Higashi Murayama Historic Weather Records
Analyse hottest, coldest, windiest & wettest days

Higashi Murayama Weather Trend Graph

Temperature (°C)

Months

Months	Historic Min Temp.	Min Temp.	Forecasted Min Temp.	Historic Max Temp.	Max Temp.	Forecasted Max Temp.
	0.2875000000000001	4.8		9.7	9.2
	0.51875	1.1		9.56875	6.3
	0.2875	0.3		8.756250000000001	7.3
	0.8624999999999999	3.3		9.4875	9.1
	0.35624999999999996	5.1		9.049999999999999	10.8
	0.5499999999999999	4.2		8.525	8.8
	0.75	4.2		8.98125	6.8
	0.525	3.3		9.06875	9.7
	1.06875	1.7		10.531250000000002	8.6
	0.46875	3.3		8.668750000000001	13.3
	0.19999999999999996	2.8		8.468749999999998	12.2
	0.11249999999999999	2.5		8.06875	7.2
	0.13125000000000017	3.6		9.506250000000001	15.2
	0.29374999999999996	4.9		8.81875	9.7
Jan.	0.4750000000000001	4.2		7.931249999999999	10.6
	-0.13749999999999987	6.9		7.968750000000001	14.7
	-0.19374999999999984	6.1		8.306249999999999	13.2
	-0.26875000000000016	5.6		8.46875	10.8
	-0.16875000000000007	5.1		8.774999999999999	8.2
	0.25625000000000003	2		8.981250000000001	11.7
	0.8187500000000001	1		8.8625	5.9
	0.5000000000000001	1.1		8.4125	5.8
	0.29375000000000007	0.7		8.187499999999998	6.2
	-0.4124999999999998	2.1		8.049999999999999	10.2
	-1.3624999999999998	1.7		8.312500000000002	6.5
	-0.7625000000000002	0.7		8.3625	6.4
	-0.3874999999999997	2.5		9.331250000000002	7.8
	0.26874999999999993	3.3		8.506249999999998	8.4
	0.93125	2.7		8.899999999999999	7.7
	0.3999999999999999	1.5		9.075	6.4
	0.2562500000000001	1		9.3375	6.8
	0.15624999999999994	2.6		9.618749999999999	9.1
	0.75	3.1		9.424999999999999	9
	0.6375000000000001	3.4		9.3	9.7
	0.8812499999999999	3.3		10.149999999999999	9.4
	0.21874999999999997	5.3		8.374999999999998	11.5
	0.21874999999999994	6.5		8.05	13.5
	0.15625000000000003	1.1		9.518749999999999	6.2
	0.34375	-1.4		7.637500000000001	2.1
	0.01874999999999996	-3.1		8.3625	5.2
	0.01874999999999999	1		7.574999999999998	10.2
	0.11249999999999995	4.1		8.162500000000001	9.6
	-0.07499999999999987	4.5		9.343749999999998	8.9
	0.8999999999999999	4.8		9.8375	10.3
	1.8125	5.5		10.30625	14.1
Feb.	1.9062499999999998	8.3		10.43125	16.1
	1.23125	3.7		9.575	12.1
	0.7125	3.2		10.0375	8.6
	0.70625	5.9		8.95625	10.5
	1.175	2.5		10.06875	9.6
	1.975	3.7		11.4125	9.2
	1.49375	5.7		10.181249999999999	13.6
	1.70625	7.8		9.85	17.1
	2.7624999999999997	12.2		10.7875	18.9
	2.1875	10.7		10.587499999999999	15.5
	2.4187499999999997	7.8		11.162500000000001	13.4
	3.0437499999999997	6.1		10.9625	13.8
	2.7750000000000004	10		11.518749999999999	16.3
	2.6125	10.6		11.5875	17.9
	4.00625	8.2		12.90625	16.3
	4.2	10.3		12.51875	13.1
	2.3874999999999997	3		10.65625	10.3
	2.6062500000000006	4		12.106250000000001	13.9
	3.95625	5.9		13.06875	14.8
	4.53125	7.2		12.075000000000001	12.6
	3.3000000000000003	7.4		11.312500000000002	15.1
	3.9875	5.1		11.156249999999998	11.8
	4.2875	4.9		12.481249999999998	10.8
	3.2374999999999994	3.2		13.3	8.3
	3.1375	3.6		12.718750000000002	9.9
	3.725	5.2		14.118749999999999	11.4
	4.712500000000001	5.1		15.143750000000002	10.4
	4.71875	6.3		14.643749999999999	13.6
Mar.	4.562499999999999	6.9		13.64375	13.5
	3.8937500000000003	8.1		15.1125	14.1
	4.29375	8.8		13.55	14.9
	4.49375	10.7		14.775000000000002	15.1
	5.675	10.7		15.637500000000001	18.2
	6.6625	8.8		15.068749999999998	11.5
