Caddo National Grassland Monthly Climate Normals and Representative Atmospheric Data

Name: Caddo National Grassland monthly climate normals
Creator: NASA POWER

Analyze the twelve-month climate profile for Caddo National Grassland using representative data from the 1991 to 2020 climatology period. These measurements include average minimum and maximum temperatures, daily precipitation rates, relative humidity, wind speeds, and daylight hours. The figures provide a reliable reference for the annual atmospheric patterns at a specific coordinate within this protected landscape in Texas.

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Annual climate pattern

Long-term monthly averages tracking thermal progression and daily precipitation rates across the year

Caddo National Grassland Annual Climate Normals, Monthly Temperatures, and Precipitation Rates

Average monthly temperatures span from winter lows to mid-summer highs, establishing a distinct annual thermal rhythm for Caddo National Grassland. Corresponding precipitation rates vary across the twelve months based on NASA POWER climatology records sampled at a representative coordinate.

Mean temperatureAverage minimum–maximum rangePrecipitation

Annual mean: 17.7 °C
Warmest month: August
Coolest month: January
Wettest month: May

Twelve-month climate

Analyze average temperature bounds, precipitation rates, humidity, wind, and calculated daylight across the calendar year.

Caddo National Grassland Weather by Month: Complete Twelve-Month Climate Comparison

Evaluating all twelve monthly records for Caddo National Grassland reveals how average minimum and maximum temperatures shift alongside daily precipitation rates throughout the year. Comparing these baseline climate normals, relative humidity levels, wind speeds, and calculated daylight hours provides a complete multi-variable climatological profile.

	Mean temperature	Precipitation	Humidity	Wind speed	Daylight
January	5.5 °C-7.2° to 21.6°	2.2 mm/day	77.3%	4.8 m/s	10 hours
February	8.2 °C-5.5° to 23.7°	2.7 mm/day	76.6%	4.9 m/s	10.8 hours
March	12.6 °C-3.3° to 26.4°	3 mm/day	75.6%	5.2 m/s	11.8 hours
April	17.2 °C2.4° to 29.1°	3.3 mm/day	74.4%	5.2 m/s	12.9 hours
May	22 °C8.4° to 32.6°	4.2 mm/day	76.4%	4.6 m/s	13.8 hours
June	26.4 °C15.8° to 35.7°	3.3 mm/day	72.6%	4 m/s	14.2 hours
July	29.1 °C19.9° to 39.4°	2.2 mm/day	64.1%	3.7 m/s	14 hours
August	29.3 °C19.2° to 39.6°	2.2 mm/day	60.4%	3.4 m/s	13.2 hours
September	25 °C11.4° to 36.9°	2.8 mm/day	64%	3.7 m/s	12.2 hours
October	18.5 °C3.3° to 32.8°	3.8 mm/day	67.6%	4.3 m/s	11.1 hours
November	11.7 °C-2.8° to 26.4°	2.7 mm/day	73.6%	4.7 m/s	10.2 hours
December	6.7 °C-6.4° to 22.6°	2.9 mm/day	77%	4.6 m/s	9.8 hours

Calculated climate highlights

Warmest, coolest, wettest, and windiest long-term monthly averages across the park coordinate

Caddo National Grassland Calculated Monthly Climate Highlights and Extremes

These calculated monthly comparisons summarize long term averages for temperature, precipitation, humidity, wind, and daylight across the representative coordinate. Each label reflects a comparative monthly norm rather than an observed weather record or a park wide condition.

Warmest month: August29.3 °C
Coolest month: January5.5 °C
Wettest month: May4.2 mm/day
Driest month: January2.2 mm/day
Most humid month: January77.3%
Windiest month: April5.2 m/s
Longest daylight: June14.2 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

Analyze monthly temperature, precipitation, and regional atmospheric patterns across diverse park settings.

Comparing Caddo National Grassland Climate Normals With Other Protected Landscapes

Examine long-term monthly temperature cycles and precipitation rhythms alongside other protected areas for broader geographic perspective. Standardized multi-year atmospheric records across varied landscapes reveal distinct environmental variations without implying identical local conditions.