Takehara Historic Weather Records
Analyse hottest, coldest, windiest & wettest days

Takehara Weather Trend Graph

Temperature (°C)

Months

Months	Historic Min Temp.	Min Temp.	Forecasted Min Temp.	Historic Max Temp.	Max Temp.	Forecasted Max Temp.
	0.13125	0.7		6.2749999999999995	5.8
	0.6125	-1.2		7.6	2.9
	0.5375	-2.2		7.45625	5
	0.475	0		7.91875	8.6
	0.625	2.6		7.087500000000001	9
	1.2	0.9		6.99375	7
	0.4374999999999999	2.2		6.531250000000001	8.8
	0.48124999999999996	-0.3		6.93125	4.1
	0.18125	-0.9		6.49375	6.6
	-0.21875	2.8		6.099999999999999	11.2
	-0.6375000000000001	-1.5		6.531250000000001	4.7
	0.28124999999999994	-2		6.10625	5.4
	-0.1249999999999999	3.4		5.8812500000000005	10.6
	0.14375	0.5		7	7.5
Jan.	0.28749999999999987	2.9		6.4875	10.8
	0.29999999999999993	6.2		6.89375	13.5
	0.16249999999999998	5.1		7.0249999999999995	13
	0.24375000000000008	2.7		7.1499999999999995	11.3
	0.4	2.7		6.7124999999999995	10.9
	1.0625	-1		7.8812500000000005	9.1
	0.5750000000000001	-2.1		7.4624999999999995	5.5
	0.9000000000000001	-2.4		7.218750000000001	1.6
	0.36875	-1.8		6.468749999999999	4.9
	-0.7875000000000002	-1.1		5.51875	5.8
	-1.0312500000000002	-1.3		5.6875	4.8
	-0.6875000000000001	-2.3		5.956250000000001	5.7
	-0.13124999999999992	-0.4		6.749999999999999	7.1
	0.36249999999999993	-0.7		6.956250000000002	7.6
	-0.13124999999999998	-1.1		6.1125	6.1
	0.35	-1.6		6.8	5.9
	0.13750000000000007	-1.3		6.831250000000001	6.9
	0.53125	-0.9		7.2125	6.8
	0.66875	-1.3		7.7625	6.4
	0.5874999999999998	-1.3		7.5249999999999995	7.4
	0.14374999999999996	0.9		6.918750000000001	10.3
	-0.5499999999999999	3.8		5.800000000000001	12.1
	-0.38125000000000003	5.4		6.125	12.1
	-0.3062499999999999	0.5		6.693750000000001	7.8
	-0.93125	-5.8		6.293749999999999	0.7
	-0.28750000000000003	-5.9		6.59375	5.6
	0.4375000000000001	-1.4		6.750000000000001	7.9
	-0.35624999999999996	3.6		6.68125	9.1
	0.02499999999999991	2		7.137499999999999	10.4
	1.125	1.5		7.3500000000000005	11.2
	1.43125	3.7		8.375	12.5
Feb.	1.29375	7.4		8.6375	15.9
	0.38749999999999996	4		7.4125000000000005	12.3
	0.018750000000000114	0.6		6.9750000000000005	8.6
	-0.062499999999999944	1.5		6.95	9.5
	0.56875	-0.9		7.375000000000001	7.5
	1.0312500000000002	2.5		8.80625	11.4
	0.9125	3.1		8.087499999999999	12.9
	1.09375	5.1		9.00625	15
	1.8687500000000001	4.6		9.325000000000001	14.1
	0.9687499999999999	4.8		9.63125	14.4
	1.5499999999999998	8.3		10.25	10.1
	2.0812500000000003	6.7		9.39375	14
	1.9875	9.7		10.29375	13.5
	2.3374999999999995	4.7		10.924999999999999	11.9
	3.66875	2.6		10.29375	12.4
	2.6250000000000004	6.3		10.081249999999999	11.6
	1.70625	5.9		8.962499999999999	10.1
	1.9749999999999996	3.1		10.168750000000001	9.1
	3.4	1.3		11.424999999999999	11.1
	3.006250000000001	4.1		10.137499999999998	10.6
	2.5750000000000006	1.7		9.81875	8.8
	3.05625	0.6		10.9625	9
	2.89375	1.3		10.3625	9.1
	2.03125	1.5		9.781249999999998	8.6
	2.78125	0.8		11.343749999999998	9.5
	3.3312499999999994	2		12.3375	10.8
	3.75	1.1		12.056249999999999	7.7
	3.4625	1.1		11.6875	10.9
Mar.	3.6562500000000004	1.4		12.125	11.5
	3.2062499999999994	2.6		12.556250000000002	12.5
	2.80625	3.8		12.212499999999997	12.6
	4.2875	5.2		12.462499999999999	10
	5.281250000000001	5.5		13.006250000000003	12.9
	4.8374999999999995	3		13.918750000000003	12.7
	4.393750000000001	3.1		12.049999999999997	12.2