	6.7562500000000005	4.2		14.31875	14.4
	5.175	8		14.69375	15.8
	4.8375	10.8		14.681249999999999	15.8
	4.71875	9.6		13.36875	16.8
	4.7437499999999995	11.3		13.64375	12.6
	5.85	11		13.731250000000003	11.8
	5.71875	10.8		14.706250000000002	16.4
	6.2375	10.7		16.35	17.9
	6.3	12.3		16.21875	21.2
	6.506250000000001	13.3		15.8	20.2
	6.968749999999999	15.1		16.549999999999997	18.5
	6.856249999999999	10.4		16.1875	15.8
	7.3375	8.7		15.462499999999999	15.6
	7.88125	8.7		14.962499999999997	18.9
	7.656250000000001	12.4		17.19375	16.7
	7.68125	13.9		16.85	22.1
	8.499999999999998	15.7		17.618750000000002	22.7
	8.393749999999999	10.1		17.3125	17.5
	7.2875000000000005	7.7		16.30625	17.2
	7.4375	11		17.475	19.6
	7.6875	14.7		17.6	19.8
	8.1625	16		18.049999999999997	26.3
	7.95625	14.1		17.56875	20.2
	8.006250000000001	15.6		17.14375	23.3
	8.962499999999999	16.1		18.3125	23.7
Apr.	9.5625	16.2		18.181250000000002	18.8
	8.99375	13.6		19.3	23.3
	9.618749999999999	10.8		18.824999999999996	20.2
	10.64375	13.3		19.306250000000002	21.4
	10.1625	15.9		19.806250000000002	24.9
	10.425	16.9		19.1625	23.1
	11.075000000000001	16		19.61875	24.3
	11.14375	15		20.037499999999998	22.1
	11.1	13.1		18.924999999999997	17.5
	11.76875	12.9		18.58125	20
	11.325	11.8		20.137500000000003	18.3
	10.68125	12.6		20.59375	20.7
	11.481250000000001	13.9		21.11875	18.6
	12	13.7		20.5625	24.7
	12.03125	13.7		20.6875	17.8
	12.3875	12.8		21.175	14.5
	12.725	11.5		21.931250000000002	15.9
	12.018749999999999	12.5		22.012500000000003	26
	11.80625	17		22.0875	25.3
	12.868750000000002	15.4		22.956249999999997	29.1
	13.449999999999998	13.5		23.081249999999997	21.7
	14.106250000000001	14.5		24.012500000000003	20.9
	13.54375	16.8		21.243749999999995	26.7
	12.56875	19.8		22.281250000000004	28.2
	12.7125	17.4		21.712500000000002	23.1
	13.09375	15.2		22.1625	23.1
	13.193750000000003	15.9		22.443749999999998	23.1
	14.299999999999997	17.4		22.612500000000004	24
	15.012500000000001	17		22.275000000000006	26.8
	15.025	15.3		24.0375	25.8
May	14.574999999999998	15.4		22.425000000000004	25.4
	14.8625	16.7		23.11875	26.6
	15.28125	18.3		23.94374999999999	30.2
	15.100000000000001	19.4		24.756249999999998	28.6
	15.1875	20.7		23.625000000000004	29.5
	15.312500000000002	20.8		24.2625	30.2
	16.1375	17.4		24.062499999999996	23.4
	15.425000000000002	12.9		24.5	15.3
	15.181249999999997	13		21.787499999999998	19.3
	14.987499999999999	15.8		24.68125	22.1
	16.075	18		25.193749999999998	27.9
	16.6125	19.7		23.887500000000003	27.2
	16.60625	20.5		24.625	28.5
	16.8	21.4		24.499999999999996	27.6
	17.124999999999996	20.8		23.706249999999997	28.9
	16.7	20.1		24.306250000000002	29.2
	16.375	22.4		23.78125	30.1
	16.16875	22.1		24.5	32.1
	16.825	18.3		24.674999999999997	27.1
	16.6875	16.8		24.40625	19.3
	16.856250000000003	17.9		25.7	19.1
	17.28125	17.2		25.55	23.9
	17.5625	16.6		24.612499999999997	24.7
	17.800000000000004	18.2		24.3625	23.2
	17.73125	18.6		24.974999999999998	23.2
	18.16875	18.4		25.724999999999998	20.5
	18.4125	17.3		25.45	20.2
	18.8375	18.4		24.9125	25.2
	19.075	18.6		25.90625	25.2
	18.875	18.9		25.825	27.9
	18.38125	20		23.85625	27
Jun.	18.1875	16.8		25.218749999999996	18.2
	18.81875	16.8		26.53125	26.1
	19.325	19.7		26.85625	26.8
	19.943749999999998	20.9		26.94375	28.1
	19.743750000000002	21		27.05	29.8
	19.875	20.8		26.5875	21.9
