Mon Jun 02 00:00:00 UTC 2025: Okay, here’s a news article summarizing the provided text, along with a brief overview:

**Summary:**

The article discusses the escalating heat waves in India, highlighting their increasing frequency, duration, and intensity. It examines the underreporting of heat-related deaths, the economic impact (reduced crop yields and productivity), and the erosion of traditional cooling methods. The piece contrasts traditional cooling methods which have become lost in modern development methods and calls for a renewed focus on adaptive policies, better data collection, inclusive communication, and a blending of traditional wisdom with modern science to combat the growing threat of extreme heat in India.

**News Article:**

**India Grapples with Soaring Heat Waves: Traditional Wisdom Fades as Temperatures Rise**

**New Delhi, June 2, 2025** – India is facing increasingly severe and prolonged heat waves, raising concerns about public health, economic stability, and the loss of traditional climate resilience practices. A new analysis reveals a dramatic rise in cumulative heat wave days over the past decade, with official data likely underestimating the true human cost.

According to a report published today, the number of heat wave days in India has surged from 177 between June 2010 to the summer of 2024, to 536 – an over 200% increase. The India Meteorological Department declares a heat wave when temperatures reach at least 40°C (104°F) in the plains or 30°C (86°F) in the hills, with a deviation of 4.5°C or more above normal for at least two consecutive days.

While the government recorded 20,615 heatstroke deaths between 2000 and 2020, experts believe the actual number is far higher due to underreporting, particularly in rural areas where access to medical care and formal death certification is limited. The Global Burden of Disease study estimated approximately 155,937 heat-related deaths in India in 2021, showcasing the large gap between official data and estimated deaths.

The economic consequences are also significant. The 2022 heatwave reduced wheat yields by approximately 4.5% in key producing regions and strained the power grid as electricity demand soared. McKinsey Global Institute has predicted that heat-related productivity losses could jeopardize between 2.5% and 4.5% of India’s annual GDP by 2030.

Ironically, the report notes that India once had effective traditional methods for coping with heat. Traditional architecture (mud homes, courtyards), routines timed around the sun, and practices like Navtapa reflected a deep understanding of climate adaptation. These practices have waned with modern development, prioritizing speed and scale over climate sensitivity and replacing natural materials with concrete.

While some cities, like Ahmedabad, have implemented heat action plans that have reduced mortality, the report stresses the need for a more comprehensive and inclusive approach. Recommendations include standardized heat-related death reporting, public cooling shelters, awareness campaigns in regional languages, integration of climate sensitivity into national programs, and building codes that favor passive cooling.

Author Ajay S. Nagpure is an urban systems scientist who says India needs to blend traditional practices with modern science, backed by political will and cohesive policy.

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