Kerala’s One Health Snakebite Policy

Kerala unveiled its State Action Plan for Prevention and Control of Snakebite Envenoming (SAPSE) on 20 July 2026. The plan sets a zero-death and disability target by 2030 and builds on the state’s earlier declaration of snakebite as a notifiable disease under the Kerala Public Health Act.

What the plan covers and why it matters

Kerala’s SAPSE aims for zero snakebite deaths and disabilities by 2030. It integrates legal mandates, health system preparedness, ecosystem management and community action. The plan matters for governance because it converts epidemiological data into resource allocation and local action. It matters for public health because timely care and correct antivenom use determine survival and disability outcomes.

Legal and administrative implications

Declaring snakebite envenoming notifiable under the Kerala Public Health Act imposes mandatory reporting by all clinical facilities. Administrative effects and implications:

• Mandatory surveillance — Compulsory case reporting improves data completeness and enables hotspot mapping.
• Resource targeting — Accurate data permits prioritised ASV distribution, tiered referral planning and district budgeting.
• Accountability and enforcement — Legal duty creates grounds for inspection, audits and follow-up actions against non-compliance.
• Operational costs — Reporting increases workload; it requires training, IT integration and support for small providers.
• Privacy and data governance — Systems must protect patient confidentiality while enabling public health action.

One Health and inter-sectoral coordination

SAPSE applies a One Health approach that links human health, animal health and environmental management. The plan assigns roles across health, forestry, animal husbandry, agriculture, education, local self-government and wildlife departments.

• Forestry & wildlife — Manage snake ecology, rescue operations and habitat interventions.
• Agriculture & animal husbandry — Reduce occupational exposure in fields and livestock-related risks.
• Health — Clinical care, surveillance, ASV management and tertiary referral.
• Education & local bodies — Community awareness, school-based prevention and local reporting networks.

The plan’s framework drew inputs from a multidisciplinary conclave at Amrita Institute of Medical Sciences, which guided cross-sector coordination mechanisms.

Surveillance, hospital preparedness and clinical management

• Digital surveillance — Cases and deaths are reported through the Integrated Health Information Platform (IHIP), HMIS and the SARPA app for real-time monitoring and trend analysis.
• Hotspot mapping — Data are used to identify red-flag hotspots and prioritise resource allocation and outreach.
• Tiered healthcare — Facilities are organised into L1–L3 referral tiers to reduce delays and match capacity to severity.
• Emergency transport — Kanivu 108 ambulances provide pre-hospital stabilisation and rapid transfer to designated centres.
• ASV availability — Anti-snake venom is stocked in 151 government and 150 private hospitals. In 2025 the state distributed 8,456 vials to 133 hospitals and administered 6,382 vials to patients.
• Species-specific protocols — Separate clinical protocols cover the Hump-nosed Pit Viper and Malabar Pit Viper, addressing species whose envenoming may not respond to standard polyvalent ASV.
• Local production plans — Discussions are under way to set up an anti-venom production facility to address regional venom variation and supply security.

Community mobilisation and prevention

• School-based measures — Snakebite prevention is integrated into curricula, teachers are trained with Sarpa volunteers, and student social media clubs produce educational videos.
• Local self-government — Panchayats support community reporting, first-response arrangements and coordination with health and transport services.
• Volunteer networks — Sarpa volunteers assist with rescue, awareness and linking victims to emergency transport.

Policy outcomes and operational challenges

Available indicators show a decline in mortality: Kerala recorded 18 snakebite deaths in 2025, down from 123 in 2018–19. Key operational challenges and policy responses are:

Practical lessons for replication

• Data-driven targeting — Mandatory notification combined with digital platforms allows efficient resource use.
• Multi-sector committees — Formal linkage of forestry, agriculture and health clarifies roles in prevention and rescue.
• Local ownership — School and panchayat engagement improves early care seeking and community reporting.
• Clinical specificity — Species-specific protocols and clinician training reduce inappropriate ASV use and improve outcomes.

Model Questions

1. Analyse the administrative and legal implications of declaring snakebite envenoming a notifiable disease under state public health legislation. How does this status alter the public health response? [GS-II: Governance]

Declaring snakebite notifiable creates statutory reporting duties for public and private facilities, improving case detection and epidemiological accuracy. It enables hotspot mapping, targeted allocation of ASV and tiered referral planning. Administratively it requires IT integration, training and inspection capacity and provides legal basis for enforcement. Risks include reporting burden and non-compliance by small providers; these require capacity building, incentives and routine audits to be effective.

2. Explain the One Health framework and discuss how Kerala’s SAPSE integrates human, animal and environmental sectors to control snakebite envenoming. [GS-III: Environment & DM]

One Health links human, animal and ecosystem health for coordinated responses to zoonotic risks. Kerala’s SAPSE operationalises this through joint planning among health, forestry, animal husbandry, agriculture, education and local governments. Forestry manages snake ecology and rescue; agriculture reduces occupational exposure; health provides clinical care and surveillance. Shared data platforms and cross-sector committees align prevention, habitat-sensitive interventions and emergency response.

3. Examine the role of technology-driven surveillance and species-specific clinical protocols in reducing snakebite mortality, with reference to Kerala’s strategies. [GS-III: Science & Technology]

Digital tools (IHIP, HMIS, SARPA) enable real-time reporting, trend analysis and hotspot identification, guiding ASV distribution and placement of L1–L3 facilities. Species-specific protocols for Hump‑nosed and Malabar pit vipers address gaps where polyvalent ASV is ineffective. Combined with Kanivu 108 emergency transport and clinician training, these measures shorten time-to-treatment and improve targeted clinical management, lowering mortality and disability.

4. Discuss the importance of decentralised governance and community participation in controlling snakebite envenoming. Illustrate using Kerala’s SAPSE measures. [GS-II: Governance]

Decentralised governance places responsibility at the panchayat and facility levels for prevention, reporting and rapid referral. Kerala trains teachers with Sarpa volunteers, embeds prevention in school curricula, and uses local reporting networks. Panchayats coordinate Kanivu 108 use and local ASV stocks. Community engagement shortens response times, increases early care seeking, and sustains vigilance through locally adapted prevention and rescue arrangements.