Ahmedabad Sees Sharp Temperature Rise, Woollens Shelved Early
Ahmedabad Temperature Soars Above Normal in February

Ahmedabad Grapples with Unseasonal Heat Wave in February

Residents of Ahmedabad are already confronting a notable surge in temperatures, leading many to abandon their woollen garments much earlier than usual. On Friday, the city recorded a maximum temperature of 34.3°C, which stands a substantial 4.1 degrees Celsius above the normal range for this time of year.

Rapid Warming Trend Observed Over Three Days

In a striking development, Ahmedabad witnessed a temperature increase of 3.1°C within just three days, highlighting a rapid warming pattern. The minimum temperature was recorded at 19.2°C, which is 5.2°C higher than the typical levels, offering no relief to citizens despite it being only the first half of February.

IMD Forecast Predicts Continued Warm Conditions

According to the latest forecast from the India Meteorological Department (IMD), the minimum temperature on Saturday is expected to hover around 19°C. The IMD has indicated that across the state of Gujarat, there will be no significant change in minimum temperatures for the next seven days, suggesting a prolonged period of unseasonable warmth.

Statewide Temperature Patterns

Across Gujarat, minimum temperatures have remained above 15°C, with the exception of Naliya, which recorded 14.3°C. Maximum temperatures have stayed above 24°C, except in a few coastal towns located in the Saurashtra region. This widespread temperature elevation underscores a broader climatic anomaly affecting the area.

Key Points:

  • Maximum temperature in Ahmedabad: 34.3°C, 4.1°C above normal.
  • Minimum temperature: 19.2°C, 5.2°C above normal.
  • Temperature rise of 3.1°C observed over three days.
  • IMD forecasts stable minimum temperatures around 19°C for the upcoming week.
  • Statewide temperatures mostly above 15°C for minimums and 24°C for maximums.

This early onset of warmer weather has prompted concerns among locals and highlights potential shifts in seasonal patterns, with implications for daily life and health in the region.