Several parts of the western Himalayan region witnessed fresh snowfall and rainfall, bringing a noticeable drop in temperatures across the mountains. Areas in Jammu and Kashmir, Himachal Pradesh and Uttarakhand experienced light snowfall and rain due to a Western Disturbance affecting the region.
According to weather reports, snowfall occurred mainly in the higher altitudes of the Himalayas, while lower regions received rainfall. The precipitation helped bring down temperatures and provided relief from earlier warm conditions in these states.
In Himachal Pradesh, snowfall continued in districts such as Lahaul-Spiti, Kullu, Kinnaur and Chamba, while rainfall was recorded in several other areas including Kangra and Dharamshala.
Rain and Snow Expected in Uttarakhand
Weather experts have also predicted rain and snowfall in multiple districts of Uttarakhand, particularly in mountainous regions like Uttarkashi and Pithoragarh. Meanwhile, plains such as Dehradun experienced clear skies with rising daytime temperatures.
The India Meteorological Department (IMD) said that scattered rainfall and snowfall are likely to continue in the western Himalayan region for several days due to the ongoing weather system.
Authorities in hill states have advised travellers and residents to remain cautious as snowfall can disrupt traffic and reduce visibility on mountain roads.
Temperature Crosses 40°C in Rajasthan
While the hills experienced cold weather, parts of western India continued to face intense heat. In Rajasthan, temperatures have crossed the 40°C mark in some areas, signalling an early onset of summer conditions.
Pilani recorded temperatures of around 40.2°C, making it one of the hottest places in the state this season. Meteorologists say the unusual rise in temperatures is due to dry weather and anti-cyclonic circulation over the region.
Many cities in Rajasthan have recorded temperatures well above seasonal averages, prompting authorities to issue advisories for residents to avoid prolonged exposure to the sun.
Heatwave Alert Issued in Madhya Pradesh
The heat is expected to intensify in central India as well. The IMD has issued a heatwave alert in parts of Madhya Pradesh, warning that temperatures could remain significantly above normal over the next few days.
Meteorological data indicates that temperatures in several parts of northwest and central India are currently 4–7°C above normal, increasing the risk of heatwave conditions.
Authorities have advised people, especially children and the elderly, to stay hydrated and avoid outdoor activities during peak afternoon hours.
Weather System Behind the Contrast
The contrasting weather patterns across India are largely due to a Western Disturbance and cyclonic circulation affecting northern parts of the country. These systems are responsible for bringing rain and snow to the Himalayan states while allowing hot and dry winds to dominate the plains.
Meteorologists say such contrasts are common during the transition from winter to summer, when different weather systems influence various regions simultaneously.
Impact on Agriculture and Daily Life
The snowfall and rainfall in Himalayan regions are considered beneficial for agriculture and water resources, as they help replenish glaciers and rivers that supply water to northern India.
Farmers in Himachal Pradesh have welcomed the rain, saying it will benefit crops such as apples, peas and garlic after a relatively dry spell.
However, the rising heat in Rajasthan and central India has raised concerns about early summer stress on crops and water resources.
Forecast for the Coming Days
Weather officials expect rain, thunderstorms and snowfall to continue intermittently in the western Himalayan region over the next few days. At the same time, heatwave conditions may persist in parts of Rajasthan and Madhya Pradesh before temperatures gradually stabilise.
The IMD has advised citizens to stay updated with weather forecasts and follow safety guidelines as India experiences a sharp contrast between cold mountain weather and scorching heat in the plains.