Kaiser Wilderness Monthly Climate Normals: Temperature, Precipitation, and Atmospheric Data

Name: Kaiser Wilderness monthly climate normals
Creator: NASA POWER

Twelve-month climate profiles based on 1991 to 2020 NASA POWER records for a representative coordinate within Kaiser Wilderness. This data characterizes the annual rhythm of temperature, precipitation, humidity, wind speed, and daylight hours, providing a consistent reference for the local atmospheric environment. Every monthly figure represents long-term averages rather than current weather, forecasts, or widespread terrain variations.

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Annual climate pattern

Long-term thermal ranges and average daily precipitation cycles across all twelve months

Kaiser Wilderness Annual Climate Normals: Monthly Temperature and Precipitation Patterns

Average monthly temperatures span from sub-zero winter minimums to warm summer maximums across the calendar year at the sampled coordinate. Corresponding average daily precipitation rates shift between wetter winter months and drier summer periods based on historical NASA Power climatology records.

Mean temperatureAverage minimum–maximum rangePrecipitation

Annual mean: 6.9 °C
Warmest month: July
Coolest month: February
Wettest month: January

Twelve-month climate

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

Kaiser Wilderness Climate by Month: Twelve-Month Temperature and Precipitation Normals

Examining all twelve monthly climate normals across average temperature extremes, daily precipitation rates, and atmospheric humidity reveals distinct annual patterns at this representative coordinate. Tracking wind speeds and calculated daylight hours alongside thermal shifts provides a complete climatological baseline for the protected landscape.

	Mean temperature	Precipitation	Humidity	Wind speed	Daylight
January	-1.5 °C-15.5° to 10.4°	4.6 mm/day	74.3%	2.3 m/s	9.7 hours
February	-1.7 °C-15° to 9.4°	4.3 mm/day	79.2%	2.3 m/s	10.6 hours
March	0.4 °C-13.7° to 12.6°	3.5 mm/day	78.3%	2.2 m/s	11.8 hours
April	3.5 °C-10.3° to 18.5°	1.9 mm/day	70.6%	2.2 m/s	13 hours
May	8.4 °C-4.5° to 23.2°	1.2 mm/day	62%	2.2 m/s	14 hours
June	13.8 °C-1.7° to 28.4°	0.4 mm/day	46.9%	2.3 m/s	14.5 hours
July	18.3 °C5.5° to 31.4°	0.3 mm/day	37.2%	2.3 m/s	14.3 hours
August	17.6 °C5° to 30.7°	0.2 mm/day	33.8%	2.3 m/s	13.4 hours
September	14 °C-0.6° to 28.7°	0.3 mm/day	38.1%	2.3 m/s	12.2 hours
October	8.5 °C-4.8° to 24.6°	1.2 mm/day	45.3%	2.2 m/s	11 hours
November	2.8 °C-10.3° to 18.5°	2 mm/day	58%	2.1 m/s	10 hours
December	-1.7 °C-15.6° to 11.4°	3.7 mm/day	71.4%	2.3 m/s	9.5 hours

Calculated climate highlights

Comparing long term monthly averages for temperature, precipitation, and daylight duration

Calculated Monthly Climate Highlights and Seasonal Contrasts in Kaiser Wilderness

Calculated monthly normals outline the high and low points across twelve stored climate variables for a representative coordinate in Kaiser Wilderness. These comparative monthly averages summarize annual patterns without equating to observed weather extremes or local variations.

Warmest month: July18.3 °C
Coolest month: February-1.7 °C
Wettest month: January4.6 mm/day
Driest month: August0.2 mm/day
Most humid month: February79.2%
Windiest month: August2.3 m/s
Longest daylight: June14.5 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

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

Comparing Kaiser Wilderness Climate Profiles With Other Protected Landscapes

Standardized monthly climate profiles for Kaiser Wilderness and other protected areas allow direct evaluation of long-term temperature, precipitation, humidity, wind, and daylight records. Analyzing these multi-decade atmospheric patterns reveals distinct environmental variations across different geographic settings and regional settings.