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**Summary:**
Delhi has experienced a volatile and extreme weather pattern in the last two weeks. Ranging from heatwave conditions to heavy rainfall, intense storms, hail, and thunderstorms. These storms resulted in casualties and widespread damage to property and infrastructure. While thunderstorms are typical for the pre-monsoon season in May, especially in Delhi which averages the most storm days in May, the intensity and frequency have been notably higher this year. Increased moisture from the Bay of Bengal and Arabian Sea has contributed to this amplified storm activity.
**News Article:**
**Delhi Weather Whiplash: Deadly Storms Highlight Extreme Climate Fluctuations**
**New Delhi, India** – The capital city has been experiencing a dramatic rollercoaster of weather conditions in recent weeks, swinging wildly from scorching heat to torrential rain, violent storms, and even hail. This extreme weather has caused significant disruption and raised concerns about the increasing intensity of pre-monsoon storms.
The Indian Express reported that in just the last two weeks, Delhi has witnessed a full spectrum of weather events, culminating in severe storms that claimed at least 10 lives in Delhi-NCR. The storms also caused widespread damage, with over 200 trees uprooted, vehicles crushed, and significant disruption to power lines and public infrastructure.
While the India Meteorological Department (IMD) says thunderstorms are characteristic of May, the pre-monsoon month, they acknowledged that the frequency and intensity of the storms have been notably higher this year. Delhi typically experiences the highest number of thunderstorm days in May.
“May is usually a transition month marked by frequent thunderstorms but it has been remarkably extreme this year,” said an IMD official. “The increased storm activity is attributed to higher-than-average moisture levels brought in by easterly and south-easterly winds from the Bay of Bengal and south-westerly winds from the Arabian Sea.”
IMD officials explained that these moist air currents, combined with the already high temperatures common in Delhi during May, create an ideal environment for violent convective activity, leading to the development of intense thunderstorms and squalls.
The recent extreme weather events have prompted renewed discussions about the impact of climate change on regional weather patterns and the need for improved preparedness and resilience in the face of increasingly unpredictable and severe weather.
First Piper 