North and Central India are currently gripped by a severe pre-monsoon heat crisis, with daytime temperatures soaring well above seasonal averages across multiple states. At the epicenter of this extreme weather event, the northern state of Haryana has recorded a blistering 44.6°C in the city of Rohtak. The sudden temperature spike, driven by persistent dry winds, has pushed the state’s average daytime temperature 4.2°C above normal and triggered emergency agricultural protocols.
As of late April 2026, at least 13 major cities across Haryana have surpassed the 42°C mark. The intensity of the regional heatwave is part of a broader anomaly affecting the world. According to real-time climate tracking data from Friday, 95 of the 100 hottest cities globally were located in India. The India Meteorological Department (IMD) has issued severe yellow alerts across neighboring Delhi, Punjab, and Uttar Pradesh as regional authorities mobilize extreme weather responses.
Meteorological officials project a temporary weather shift beginning late Saturday, April 25. An advancing western disturbance is expected to bring cloud cover, isolated thunderstorms, and scattered light rainfall to Haryana through April 29.
The impending transition from extreme heat to sudden thunderstorms has forced immediate interventions in the local agricultural sector. Experts at Chaudhary Charan Singh Haryana Agricultural University issued an urgent advisory instructing farmers to halt all wheat harvesting operations. Cultivators were directed to suspend the sowing of summer crops, including cotton, moong, and sunflower. The institution also mandated a complete cessation of pesticide applications for the next three to four days to mitigate potential crop damage.
This immediate mandate to pause seed planting and chemical crop treatments marks a significant policy shift from routine seasonal guidance to active emergency damage control. By halting the sowing of cash crops alongside the wheat harvest, local agricultural institutions are prioritizing seed and material preservation over immediate yield timelines, highlighting the compounding vulnerability of the region’s agricultural cycle to sudden thermal and precipitation shocks.