Monday, 22 June

Kitaurawa is expected to see Overcast with temperatures around 31°C, feeling like 32°C due to current conditions. Rain is expected today, with 3.4 mm of precipitation forecasted. Heavy cloud cover at 92% is blocking most sunlight today. Humidity is at 71% and atmospheric pressure stands at 1001 hPa.

Tuesday, 23 June

Kitaurawa is expected to see Overcast with temperatures around 28°C, feeling like 28°C due to strong winds. Rain is expected today, with 1.5 mm of precipitation forecasted. Heavy cloud cover at 100% is blocking most sunlight today. Humidity is at 59% and atmospheric pressure stands at 1006 hPa.

Wednesday, 24 June

Kitaurawa is expected to see Overcast with temperatures around 28°C, feeling like 28°C due to strong winds. Rain is expected today, with 1.0 mm of precipitation forecasted. Heavy cloud cover at 100% is blocking most sunlight today. Humidity is at 69% and atmospheric pressure stands at 1013 hPa.

Thursday, 25 June

Kitaurawa is expected to see Overcast with temperatures around 30°C, feeling like 30°C due to strong winds. Rain is expected today, with 2.9 mm of precipitation forecasted. Heavy cloud cover at 100% is blocking most sunlight today. Humidity is at 67% and atmospheric pressure stands at 1015 hPa.

Friday, 26 June

Kitaurawa is expected to see Rainy with temperatures around 26°C, feeling like 30°C due to current conditions. Rain is expected today, with 21.5 mm of precipitation forecasted. Heavy cloud cover at 100% is blocking most sunlight today. Humidity is at 79% and atmospheric pressure stands at 1010 hPa.

Saturday, 27 June

Kitaurawa is expected to see Overcast with temperatures around 26°C, feeling like 29°C due to current conditions. Rain is expected today, with 7.4 mm of precipitation forecasted. Heavy cloud cover at 100% is blocking most sunlight today. Humidity is at 73% and atmospheric pressure stands at 1005 hPa.

Sunday, 28 June

Kitaurawa is expected to see Rainy with temperatures around 21°C, feeling like 23°C due to strong winds. Rain is expected today, with 81.1 mm of precipitation forecasted. Heavy cloud cover at 100% is blocking most sunlight today. Humidity is at 87% and atmospheric pressure stands at 1011 hPa.

Monday, 29 June

Kitaurawa is expected to see Clear with temperatures around 26°C, feeling like 25°C due to strong winds. Skies are mostly clear with only 0% cloud cover. Humidity is at 76% and atmospheric pressure stands at 1009 hPa.

Tuesday, 30 June

Kitaurawa is expected to see Overcast with temperatures around 28°C, feeling like 28°C due to strong winds. Rain is expected today, with 0.6 mm of precipitation forecasted. Humidity is at 64% and atmospheric pressure stands at 1015 hPa.

Wednesday, 1 July

Kitaurawa is expected to see Partly Cloudy with temperatures around 31°C, feeling like 32°C due to current conditions. Heavy cloud cover at 100% is blocking most sunlight today. Humidity is at 68% and atmospheric pressure stands at 1012 hPa.

Thursday, 2 July

Kitaurawa is expected to see Rainy with temperatures around 28°C, feeling like 28°C due to strong winds. Rain is expected today, with 3.4 mm of precipitation forecasted. Heavy cloud cover at 83% is blocking most sunlight today. Humidity is at 64% and atmospheric pressure stands at 1010 hPa.

Friday, 3 July

Kitaurawa is expected to see Rainy with temperatures around 31°C, feeling like 31°C due to strong winds. Rain is expected today, with 7.4 mm of precipitation forecasted. Heavy cloud cover at 100% is blocking most sunlight today. Humidity is at 78% and atmospheric pressure stands at 1011 hPa.

Saturday, 4 July

Kitaurawa is expected to see Overcast with temperatures around 29°C, feeling like 28°C due to strong winds. Humidity is at 69% and atmospheric pressure stands at 1010 hPa.

Sunday, 5 July

Kitaurawa is expected to see Overcast with temperatures around 29°C, feeling like 29°C due to current conditions. Rain is expected today, with 3.0 mm of precipitation forecasted. Heavy cloud cover at 93% is blocking most sunlight today. Humidity is at 59% and atmospheric pressure stands at 1007 hPa.