Faced with escalating costs and logistical challenges in implementing railway barricades to contain elephant movement, Karnataka’s Forest Department is now turning to Tamil Nadu’s innovative and cost-effective steel-rope fencing as a potential alternative. This decision underscores the pressing need for efficient solutions to mitigate human-wildlife conflicts that have increasingly affected rural communities.
Forest, Ecology and Environment Minister Eshwar B. Khandre has instructed the department to evaluate the effectiveness of Tamil Nadu’s steel-rope fences. Constructed at a fraction of the cost—approximately ₹45 lakh per kilometre compared to ₹1.5 crore for railway barricades—these fences feature steel ropes mounted up to six feet high, reportedly proving effective in deterring elephants from straying into human settlements. “Given the challenges in sourcing used railway tracks and the high costs of construction, this alternative appears promising,” said Khandre. The Minister has requested a comprehensive report on the feasibility of adopting this model, alongside an assessment of the efficacy of existing railway barricades in curbing crop damage and loss of life due to elephant incursions. Both reports are expected to be submitted within 10 days.
This development comes as the Forest Department faces financial hurdles, with its ₹300-crore funding request for railway barricade construction being rejected by the Karnataka State Pollution Control Board earlier this week. The rejection highlights the funding gap in addressing human-wildlife conflicts, a growing issue in Karnataka, which has a significant elephant population. Experts argue that infrastructure solutions like fencing must be complemented by community engagement, habitat restoration, and early warning systems to ensure sustainable outcomes. Tamil Nadu’s steel-rope fences could serve as a model for affordable and scalable solutions, potentially offering Karnataka a way to address the critical issue of man-elephant conflict without overextending its resources.
