Telangana's Unusually Prolonged Winter Season Breaks Recent Patterns
In a significant departure from the meteorological trends of the past four years, the state of Telangana is currently experiencing an extended winter season, with temperatures continuing to plummet to unusually low levels across multiple districts. This persistent chill has captured the attention of both residents and weather experts alike.
One of the Best Winter Seasons in Seven Years
Meteorologists have characterized this period as one of the most favorable winter seasons witnessed in Telangana over the past seven years. Temperatures in numerous locations have consistently remained up to six degrees Celsius below normal seasonal averages, creating conditions more typical of January than February.
"Many districts are still witnessing temperatures comparable to those usually recorded in January," confirmed YV Rama Rao, senior meteorologist at the Telangana Development Planning Society (TGDPS). This observation underscores the exceptional nature of the current weather pattern.
Record Low Temperatures Across Districts
According to official meteorological data, Wednesday saw particularly low readings across the state:
- Kumaram Bheem-Asifabad district recorded the lowest temperature at 10.2 degrees Celsius
- Sangareddy followed closely with 11.2 degrees Celsius
- Vikarabad registered 11.8 degrees Celsius
Several areas within Rangareddy district, which borders the state capital Hyderabad, recorded a minimum temperature of 12.3 degrees Celsius. This indicates that the winter chill persists even in regions adjacent to urban centers that typically experience milder conditions.
Historical Context and Weather Patterns
Weather enthusiast Balaji Tarini, who maintains the 'Telangana Weatherman' account on social media platform X, noted that such extended cold conditions during February were last observed in 2020 and 2022. "Only a couple more days of winter are left," he predicted. "Thereafter, temperatures will gradually rise to around 33 degrees Celsius during the day, while night temperatures will settle between 16 degrees Celsius and 18 degrees Celsius."
Tarini added that the characteristic night chill will steadily decrease as the transition to warmer weather progresses.
El Niño's Potential Impact on Upcoming Seasons
Looking ahead to future weather patterns, meteorologists have issued warnings about the potential influence of El Niño conditions on the 2026 summer season. Preliminary forecasts suggest a split-season pattern characterized by:
- A relatively milder early phase
- Subsequent spells of intense heat later in the season
Above-normal rainfall is anticipated during March and April, which could help moderate daytime temperatures in the initial part of summer and provide intermittent relief from the heat.
Concerns About Monsoon and Heatwave Intensity
However, weather experts caution that strengthening El Niño conditions might adversely affect the upcoming monsoon season. "El Niño appears to be evolving, and if it intensifies, the monsoon is likely to remain below par," explained Mahesh Palawat of Skymet Weather, an independent weather forecasting agency.
Palawat elaborated on the potential consequences: "A weak monsoon typically leads to higher heatwave intensity. El Niño causes warming of Pacific Ocean temperatures, which has cascading global impacts. With rising global temperatures each year, its effects are becoming more pronounced."
The meteorologist added that while some Indian states might receive surplus rainfall during the monsoon season, Andhra Pradesh and Telangana were likely to witness higher-than-normal temperatures during peak summer months, potentially exacerbating heatwave conditions.
This extended winter period in Telangana represents a significant meteorological event that breaks recent seasonal patterns. As temperatures gradually normalize, weather experts remain vigilant about the potential long-term implications of evolving El Niño conditions on regional climate patterns, monsoon performance, and summer heat intensity across southern India.