	3.3000000000000007	4.8		12.48125	13.3
	3.7625	7.5		12.393749999999999	14.6
	4.375	4.2		12.5125	14.1
	4.781250000000001	8		11.9875	11.5
	4.29375	7.4		12.66875	15
	4.574999999999999	6		13.44375	15.8
	5.2125	8.4		14.506250000000001	17.8
	5.7749999999999995	7.7		14.006249999999998	17.5
	5.331250000000001	9.3		14.662500000000001	17.9
	5.54375	10.3		14.85	16.5
	6.16875	8.6		14.862499999999997	10.8
	6.206250000000001	7.1		14.912500000000003	13.8
	6.0249999999999995	6.7		15.843749999999998	16.8
	6	10.2		15.687500000000002	17.4
	6.981250000000001	10		15.662500000000001	17.3
	7.3999999999999995	8.7		15.287500000000001	18.5
	5.76875	4.2		14.812500000000002	13.5
	6.531249999999999	2.6		15.46875	13.1
	6.4	5.8		16.287499999999998	11.8
	6.656250000000001	10.7		15.825	17.9
	7.581249999999998	9.7		15.956249999999999	18.9
	7.18125	10.6		15.65625	18
	6.80625	12.3		15.13125	19
	7.4625	12.8		15.40625	16.7
Apr.	7.59375	13.4		15.96875	14.9
	7.343750000000001	10		17.168750000000003	18.3
	8.46875	8.4		17.724999999999998	17.6
	8.474999999999998	11.3		17.856249999999996	18.7
	9.1375	13.9		17.424999999999997	19.1
	8.6125	13.5		17.693749999999998	20.1
	9.75625	10.1		18.85	18.1
	9.618749999999999	8.8		17.9	17.2
	9.475	10.2		18.19375	12.1
	9.775	9.4		17.56875	17
	9.1125	7.8		18.325	17.4
	8.64375	10.7		18.55625	18.3
	9.468749999999998	11.6		19.0125	20.1
	9.575	12.1		17.54375	20.3
	9.881250000000001	12.3		18.187499999999996	17.2
	10.2	10.3		19.181250000000002	12.1
	10.65625	10		19.393749999999997	15
	10.1	9.7		19.493750000000002	20.9
	10.29375	12.9		19.468750000000004	15.1
	10.6125	9.7		19.887500000000003	15.5
	11.137500000000003	7.7		20.881249999999998	17.8
	11.331249999999999	9.2		20.7875	18
	11.69375	11.1		19.618749999999995	21.6
	10.818750000000001	10		20.93125	18.6
	10.5875	8.2		19.768749999999997	19.2
	11.525	8.4		19.950000000000003	19.4
	12.074999999999998	10.9		20.89375	20.3
	11.71875	11.2		20.0875	20.5
	11.96875	12.8		20.74375	22
	11.975	12.8		21.531250000000004	22.2
May	12.337500000000002	12.1		21.900000000000002	22.3
	13.012500000000001	12.6		21.987499999999997	23.4
	13.081249999999999	12.6		22.575000000000003	25.6
	13.35	14.2		22.78125	25.1
	13.3875	14.1		22.431249999999995	24.4
	13.64375	15.4		22.25625	22.1
	13.474999999999998	17.3		23.243750000000002	19.9
	13.499999999999998	14.5		23.64375	21.7
	13.381250000000001	14.2		22.7	19.6
	13.843750000000004	15.5		23.012500000000003	22
	14.05625	17.4		23.7625	24.2
	14.3875	17.1		21.475	24
	13.950000000000001	17.9		22.38125	19.5
	14.30625	18.3		23.249999999999996	20
	14.63125	14.6		23.16875	25.6
	14.512500000000001	13.9		22.637499999999996	25.2
	14.537500000000001	16.6		23.399999999999995	26.3
	14.374999999999998	17		23.3	25
	14.868750000000002	17.9		23.475	19.8
	14.4625	16.5		23.7	25
	14.58125	15.4		24.281250000000004	23.2
	15.081249999999995	17.4		22.9125	20.7
	15.293750000000001	17.6		23.087500000000002	24.2
	15.799999999999999	17.6		23.981249999999996	18.6
	15.9375	15.7		23.693749999999998	20.5
	15.893749999999999	15.2		24.2875	22.3
	16.66875	13.6		24.287500000000005	24.5
	16.68125	14.3		23.90625	24.1
	16.825	14.4		24.35625	23.9
	16.78125	15.6		23.868749999999995	24.5
	17.2	17		24.10625	22.5
Jun.	17.31875	16.3		24.51875	22.8
	17.256249999999998	16.1		24.962500000000002	22.7
	17.1	17		25.79375	24.5
