Cuyahoga Valley National Park Climate and Atmospheric Patterns by Month

Name: Cuyahoga Valley National Park monthly climate normals
Creator: NASA POWER

Explore the multi-year atmospheric profile for Cuyahoga Valley National Park based on data from 1991 to 2020. These measurements provide a detailed look at monthly trends for mean temperature, daily precipitation, relative humidity, and daylight hours. Values originate from a single representative coordinate within the park to establish baseline climate expectations.

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Annual climate pattern

Tracing thirty years of historical climatology records for average thermal ranges and daily precipitation

Cuyahoga Valley National Park Annual Temperature and Monthly Climate Patterns

Long-term climate normals at the representative elevation of 334 meters show average mean temperatures rising from -3.72 degrees Celsius in January to a peak of 22.81 degrees Celsius in July. Average daily precipitation spans from 2.02 millimeters in February to 3.36 millimeters in June, reflecting historical baseline measurements captured at a single representative coordinate.

Mean temperatureAverage minimum–maximum rangePrecipitation

Annual mean: 9.7 °C
Warmest month: July
Coolest month: January
Wettest month: June

Twelve-month climate

Analyze twelve months of average temperature bounds, daily precipitation, and calculated daylight hours.

Cuyahoga Valley National Park Weather by Month and Climate Normals

Evaluating monthly historical climate normals for Cuyahoga Valley National Park reveals the seasonal progression of average temperatures and daily precipitation rates. Integrating relative humidity, average wind speed, and calculated daylight hours at a representative coordinate offers a multi-variable baseline for understanding long-term regional patterns.

	Mean temperature	Precipitation	Humidity	Wind speed	Daylight
January	-3.7 °C-16.5° to 12.1°	2.2 mm/day	88.8%	3.8 m/s	9.4 hours
February	-2.5 °C-15.2° to 13.1°	2 mm/day	86.9%	3.8 m/s	10.4 hours
March	2.2 °C-11.4° to 19.4°	2.5 mm/day	82.7%	3.5 m/s	11.7 hours
April	8.8 °C-4.6° to 24.1°	3 mm/day	78.3%	3.3 m/s	13.1 hours
May	15.1 °C1.1° to 28.5°	3.1 mm/day	76.4%	2.7 m/s	14.3 hours
June	20.3 °C6.8° to 32.1°	3.4 mm/day	74.1%	2.4 m/s	14.9 hours
July	22.8 °C11.1° to 33.3°	3 mm/day	70.4%	2.2 m/s	14.6 hours
August	22.1 °C10.2° to 33.5°	2.7 mm/day	69.2%	2.1 m/s	13.6 hours
September	17.9 °C5° to 31.8°	2.9 mm/day	71.3%	2.3 m/s	12.2 hours
October	10.9 °C-1.4° to 26.4°	2.6 mm/day	76%	2.7 m/s	10.8 hours
November	4.1 °C-6.8° to 19.6°	2.4 mm/day	82%	3 m/s	9.7 hours
December	-1.1 °C-12.3° to 12.7°	2.3 mm/day	87.3%	3.3 m/s	9.1 hours

Calculated climate highlights

Comparing long term monthly averages for temperature, precipitation, relative humidity, and daylight.

Calculated Monthly Climate Contrasts in Cuyahoga Valley National Park

Historical baseline data from a representative coordinate in Cuyahoga Valley National Park reveals the year's warmest, coolest, wettest, and driest months. Comparing statistical averages highlights seasonal variations in wind, humidity, and daylight duration without representing exceptional daily weather events.

Warmest month: July22.8 °C
Coolest month: January-3.7 °C
Wettest month: June3.4 mm/day
Driest month: February2 mm/day
Most humid month: January88.8%
Windiest month: January3.8 m/s
Longest daylight: June14.9 hours

Interactive climate map

Compare National Park Climate Data Through an Interactive Global Map

Visit the MoriAtlas climate map to compare long-term monthly temperature and precipitation metrics across national parks. This visual interface helps you understand seasonal variations at specific protected area coordinates to deepen your knowledge of global park geography and environmental characteristics.

Global National Park Climate Map

Other park climates

Contrast monthly climate normals and annual precipitation patterns across different regional settings.

Compare Cuyahoga Valley National Park Monthly Climate Patterns with Other Parks

Comparing the monthly climate normals of Cuyahoga Valley National Park with other protected areas reveals atmospheric variations shaped by different elevations, latitudes, and regional terrains. Standardized datasets covering temperature, precipitation, humidity, wind, and daylight offer clear comparison paths across national parks, even as local conditions diverge significantly.