UPSC 2024 · GS 3
What is disaster resilience? How is it determined? Describe various elements of a resilience framework. Also mention the global targets of the Sendai Framework for Disaster Risk Reduction (2015-2030).
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Deep Depression Over Andhra-Odisha Coast and Disaster Preparedness
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A deep depression moving across the Bay of Bengal is set to make landfall between Andhra Pradesh and Odisha, near Kalingapatnam. This meteorological disturbance has prompted the India Meteorological Department to issue a red alert across five districts in Andhra Pradesh, including Srikakulam, Parvathipuram Manyam, Vizianagaram, Alluri Sitarama Raju, and Anakapalli. Authorities have initiated emergency protocols, including the suspension of school operations, to mitigate the risk to human life and property. This event highlights the recurrent nature of severe weather systems impacting India's eastern coastline, emphasizing the critical role of early warning systems and localized disaster response strategies in minimizing societal vulnerabilities.
WHY THIS MATTERS FOR MAINS
Critically examine the institutional response: move beyond the headline.
The event addresses the inherent vulnerability of India's eastern coastal regions to extreme weather, requiring an analysis of institutional coordination, disaster preparedness, and the necessity of climate-resilient infrastructure. The response necessitates a shift from reactive relief-centric frameworks toward long-term, proactive disaster risk reduction and community-level resilience.
Study angle, not an exam prediction · GS 3 / Environment & disasters
Meteorological Dynamics and Coastal Vulnerability
- Deep depressions are intense low-pressure systems that, upon landfall, cause heavy precipitation, storm surges, and high-velocity winds, posing significant risks to life and infrastructure.
- The Bay of Bengal remains a hotbed for such weather systems, with climate change potentially increasing their intensity and frequency, thereby challenging traditional disaster planning assumptions.
- Geographical features, such as low-lying coastal plains and riverine deltas in Andhra Pradesh and Odisha, increase the susceptibility of these regions to waterlogging and flash floods, necessitating specialized disaster mitigation plans.
Institutional Response and Early Warning Mechanisms
- The issuance of red alerts by meteorological agencies serves as the primary tool for mobilizing state machinery, allowing for targeted administrative interventions before the event peaks.
- Administrative measures, such as the pre-emptive closure of schools, effectively minimize risk by preventing the movement of vulnerable populations during hazardous weather conditions.
- Effective crisis communication and last-mile connectivity are vital to ensuring that rural and tribal populations, particularly in hilly or remote areas like the ASR district, receive timely evacuation and safety guidance.
Infrastructure and Long-term Disaster Resilience
- Coastal development must prioritize resilient infrastructure, including robust cyclone shelters, improved drainage networks to prevent urban flooding, and the undergrounding of electricity grids to ensure service continuity.
- The socio-economic impact on agrarian economies in affected districts necessitates post-event strategies, such as rapid crop loss assessment and streamlined insurance payouts to prevent long-term rural distress.
- Integrating local community-based disaster management teams into the state response framework provides a necessary bridge between bureaucratic alerts and on-ground household safety.
Way Forward for Coastal Governance
- Governments must transition from a model heavily reliant on post-disaster relief to one of comprehensive disaster risk reduction that incorporates climate change projections into regional development master plans.
- Enhancing inter-state coordination between Andhra Pradesh and Odisha is crucial, as the path of such depressions often ignores administrative boundaries, requiring shared early warning databases and joint response protocols.
TRY THE DEMAND · ORIGINAL PRACTICE PROMPT
The increasing frequency of deep depressions in the Bay of Bengal poses a systemic challenge to coastal governance. Critically examine the strategies required to move from an emergency-relief framework to a pro-active disaster-resilience model in vulnerable coastal districts of India. (250 words, 15 marks). Please explain why this matters, focusing on the economic and social stability of these regions in the face of climate uncertainty.
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UPSC 2023 · GS 3
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Read this PYQ →UPSC 2019 · GS 3
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Read this PYQ →UPSC 2020 · GS 3
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GS 3 · Environment & disasters
Cyclonic Weather in Odisha and Andhra Pradesh: Assessing Disaster Preparedness
On September 25, 2026, intense cyclonic weather systems, originating as a deep depression in the Bay of Bengal, triggered widespread heavy rainfall across coastal Odisha and northern Andhra Pradesh. With wind speeds gusting up to 70 kmph, authorities prioritized public safety, leading to the preemptive evacuation of over 8,000 residents from vulnerable low-lying areas. The India Meteorological Department (IMD) issued red alerts for several districts, prompting high-level administrative reviews and the immediate deployment of state and national disaster response forces. This event underscores the persistent challenge of managing extreme hydro-meteorological events in India’s eastern coastal belt, emphasizing the critical interplay between early warning dissemination, institutional agility, and long-term climate-resilient infrastructure.
GS 3 · Environment & disasters
Rain-Related Incidents and Coastal Weather Vulnerability in Andhra Pradesh's Krishna and NTR Districts
In September 2026, heavy downpours and low-visibility conditions across Andhra Pradesh's Krishna and NTR districts triggered fatal rain-related accidents, including electrocution and vehicular collisions, prompting emergency police deployment near overflowing rivulets.
GS 3 · Environment & disasters
Heavy Rains and Squally Winds in West Bengal Due to Bay of Bengal Depression
A low-pressure system forming over the east-central Bay of Bengal and adjoining north Andaman Sea is projected to intensify into a depression, bringing severe weather, squally winds, and heavy rainfall to coastal and interior districts of West Bengal from September 22 to September 26. This meteorological event highlights recurring regional vulnerabilities to tropical weather disturbances during the monsoon transition phase.