	17.818749999999998	17.6		24.256249999999998	26.4
	17.724999999999998	19.8		25.406250000000004	25.3
	17.9375	20.7		25	23.1
	18.3375	18.9		24.54375	23.1
	18.08125	17.7		25.1125	22.1
	18.05	16.4		25.625000000000004	21.1
	18.34375	17.8		25.968750000000007	19.1
	18.956250000000004	18.3		25.818749999999994	20.1
	19.3	17.5		24.662499999999998	20.1
	19.39375	18		25.337499999999995	24.2
	19.45625	18.8		26.300000000000004	23.3
	19.6875	17.8		26.618750000000002	26.1
	19.912499999999998	19		26.48125	25.5
	20.18125	19.6		26.84375	22.6
	20.400000000000002	19.2		27.48125	25.8
	20.456250000000004	17.2		26.812500000000004	25.8
	20.806249999999995	19.5		26.168750000000003	20.8
	20.587500000000002	20.7		26.787499999999998	22.7
	20.3125	21.4		26.881249999999994	24.6
	20.893750000000004	21.5		27.118749999999995	27
	21.21875	22.6		27.762499999999996	27.7
	21.29375	22.3		27.50625	27.4
	21.275000000000002	20.8		28.3625	28.4
	21.612499999999997	21.1		28.6125	29.2
	21.53125	22		27.662499999999998	30.4
	21.612500000000004	23.1		27.5	32
	21.45625	22.8		27.40625	30.8
Jul.	21.16875	22.7		28.074999999999996	29.1
	21.175	23.2		28.23125	31.3
	20.9625	22.4		28.7	30.6
	21.60625	23.7		28.56875	31
	21.674999999999997	23.4		28.525	31.2
	22.168750000000003	24.1		29.51875	31.3
	22.187500000000004	23.9		29.462500000000002	31.2
	22.212500000000002	23.8		29.7125	31.9
	22.26875	23.5		29.8	32.8
	22.368750000000002	23.4		30.5625	33.3
	22.600000000000005	23.1		30.393749999999997	33.1
	22.58125	23.3		30.35	33.4
	22.54375	23.6		30.125	33.1
	22.45	23.7		30.21875	32.3
	22.868750000000002	22.9		30.531249999999996	29.3
	22.9375	23.5		31.081250000000004	31.7
	23.0875	21.8		31.099999999999994	32.1
	23.19375	22.6		31.58125	33.4
	22.93125	23.3		31.612500000000004	34
	23.093750000000004	24.2		31.28125	32.8
	23.131249999999998	24.5		31.225	29.9
	23.306250000000002	24.5		31.462500000000002	31.2
	23.3125	23.4		31.456249999999997	32.1
	23.175000000000004	25.1		30.862499999999997	31.5
	22.893749999999997	23		31.2125	31
	22.849999999999998		23.5	30.287499999999998		30.8
	23.25625		23.5	30.531250000000004		29.3
	22.775000000000002		19.4	30.806250000000002		28.9
	22.556250000000002		19.2	30.10625		30.2
	22.55		20.9	30.868750000000002		29.4
	22.8375		20.8	30.73125		30.6
Aug.	23.35		22.3	30.025000000000002		31.3
	23.025000000000002		21.5	30.075		27.7
	22.4625		22.2	29.41875		29.6
	22.06875		21.9	30.1875		30.2
	22.200000000000003		22.3	29.75625		29.6
	22.581249999999997		22.5	29.643749999999997		29.6
	22.900000000000002		22.9	30.274999999999995		30.1
	22.818749999999998		22.7	30.437500000000007		30.3
	22.7		22.5	29.8625		29.8
	22.687499999999996		22.4	29.362499999999997		29.3
	22.5375		22.2	29.50625		29.5
	21.89375		21.5	29.187500000000004		29.1
	21.51875		21.5	29.325		28.9
	21.693750000000005		21.7	28.98125		28.9
	21.84375		21.7	29.05625		28.6
	21.9125		21.8	28.587500000000002		28.7
	21.59375		21.5	28.30625		28.5
	21.312499999999996		20.9	26.94375		26.9
	20.83125		20.6	27.7625		28.2
	20.799999999999997		21	28.137500000000003		27.9
	21.306250000000002		21.2	27.33125		27.3
	20.71875		20.8	27.9625		27.9
	20.64375		20.5	28.062499999999996		28.5
	20.475		20.5	28.06875		28.1
	20.325000000000003		20.1	27.800000000000004		27.5
	19.89375			27.687499999999996
	19.7625			27.993750000000002
	19.89375			27.63125
	20.25625			27.556250000000002
