Weekly Weather Outlook
Avg min temp27.14 °C
Avg max temp28.6 °C
Avg rainfall18.48 mm
Humidity max / min87.4% / 80%
- Minimum Temperature: The average minimum temperature for the week is approximately 27.14 °C
- Maximum Temperature: The average maximum temperature for the week is reaching up to around 28.6 °C
- Rainfall Potential: The average rainfall potential for the week is expecting approximately 18.48 mm of rainfall, which is vital information for your irrigation and crop management strategies.
- Humidity Levels: The average humidity levels for the week vary, with a maximum averaging around 87.4 %, and a minimum averaging around 80 %.
We understand the importance of staying informed about the weather for the success of your agricultural activities. That's why we're here to provide you with the latest weather information, including daily updates, 10-day forecasts, and real-time reports specific to your location.
Sky condition in the local forecast
- 0Clear sky
- 1–2Mainly clear sky
- 3–4Partly cloudy sky
- 5–7Generally cloudy sky
- 8Cloudy sky
Octa = how many eighths of the sky are covered by cloud.
Wind direction — degrees to compass
Frequently asked questions about Nan Cowrie weather
What is the weather in Nan Cowrie, Nicobar tomorrow?
Tomorrow (11 Nov 2026) in Nan Cowrie the maximum temperature is around 28.6°C and the minimum around 27.2°C, with 14.6 mm of rain expected and humidity near 85%.
May it rain in Nan Cowrie tomorrow?
Yes — about 14.6 mm of rainfall is expected in Nan Cowrie on 11 Nov 2026.
What will the weather be in Nan Cowrie on 12 Nov 2026?
On 12 Nov 2026 in Nan Cowrie: maximum 28.7°C, minimum 27.2°C, rainfall 16.9 mm, with generally cloudy sky.
What is the wind speed in Nan Cowrie tomorrow?
Wind in Nan Cowrie may reach 18.7 km/h on 11 Nov 2026.
How much rain is expected in the next 5 days in Nan Cowrie?
A total of 92.4 mm of rainfall is expected in Nan Cowrie between 11-11-2026 and 15-11-2026.
How often is this forecast updated?
The Nan Cowrie forecast is updated twice daily from India Meteorological Department data.