📷 Image: Wikimedia Commons / Jita Thakuria
Weather
Cyclone Arnab Causes 11.4°C Drop in Gangtok’s Maximum Temperature
✍️ EastMojo
🗓 31 Oct 2026, 05:47 AM
👁 16
The passage of Cyclone Arnab has led to a sharp 11.4°C decline in Gangtok’s maximum temperature, according to recent weather reports.
Cyclone Arnab, a low‑pressure system that moved across the Bay of Bengal, has now reached the northeastern region of India. In Gangtok, the capital of Sikkim, meteorological stations recorded a maximum temperature drop of 11.4°C, a significant shift from the previous day's readings. The new maximum temperature marked a record low for the season, reflecting the cooling influence of the cyclone’s passage. Authorities advised residents to stay indoors and monitor weather updates as the system continues to move inland.
The temperature decline is part of a broader cooling trend observed across the region as Cyclone Arnab’s winds bring cooler air masses. Local officials have urged people to prepare for sudden weather changes and to keep an eye on official advisories.
This drop in temperature underscores the impact of cyclonic systems on local climates, especially in hilly areas where temperature swings can be more pronounced. Residents and travelers in Gangtok are advised to stay updated through reliable weather channels.
Meteorological departments are closely monitoring the situation and will issue further updates if conditions change.
The temperature decline is part of a broader cooling trend observed across the region as Cyclone Arnab’s winds bring cooler air masses. Local officials have urged people to prepare for sudden weather changes and to keep an eye on official advisories.
This drop in temperature underscores the impact of cyclonic systems on local climates, especially in hilly areas where temperature swings can be more pronounced. Residents and travelers in Gangtok are advised to stay updated through reliable weather channels.
Meteorological departments are closely monitoring the situation and will issue further updates if conditions change.