Anjuna Weather Conditions
Current Temperature Level
Anjuna Weather Conditions
Current Temperature Level
Last Updated: 2026-07-30 21:30 (Local Time)
Rain Shower
Scattered light rain showers with a high of 27 °C. Humidity will be 82%, with light winds at 35.3 km/h.28°C / 27°C
Sunrise
06:16 AM12hrs 50min
Sunset
07:06 PMJulyWeather Overview
No. of days:
Sunny
0
Cloudy
0
Rainy
14
Snowy
0
The monthly weather averages in Anjuna consist of 0 sunny days, 0 cloudy days, 14 rainy days, and 0 snowy days.
Anjuna's Locations Weather Conditions
India's Hottest Cities - July 2026
1.
Jaisalmer, Rajasthan
38 °C
Severe sandstorm
34%
0
18.7 kmph / SW
2.
Bikaner, Rajasthan
37 °C
Cloudy
39%
0
32 kmph / ESE
3.
Sirsa, Haryana
36 °C
Smoky haze
44%
0
21.2 kmph / ESE
4.
Churu, Rajasthan
36 °C
Clear
43%
0
19.1 kmph / ESE
5.
Sri Ganganagar, Rajasthan
35 °C
Partly Cloudy
46%
0
16.6 kmph / ESE
6.
Jodhpur, Rajasthan
35 °C
Cloudy
48%
0
7.9 kmph / SSE
7.
Bathinda, Punjab
35 °C
Smoky haze
48%
0
13.7 kmph / SE
8.
Pali, Rajasthan
34 °C
Patchy rain nearby
51%
0
4 kmph / E
9.
Fatehabad, Haryana
34 °C
Smoky haze
51%
0
20.9 kmph / ESE
10.
Hisar, Haryana
33 °C
Smoky haze
53%
0
20.9 kmph / ESE
Last Updated: 30 Jul 2026, 04:28 PM
City Weather RankingsFAQs About Anjuna Weather Conditions
1. What is the current temperature in Anjuna today - 30 July 2026?
1. What is the current temperature in Anjuna today - 30 July 2026?
The current temperature in Anjuna is 27°C, with a feels-like temperature of 31°C. Today's forecast shows a high of 28°C and a low of 27°C, giving a 1 degree swing through the day as of 09:30 PM 30 July 2026.
2. What are the current weather parameters in Anjuna today?
2. What are the current weather parameters in Anjuna today?
Here is a complete overview of Anjuna's current weather conditions as of 09:30 PM 30 July 2026: Condition : Patchy rain nearby Temperature : 27°C Pleasant (Feels like 31°C) Humidity : 81% Wind Speed : 33.5 km/h from W (271 degrees), Gust 18.5 m/s UV Index : 0 (Low Air Pressure : 1005 mb Cloud Cover : 84% Visibility : 9 km Precipitation : 1.4 mm (84% chance of rain)
3. What is the 10-day weather forecast for Anjuna from 09:30 PM 30 July 2026?
3. What is the 10-day weather forecast for Anjuna from 09:30 PM 30 July 2026?
From 09:30 PM 30 July 2026, Anjuna's 10-day forecast shows this trend: Today (Jul. 30) : Temp. 27°C, Hum. 82% and Rain Shower condition. Friday (Jul. 31) : Temp. 27°C, Hum. 83% and Patchy rain nearby condition. Saturday (Aug. 1) : Temp. 27°C, Hum. 84% and Patchy rain nearby condition. Sunday (Aug. 2) : Temp. 27°C, Hum. 83% and Rain Shower condition. Monday (Aug. 3) : Temp. 27°C, Hum. 80% and Rain Shower condition. Tuesday (Aug. 4) : Temp. 27°C, Hum. 80% and Rain Shower condition. Wednesday (Aug. 5) : Temp. 27°C, Hum. 83% and Rain Shower condition. Thursday (Aug. 6) : Temp. 26°C, Hum. 84% and Rain Shower condition. Friday (Aug. 7) : Temp. 26°C, Hum. 85% and Rain Showers condition. Saturday (Aug. 8) : Temp. 26°C, Hum. 85% and Rain Showers condition.
4. Will it rain in Anjuna today?
4. Will it rain in Anjuna today?
As of 09:30 PM 30 July 2026, yes — Anjuna is currently experiencing rainfall with 1.4 mm of precipitation. This is expected to temporarily improve AQI by washing pollutants out of the atmosphere.
5. What is the monthly weather forecast for Anjuna in July 2026?
5. What is the monthly weather forecast for Anjuna in July 2026?
July 2026 in Anjuna is forecast to have 0 sunny days, 14 rainy days, 0 cloudy days, and 0 snowy days. Temperatures for the month range from lows around 25°C to highs of 30°C.
6. How does the weather in Anjuna affect air quality?
6. How does the weather in Anjuna affect air quality?
Weather directly impacts air quality in Anjuna. Calm winds, high humidity, fog, and high pressure trap pollutants near the ground, worsening AQI. Strong winds, rainfall, and low pressure help disperse them. Rising temperatures and UV levels intensify ozone and smog formation, while poor visibility signals elevated particulate matter. Monitoring weather alongside AQI gives the clearest picture of outdoor safety.