	20.481250000000003	20.7		27.05	29.5
	20.24375	20.1		26.899999999999995	29.2
	19.9875	20.1		26.5625	24.6
	20.318749999999998	19.5		27.4625	26.8
	20.781249999999996	19.1		27.875000000000004	20.4
	20.91875	19.3		27.4375	24.9
	21.325	21.2		28.0125	24.9
	21.387500000000003	20.9		28.800000000000004	22.2
	21.043750000000003	20.6		27.7875	27.4
	21.693749999999998	22.2		28.29375	28.1
	22.118750000000002	22.8		28.343750000000004	28
	22.15	20.6		28.818750000000005	24.1
	22.74375	20.8		29.643749999999997	25.2
	22.5625	21.6		28.69375	26
	22.668750000000003	22		28.662500000000005	27.7
	22.174999999999997	21.1		28.618750000000002	23.7
	22.331249999999997	20.5		29.143750000000004	29.5
	23.081249999999997	21.8		30.118750000000002	30.3
	23.118750000000002	23		29.331249999999997	31.3
	22.968749999999996	24		30.35625	32.4
	23.18125	24.5		30.71875	32.5
	23.406249999999996	24.6		30.456250000000004	29.5
	23.462500000000002	25.8		29.925000000000004	28.8
	23.393749999999997	25.4		29.65625	33.7
Jul.	23.84375	27.1		30.33125	35.9
	23.556250000000002	27.3		30.037499999999998	36.4
	23.65	26.6		30.46875	31.2
	23.637500000000003	25.7		31.081250000000004	31.8
	24.062499999999996	25.5		30.718750000000004	32.4
	24.056250000000006	27.7		31.51875	36.9
	23.53125	29.9		30.675	38.1
	23.46875	29		30.674999999999997	38.1
	23.906250000000004	28.9		31.25625000000001	38.4
	24.206249999999997	28		31.556250000000002	34.6
	24.387499999999996	25.7		32.40625	35.8
	24.618749999999995	25.8		31.687500000000004	32.5
	24.75625	24		31.806250000000002	31.5
	24.731250000000003	24		31.618750000000002	31.2
	24.712499999999995	24		31.61875	35.4
	24.59375	27.4		31.899999999999995	36.3
	24.974999999999994	27.6		32.33125	36
	24.924999999999997	27.6		32.34375	36.4
	25.200000000000006	24.9		32.65625	35.7
	25.206250000000004	23.5		32.875	26.1
	25.187499999999993	22		32.637499999999996	30.6
	25.275	22.8		33.3625	31.4
	25.575000000000003	26.2		33.1875	33.5
	25.50625	26.6		32.2875	34.2
	25.025000000000002	26.2		32.137499999999996	34.4
	25.193749999999998	26.4		32.3375	33.2
	25.33125	24.4		32.618750000000006	31
	25.50625	21.9		32.20625	28.8
	25.26875	22.3		31.98125	24.6
	25.231250000000003	22.8		31.193749999999998	29.7
	25.175000000000004	23.8		31.59375	29.2
Aug.	25.168750000000003	24.2		31.33125	31
	25.0125		24	31.681249999999995		29.1
	24.712500000000006		23.8	31.34375		30.7
	25.075		24	32.84375		30.8
	24.8375		25.5	31.625000000000004		33.9
	24.893750000000004		25.5	31.18125		31
	24.818749999999994		25.5	31.5875		30.6
	24.887500000000003		26.1	32.04375		32.1
	25.231249999999996		26.4	31.58125		32.3
	25.243750000000002		24.9	31.681249999999995		31.6
	24.8625		24.3	31.1375		30.7
	24.256249999999998		23.9	31.168750000000003		31
	24		23.6	31.099999999999998		30.6
	23.44375		23.4	29.681250000000002		29.4
	23.731250000000003		23.5	30.25		30.6
	23.98125		23.8	30.987499999999994		30.4
	24.150000000000002		22.9	31.08125		29.9
	23.5875		23.3	29.98125		29.8
	22.85625		22.8	29.356250000000003		29
	23.331249999999997		22.2	29.64375		28.3
	23.18125		22.9	28.331250000000004		28.4
	23.450000000000003		23.1	29.606250000000003		29.7
	23.33125		23.2	29.625		29.4
	22.931250000000002		22.7	29.687499999999996		29.6
	22.606250000000003		22.6	28.674999999999994		28.7
	22.906249999999996		22.6	29.675000000000008		29.3