	20.14375			27.450000000000003
	19.606249999999996			27.33125
Sep.	19.537499999999998			27.050000000000004
	19.749999999999996			26.556249999999995
	19.9125			26.668750000000003
	19.818749999999998			26.768749999999997
	19.056250000000002			25.937500000000004
	17.80625			24.331250000000004
	17.3875			25.018749999999997
	17.93125			24.981250000000003
	16.975			24.343749999999996
	16.66875			23.981250000000003
	16.724999999999998			24.931250000000002
	17.33125			24.825
	17.481249999999996			24.456249999999997
	17.137499999999996			25.05
	16.924999999999997			24.53125
	16.737499999999997			24.249999999999996
	16.40625			24.012500000000003
	16.4625			23.724999999999998
	15.71875			23.8125
	15.6125			22.900000000000006
	15.7125			21.88125
	15.012500000000001			22.562499999999996
	14.824999999999998			22.88125
	15.018749999999999			22.3
	14.731250000000001			22.19375
	15.374999999999996			22.8125
	14.74375			22.425
	14.199999999999998			21.4375
	13.475000000000001			21.45625
	13.668750000000001			21.64375
Oct.	13.975			20.937499999999996
	13.08125			20.924999999999997
	12.50625			20.4125
	13.024999999999999			20.143749999999997
	13.01875			19.993749999999995
	12.35			20.312500000000004
	12.418749999999998			19.71875
	12.61875			19.656250000000004
	12.887500000000001			19.15625
	12.08125			19.031249999999996
	10.918749999999998			17.837500000000002
	10.193750000000001			18.918750000000003
	10.462500000000002			18.4875
	10.41875			17.9
	10.618749999999999			17.75
	9.950000000000001			17.518750000000004
	10.05			17.712500000000002
	9.98125			17.5625
	10.393749999999999			17.643749999999997
	10.424999999999999			17.4875
	9.18125			17.387500000000003
	8.88125			17.75
	9.94375			18.2375
	10.118749999999999			17.1875
	10.681249999999999			17.00625
	9.706249999999999			16.068749999999998
	8.731250000000001			15.03125
	8.187500000000002			14.999999999999998
	8.937500000000002			15.256249999999998
	8.50625			15.318750000000001
	8.156250000000002			15.39375
Nov.	7.856249999999999			14.7875
	7.2			14.8375
	7.6125			14.58125
	8.068750000000001			14.13125
	6.89375			13.69375
	6.699999999999999			14.20625
	6.51875			14.3875
	7.03125			13.481250000000001
	7.424999999999999			14.287500000000001
	6.2625			13.143749999999999
	6.1187499999999995			12.1375
	5.8625			12.581249999999999
	5.487500000000001			12.90625
	5.824999999999999			11.875
	5.4125			12.1125
	5.01875			12.525000000000002
	4.79375			11.85
	3.6999999999999997			10.649999999999999
	3.9437499999999996			10.9
	4.1000000000000005			10.887500000000001
	3.5437500000000006			10.25625
	4.25625			10.35625
	3.2937499999999993			10.19375
	2.68125			9.38125
	2.6937499999999996			9.225
	3.875			10.812499999999998
	3.7125000000000004			10.006250000000001
	3.1250000000000004			8.68125
	3.025			8.706249999999999
	2.65625			9.31875
Dec.	2.2500000000000004			9.162500000000001
	2.26875			8.11875
	1.3312500000000003			6.24375
	1.0875			6.718750000000002
	1.5124999999999997			7.88125
	1.94375			8.093749999999998
	2.0875000000000004			8.09375
	2.3249999999999997			8.212499999999999
	2.5500000000000003			8.225
	1.3375000000000001			8.1625
	0.9249999999999999			6.79375
	0.7125			6.3625
	0.9249999999999999			6.91875
	0.56875			7.66875
	1.04375			7.043749999999999
	1.0750000000000002			7.78125
	0.5			7.5133333333333345

