Examine the role of technology (AI, remote sensing, geospatial mapping) in strengthening India's wildlife corridor management, with reference to elephant conservation.

Wildlife corridors are narrow habitat linkages that keep protected areas functionally connected. For India — home to over 60% of the world's wild Asian elephants [4] and 150 ground-validated elephant corridors across 15 range states [2] — securing these passages is now as much a data problem as a forestry one.

Why corridor management needs a technological turn

• Corridors are fragmented by linear infrastructure, mining and plantations; most lie outside protected areas on revenue or private land, making conflict a recurring outcome.
• Project Elephant (1992), a centrally sponsored scheme, historically depended on foot patrolling and ground survey [3] — inadequate for monitoring 33 Elephant Reserves spanning about 80,777 sq km [2].

How technology strengthens corridor governance

• Geospatial mapping: enables delineation and ground-validation of corridors and overlays them with land-use data to locate pinch points, giving states a defensible basis for notification — as with the recent Lemru, Agasthyamalai and Terai reserves [2].
• Remote sensing: satellite-based tracking of land-use change detects encroachment and habitat loss early, before a corridor is severed.
• Artificial Intelligence: MoEF&CC states that India combines AI, remote sensing and geospatial mapping with traditional knowledge to protect elephant habitats [1] — supporting early-warning alerts to railways and villages in high-conflict stretches.
• Evidence-based coordination: synchronised population estimation and inter-state sharing of conflict-mitigation practices, as at the Human-Elephant Conflict workshop on World Elephant Day 2025 [1].

Limits of the technological approach

• Technology maps a corridor but cannot grant it legal status; enforcement gaps persist.
• Costs, trained manpower and data quality vary sharply across states.
• Alerts fail without community ownership — hence the parallel recognition of mahouts and frontline staff through the Gaj Gaurav Awards [1].

Technology has shifted corridor management from reactive patrolling to predictive, evidence-led planning. Its full value will be realised when geospatial corridor layers are made binding inputs in infrastructure clearances and backed by statutory protection, blended with community stewardship. Such a coexistence model advances SDG 15 (Life on Land) and India's constitutional duty under Article 51A(g).