	23.093750000000004		22.5	29.981250000000003		29.7
	22.818749999999998		22.3	29.0625		28.8
	22.61875		22.5	28.9375		28.3
	22.4875		22.2	29.081249999999997		29.1
	22.28125		22	29.056250000000002		28.5
Sep.	22.0625		21.9	27.8875		27.7
	21.84375			27.86875
	21.7125			27.643749999999997
	21.7625			28.956249999999997
	21.462500000000002			28.46875
	20.1875			26.562500000000007
	19.849999999999998			26.493749999999995
	19.86875			27.1375
	19.4375			25.16875
	19.05			24.687499999999996
	19.0375			24.7625
	18.35			25.14375
	18.3625			24.5875
	18.474999999999998			25.849999999999998
	18.981249999999996			25.9125
	18.868750000000002			25.51875
	18.893749999999997			25.28125
	18.525			25.212500000000002
	18.56875			26.01875
	18.756249999999998			24.31875
	17.88125			24.14375
	17.231250000000003			24.1375
	17.79375			23.3375
	17.0875			23.918750000000006
	16.612499999999997			22.49375
	16.79375			23.55
	17.181250000000002			23.262500000000003
	17.162499999999998			23.36875
	16.325			22.593750000000004
	15.431250000000002			21.84375
Oct.	15.7375			21.4875
	15.350000000000001			22.012499999999996
	14.8625			21.425
	14.162499999999998			20.6125
	14.3125			20.325
	14.28125			21.16875
	13.612499999999999			20.38125
	13.106250000000003			19.31875
	13.5125			20.26875
	13.699999999999998			19.881249999999998
	13.325000000000001			19.681250000000002
	12.331249999999999			19.693749999999994
	12.118749999999999			20.58125
	12.35			19.1375
	12.324999999999998			18.212500000000002
	11.36875			19.2375
	11.6375			18.193749999999998
	11.424999999999999			19.518749999999997
	11.3125			20.00625
	11.881250000000001			19.33125
	11.081249999999999			19.09375
	10.725			18.931250000000002
	11.200000000000001			19.825
	11.706249999999997			18.837500000000002
	11.299999999999999			17.981250000000003
	10.931249999999999			18.0125
	10.39375			17.706249999999997
	9.43125			15.968749999999998
	9.70625			16.900000000000002
	9.812499999999996			17.181250000000002
	9.7625			17.356250000000003
Nov.	9.5			16.33125
	8.41875			16.71875
	8.75625			16.256249999999998
	9.124999999999998			16.506249999999998
	8.018749999999999			16.287499999999998
	7.7625			14.825000000000001
	7.78125			15.950000000000001
	8.287500000000001			15.15
	8.68125			15.81875
	8.4625			16.06875
	6.718750000000001			13.837499999999999
	6.387500000000001			13.593749999999998
	7.0125			14.36875
	7.1375			14.849999999999996
	6.731250000000001			14.98125
	6.44375			14.64375
	6.5874999999999995			13.6375
	5.1499999999999995			12.424999999999999
	5.612500000000001			13.487499999999999
	5.262500000000001			13.812500000000002
	5.143749999999999			13.293750000000001
	5.049999999999999			12.131250000000001
	5.08125			13.20625
	4.58125			11.45
	3.6312499999999996			11.675
	3.88125			12.28125
	4.55			13.356250000000003
	4.125			11.974999999999998
	3.937500000000001			10.64375
	3.4812499999999997			11.162499999999998
Dec.	3.06875			11.0625
	3.2312499999999997			11.100000000000001
	3.0749999999999997			10.350000000000001
	1.7125			9.8125
	2.0374999999999996			10.35625
	2.54375			11.068749999999998
	2.1062499999999997			10.53125
	2.75			11.0875
	2.6312499999999996			10.06875
	2.4			11.037499999999998
	1.925			10.13125
	1.1625			9.799999999999999
	1.28125			9.481250000000001
	0.90625			9.125000000000002
	1			9.65
	1.31875			10.16875
	1.46			9.66