Max Temp.

Historic Max Temp.

Min Temp.

Historic Min Temp.

Yearly Summary 2026

34°C

Highest Temp

2 Aug. 26

-6°C

Lowest Temp

9 Feb. 26

Seasonal Breakdown

Hottest MonthAugust31.99°C

Coldest MonthJanuary0.24°C

Wettest MonthJune13.41mm

Windiest MonthJanuary21.41km/h

Takehara Climate Change InsightsSee how climate patterns are evolving over time. Temperature shifts, rainfall trends, and extreme events—all in one place.

Weather City Ranking GloballyExplore Real time of the world’s hottest & Coldest Cities based on current temperature data.

Frequently Asked Questions

1. What is the hottest month in Takehara historically?

August is historically Takehara's hottest month, with average maximum temperatures around 30°C. During peak heatwave events, the highest recorded temperatures have reached 36°C on 2018-07-24.

2. What is the coldest month in Takehara historically?

January is Takehara's coldest month, with average minimum temperatures around 0°C. The all-time record low of -7°C was recorded on 2025-02-08.

3. What is the average annual rainfall in Takehara over the past 17 years?

Takehara's average annual rainfall is approximately 1585.2mm, based on records spanning 17 years.

4. How many rainy days does Takehara experience on average per year?

Takehara historically records approximately 172.8 rainy days per year. July has the highest number of rain days at an average of 21.05 days.

5. What is the all-time highest temperature ever recorded in Takehara?

The all-time highest temperature recorded in Takehara is 36°C on 2018-07-24.

6. What is the all-time lowest temperature ever recorded in Takehara?

The all-time lowest temperature recorded in Takehara is -7°C on 2025-02-08.

7. What is the windiest time of year in Takehara historically?

Takehara experiences its strongest winds during January. The historic gust record of 48.4 kph was recorded on 2019-08-15.

8. What is the highest and lowest humidity in Takehara during a year?

Usually, Takehara's humidity peaks in July at around 83.1% and drops to its lowest in April at approximately 73.7%.

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Takehara Historic Weather Records
Analyse hottest, coldest, windiest & wettest days

Takehara Weather Trend Graph

Yearly Summary 2026

Seasonal Breakdown

Frequently Asked Questions

Recent Blogs On Weather

World Top 10 Hottest Cities Are All in India Again - May 2026

Delhi Air Quality 2026 vs 6-Year Historical PM2.5 Data

What 17 Years of Delhi Temperature Data Reveal About May's Heatwave Escalation

World Top Hottest Cities Belong to India - April 2026

Construction Air Pollution: The Invisible Hazard Reshaping India's Urban Air

Kitchen Air Pollution: How Cooking Can Spike Your Indoor AQI

Mumbai Air Quality Comparison of 2025 Vs 2026 (Jan-Feb)

Why AQI Standards Vary Across the World - And Why Air Quality Index Matters More Than Ever

Why Winter Suffocates and Monsoon Saves Delhi Air Quality 2025?

Winter vs Summer Air: Why Air Pollution Behaves So Differently Across Seasons

Takehara Historic Weather RecordsAnalyse hottest, coldest, windiest & wettest days

Takehara Weather Trend Graph

Yearly Summary 2026

Seasonal Breakdown

Frequently Asked Questions

Recent Blogs On Weather

World Top 10 Hottest Cities Are All in India Again - May 2026

Delhi Air Quality 2026 vs 6-Year Historical PM2.5 Data

What 17 Years of Delhi Temperature Data Reveal About May's Heatwave Escalation

World Top Hottest Cities Belong to India - April 2026

Construction Air Pollution: The Invisible Hazard Reshaping India's Urban Air

Kitchen Air Pollution: How Cooking Can Spike Your Indoor AQI

Mumbai Air Quality Comparison of 2025 Vs 2026 (Jan-Feb)

Why AQI Standards Vary Across the World - And Why Air Quality Index Matters More Than Ever

Why Winter Suffocates and Monsoon Saves Delhi Air Quality 2025?

Winter vs Summer Air: Why Air Pollution Behaves So Differently Across Seasons

Takehara Historic Weather Records
Analyse hottest, coldest, windiest & wettest days