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Park climate1991–2020 climate normals44 m source elevationNASA POWER

Monthly data for temperature, precipitation, wind, and daylight across a representative coordinate.

Long-Term Climate Normals for Natura 2000-område nr. 54 Yding Skov og Ejer Skov: 1991-2020

Annual climatology profiles for Natura 2000-område nr. 54 Yding Skov og Ejer Skov provide a twelve-month overview of atmospheric variables based on NASA POWER records. These normals capture long-term averages for minimum, mean, and maximum temperatures alongside precipitation rates, relative humidity, wind speed, and daylight hours. The data represents conditions at a single point to illustrate the regional rhythm of atmospheric change within this protected landscape.

Annual climate pattern

Long term monthly temperature averages and daily precipitation rates across the calendar year

Natura 2000-område nr. 54 Yding Skov og Ejer Skov Annual Climate Normals and Temperature Rhythms

Average minimum, mean, and maximum temperatures track a twelve month thermal progression ranging from winter lows to summer peaks across the sampled coordinate. Monthly precipitation normals record average daily rates alongside these temperature movements based on historical climatology data from 1991 to 2020.
Mean temperatureAverage minimum–maximum rangePrecipitation
Temperature (°C)PrecipitationUp to 2.7 mm/day-10°0°10°20°30°1°1°3°7°11°14°17°17°13°9°5°2°01232.11.91.61.51.72.42.42.62.52.72.42.2JanFebMarAprMayJunJulAugSepOctNovDec
Annual mean
8.3 °C
Warmest month
July
Coolest month
February
Wettest month
October
Twelve-month climate

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

Natura 2000-område nr. 54 Yding Skov og Ejer Skov Monthly Climate and Weather Patterns Across Twelve Months

Analyze the complete twelve-month climate baseline for Natura 2000-område nr. 54 Yding Skov og Ejer Skov using long-term NASA Power records from 1991 to 2020. Evaluating monthly averages across temperature, precipitation, wind, and daylight provides clear structural context for regional environmental studies.
Mean temperaturePrecipitationHumidityWind speedDaylight
January0.9 °C-6.8° to 6.9°2.1 mm/day93.9%6.5 m/s7.4 hours
February0.9 °C-6.3° to 7.4°1.9 mm/day92.1%6.5 m/s9.2 hours
March2.7 °C-4.6° to 10.9°1.6 mm/day88.6%6.1 m/s11.5 hours
April6.5 °C-1.5° to 16.9°1.5 mm/day84%5.2 m/s13.9 hours
May11.1 °C2.2° to 20.9°1.7 mm/day80.9%5 m/s16.1 hours
June14.4 °C6.4° to 23.5°2.4 mm/day81%5.1 m/s17.2 hours
July16.7 °C9.3° to 25°2.4 mm/day81.7%4.7 m/s16.7 hours
August16.7 °C9.3° to 24.8°2.6 mm/day83.3%4.9 m/s14.8 hours
September13.4 °C6.3° to 21.1°2.5 mm/day86.1%5.4 m/s12.4 hours
October9.2 °C1.6° to 16.5°2.7 mm/day89.6%5.8 m/s10 hours
November5.2 °C-1.9° to 11.7°2.4 mm/day93.2%6 m/s7.9 hours
December2.1 °C-4.9° to 8.2°2.2 mm/day94.6%6.1 m/s6.8 hours
Calculated climate highlights

Comparative analysis of temperature, precipitation, wind, and daylight normals across twelve stored records

Calculated Monthly Climate Highlights for Natura 2000-omraade nr. 54 Yding Skov og Ejer Skov

Calculated monthly normals identify the warmest, coolest, wettest, and windiest periods derived from long-term NASA power data at a representative coordinate. Comparing these metrics summarizes annual climate patterns without implying weather records or uniform conditions across the entire protected area.
Warmest month
July16.7 °C
Coolest month
February0.9 °C
Wettest month
October2.7 mm/day
Driest month
April1.5 mm/day
Most humid month
December94.6%
Windiest month
January6.5 m/s
Longest daylight
June17.2 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

Explore long-term monthly climate normals across diverse protected landscapes and settings.

Comparing Climate Profiles Beyond Natura 2000-område nr. 54 Yding Skov og Ejer Skov

Examine how long-term monthly temperature, precipitation, humidity, wind, and daylight patterns vary across different protected areas and geographic settings. Comparing standardized atmospheric data helps reveal distinct environmental rhythms between regional landscapes without assuming matching conditions.
MoriAtlas Explorer

Explore the Mapped Landscapes of Natura 2000-område nr. 54 Yding Skov og Ejer Skov

Trace the glacial boundaries and woodland features of this significant Danish nature reserve. MoriAtlas provides a structured view of the protected habitats and geographic formations within this site. Gain deeper insights into how moraine plateaus and spring systems shape the ecology of Region Midtjylland.