Max Temp.

Historic Max Temp.

Min Temp.

Historic Min Temp.

Yearly Summary 2026

38°C

Highest Temp

23 Jul. 26

-3°C

Lowest Temp

9 Feb. 26

Seasonal Breakdown

Hottest MonthJuly32.1°C

Coldest MonthJanuary3.01°C

Wettest MonthJune12.76mm

Windiest MonthApril25.67km/h

Higashi Murayama 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 Higashi Murayama historically?

August is historically Higashi Murayama's hottest month, with average maximum temperatures around 32°C. During peak heatwave events, the highest recorded temperatures have reached 39°C on 2025-08-05.

2. What is the coldest month in Higashi Murayama historically?

January is Higashi Murayama's coldest month, with average minimum temperatures around 0°C. The all-time record low of -9°C was recorded on 2013-01-18.

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

Higashi Murayama's average annual rainfall is approximately 1702.8mm, based on records spanning 17 years.

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

Higashi Murayama historically records approximately 205.3 rainy days per year. September has the highest number of rain days at an average of 21.2 days.

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

The all-time highest temperature recorded in Higashi Murayama is 39°C on 2025-08-05.

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

The all-time lowest temperature recorded in Higashi Murayama is -9°C on 2013-01-18.

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

Higashi Murayama experiences its strongest winds during April. The historic gust record of 80.9 kph was recorded on 2018-10-01.

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

Usually, Higashi Murayama's humidity peaks in June at around 70.01% and drops to its lowest in January at approximately 51.2%.

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Higashi Murayama Historic Weather Records
Analyse hottest, coldest, windiest & wettest days

Higashi Murayama 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

Higashi Murayama Historic Weather RecordsAnalyse hottest, coldest, windiest & wettest days

Higashi Murayama 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

Higashi Murayama Historic Weather Records
Analyse hottest, coldest, windiest & wettest days