Institutional responses to disasters are often reactive rather than anticipatory in India. Critically examine with reference to the formation of State Disaster Management Authorities.

Q. Institutional responses to disasters are often reactive rather than anticipatory in India. Critically examine with reference to the formation of State Disaster Management Authorities. (15 marks, 250-350 words)

Section 14 of the Disaster Management Act, 2005 obliges every State to constitute a State Disaster Management Authority (SDMA) chaired by the Chief Minister [1]. Yet the Act itself was legislated only after the 1999 Odisha cyclone, the 2001 Bhuj earthquake and the 2004 Indian Ocean tsunami — suggesting that India's disaster architecture has largely been built after catastrophe, though an anticipatory turn is now visible.

Evidence of a reactive pattern - Legislative trigger: the parent framework, including NDMA and SDMAs, emerged in the wake of successive mass-casualty events rather than in advance of known hazards [1]. - State-level replication: the Andhra Pradesh SDMA was galvanised by the 2015 heatwave, in which Andhra Pradesh recorded among the country's heaviest heat-mortality burdens [6] — an authority built around a hazard only after it proved lethal. - Institutional diagnosis: the Second ARC's Crisis Management: From Despair to Hope (2006) faulted the machinery for a relief- and response-centric orientation over preparedness [2]. - Audit confirmation: CAG Report No. 8 of 2025 found NDMA ineffective in core areas and no disaster management plans prepared by local authorities in test-checked districts [3].

The anticipatory shift — the other side - NDMA's National Guidelines on Heat Wave Action Plans institutionalise pre-summer preparedness, colour-coded IMD warnings, cool roofs and altered work hours [4]. - NDMA and IMD are working with 23 States to develop Heat Action Plans, converting one State's tragedy into national doctrine [5]. - Science-led lead time: IMD's long-standing ENSO–monsoon research enables seasonal forecasting of El Niño-linked rainfall deficits and heat stress [7], while APSDMA now issues mandal-level heat forecasts.

India's SDMAs are therefore best read as reactively born but progressively anticipatory — learning is real, but hazard-specific and uneven across States. Mainstreaming risk assessment into district and local plans, activating mitigation funds, and treating slow-onset hazards like heat as design parameters rather than emergencies would complete the shift from relief to resilience — aligning with the Sendai Framework's prevention-first mandate that the Act's own spirit envisages.

(~320 words)

Sources: 1. The Disaster Management Act, 2005 (Ministry of Home Affairs) — Section 14 mandate for SDMAs; post-tsunami enactment 2. Second ARC, 3rd Report — Crisis Management: From Despair to Hope (2006), DARPG — relief-centric orientation of the crisis machinery 3. CAG Report No. 8 of 2025 on Disaster Management — NDMA ineffective in core areas; local disaster management plans not prepared 4. NDMA, National Guidelines for Preparation of Action Plan — Prevention and Management of Heat Wave — anticipatory heat-preparedness measures 5. PIB — NDMA and IMD working with 23 States to develop Heat Action Plans — national scaling of HAPs 6. Ministry of Earth Sciences, Parliament Question on loss of lives due to heat wave — heatwave mortality burden, including Andhra Pradesh 7. R.P. Kane, "El Nino, Southern Oscillation… and summer monsoon rainfall in India", MAUSAM (IMD) — ENSO–monsoon linkage enabling seasonal forecasting