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General Studies Prelims

General Studies (Mains)

Heatwave Preparedness in Indian Cities

Heatwave Preparedness in Indian Cities

Recent studies highlight the inadequate preparedness of Indian cities for heatwaves. A report by the Sustainable Futures Collaborative (SFC) assessed nine major urban areas, including Delhi and Mumbai. The findings reveal a concerning lack of long-term strategies. Instead, these cities primarily focus on immediate responses to heat events. Without effective planning, India faces increased heat-related fatalities as heatwaves become more frequent and intense.

Background of the Study

The SFC conducted interviews with 88 officials from various government departments. This included representatives from disaster management, health, city planning, and labour. The nine cities examined are Delhi, Mumbai, Bengaluru, Faridabad, Gwalior, Kota, Ludhiana, Meerut, and Surat. Together, they account for over 11% of India’s urban population according to the 2011 Census. These cities are identified as particularly vulnerable to extreme heat.

Current Strategies and Gaps

The report indicates that existing actions are often poorly targeted. Essential measures such as providing cooling options for vulnerable populations are missing. Workers in lower socio-economic classes are especially affected. They often work in extreme heat and return to even hotter living conditions. This exacerbates their vulnerability to heat-related health issues.

Challenges Identified

Officials cited several challenges in implementing effective heatwave strategies. Coordination failures among departments hinder progress. Competing priorities often overshadow the urgency of addressing heat risks. Many officials do not perceive heat as a critical issue. This lack of recognition contributes to the absence of comprehensive heat action plans.

Recommendations for Improvement

The SFC report suggests strengthening Heat Action Plans (HAPs) at the local government level. HAPs could institutionalise long-term strategies and enhance monitoring. The report advocates for sustained capacity-building initiatives for officials in charge of executing heat-related actions. Establishing permanent, funded specialist positions in vulnerable districts is also recommended. Training in long-term risk mitigation is crucial for effective implementation.

Urgency of Action

The report emphasises that long-term risk reduction measures require immediate attention. Many of these strategies will take years to show results. Urgent implementation is necessary to prevent rising mortality rates and economic losses in the future. The growing intensity of heatwaves demands a proactive approach to enhance resilience in India’s most affected cities.

Questions for UPSC:

  1. Discuss the socio-economic impacts of heatwaves on vulnerable populations in urban areas.
  2. Critically examine the effectiveness of current disaster management strategies in Indian cities.
  3. What are the major challenges in implementing climate resilience plans in urban settings? Discuss with examples.
  4. Explain the role of local governments in climate adaptation. How can they enhance heatwave preparedness?

Answer Hints:

1. Discuss the socio-economic impacts of heatwaves on vulnerable populations in urban areas.
  1. Vulnerable populations, particularly those in lower socio-economic classes, face higher exposure to extreme heat due to their jobs and living conditions.
  2. Workers, such as construction laborers and delivery personnel, often work outdoors in high temperatures, risking heat-related illnesses.
  3. Living in slums or informal settlements exacerbates their vulnerability, as these areas tend to be hotter and lack cooling amenities.
  4. Heatwaves can lead to decreased productivity and income loss, further entrenching poverty among these groups.
  5. Increased heat-related health issues can strain public health systems, disproportionately affecting low-income communities.
2. Critically examine the effectiveness of current disaster management strategies in Indian cities.
  1. Current strategies primarily focus on immediate responses rather than long-term planning, leading to inadequate preparedness.
  2. Coordination failures among government departments hinder effective implementation of disaster management strategies.
  3. Many officials do not recognize heatwaves as a critical issue, resulting in a lack of comprehensive heat action plans.
  4. Existing measures are often poorly targeted, failing to reach the most vulnerable populations who need assistance the most.
  5. There is a need for improved monitoring and evaluation of disaster management strategies to enhance their effectiveness.
3. What are the major challenges in implementing climate resilience plans in urban settings? Discuss with examples.
  1. Coordination failures among various government departments complicate the implementation of climate resilience plans.
  2. Competing priorities often overshadow climate action, leading to insufficient resources allocated for heatwave preparedness.
  3. Lack of awareness or recognition of heat as issue among officials contributes to inaction.
  4. Examples include cities like Delhi and Mumbai, where immediate responses to heat events are prioritized over long-term strategies.
  5. Insufficient funding and trained personnel for executing climate resilience measures further impede progress.
4. Explain the role of local governments in climate adaptation. How can they enhance heatwave preparedness?
  1. Local governments are crucial for implementing and monitoring climate adaptation strategies tailored to their specific communities.
  2. They can strengthen Heat Action Plans (HAPs) to institutionalize long-term strategies for heatwave preparedness.
  3. Establishing permanent, funded specialist positions can help ensure dedicated focus on climate resilience efforts.
  4. Local governments can enhance public awareness and education campaigns about heat risks and preventive measures.
  5. Collaboration with community organizations can improve outreach and support for vulnerable populations during heat events.

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