and protection from competing land-use demands.
  • State governments must integrate biodiversity into infrastructure, land-use and livelihood decisions.
  • Forest departments need trained personnel for surveys, habitat assessment, conservation breeding and genetic analysis.
  • Since species recovery may take decades, programmes require long-term funding, measurable targets and adaptive management.
• Funding and Community Participation
  • Less-publicised species often struggle to secure adequate resources.
  • State conservation funds can unite governments, industry, philanthropy and scientific institutions around local priorities.
  • International initiatives such as the Phoenix Species Project, which committed $200 million to recover 100 threatened species, demonstrate the importance of dependable multi-year funding. India similarly needs predictable resources for habitats, research and monitoring.
  • Community participation is equally important.
  • Compensation for fishing gear damaged while releasing dugongs, for instance, recognises local conservation efforts and creates incentives for stewardship.

Conclusion

• India’s experience with the bustard, vulture, Nilgiri tahr, Asiatic lion, rhinoceros, dugong and snow leopard proves that species recovery is achievable when science, policy and communities work together.
• Yet isolated successes must evolve into a comprehensive national conservation strategy.
• The National Red List can identify biodiversity risks, while States can translate this knowledge into mapped habitats, measurable targets, scientific monitoring and community-centred recovery plans.
• Conservation must therefore move beyond emergency protection towards rebuilding populations, habitats and ecological connections.
• India’s conservation future depends on sustained political will, scientific capacity, adequate financing and communities that are empowered as partners in protecting biodiversity.