Mori Atlas logo
Park climate1991–2020 climate normals2 m source elevationNASA POWER

A detailed look at annual atmospheric rhythms through representative coordinate measurements.

Aalborg Bugt Monthly Climate Normals: Long-term Temperature and Atmospheric Data Patterns

The climate profile for Aalborg Bugt provides a structured view of twelve-month averages recorded between 1991 and 2020. Grounded in a representative point at 2.36 meters elevation, these values describe long-term trends for temperature, daily precipitation rates, relative humidity, wind speed, and seasonal daylight availability. These records offer a precise look at annual atmospheric variation across the protected area rather than current forecasts or visitor planning metrics.

View park overviewBrowse climate zones
Annual climate pattern

Comparing twelve months of average thermal ranges and daily precipitation rates across long term climatology

Aalborg Bugt Annual Climate Normals: Monthly Temperature and Precipitation Patterns

Average minimum, mean, and maximum temperatures track a sustained annual thermal progression across the calendar year for Aalborg Bugt in Denmark. Corresponding average daily precipitation rates accompany these monthly temperature shifts within the standardized NASA POWER dataset records.
Mean temperatureAverage minimum–maximum rangePrecipitation
Temperature (°C)PrecipitationUp to 3 mm/day-5°0°5°10°15°20°25°2°2°3°7°11°15°17°17°14°10°7°4°01232.21.91.61.61.82.72.42.82.732.72.4JanFebMarAprMayJunJulAugSepOctNovDec
Annual mean
9 °C
Warmest month
August
Coolest month
February
Wettest month
October
Twelve-month climate

Compare average temperature bounds, daily precipitation rates, humidity, wind speed, and daylight hours across the annual cycle.

Aalborg Bugt Weather by Month: Complete Twelve-Month Climate Record Analysis

Long-term climatology data from 1991 to 2020 at a representative coordinate tracks twelve monthly records of average temperature, precipitation rates, and relative humidity. Evaluating wind speed alongside calculated daylight hours provides a complete multi-variable baseline for understanding annual environmental conditions.
Mean temperaturePrecipitationHumidityWind speedDaylight
January2.1 °C-3° to 6.6°2.2 mm/day89%7.9 m/s7.2 hours
February1.6 °C-3.1° to 6°1.9 mm/day88.6%7.6 m/s9.1 hours
March3 °C-1.4° to 8°1.6 mm/day86.6%6.9 m/s11.5 hours
April6.6 °C1.8° to 13.1°1.6 mm/day84.1%5.8 m/s14 hours
May11 °C5.7° to 17.1°1.8 mm/day81.6%5.6 m/s16.2 hours
June14.5 °C10.1° to 20.2°2.7 mm/day81.5%5.8 m/s17.5 hours
July17 °C12.7° to 22.1°2.4 mm/day82.2%5.4 m/s16.9 hours
August17.2 °C13.3° to 21.9°2.8 mm/day82.8%5.8 m/s14.9 hours
September14.3 °C10.4° to 18.6°2.7 mm/day83.8%6.7 m/s12.4 hours
October10.3 °C5.7° to 14.7°3 mm/day85.5%7.3 m/s9.9 hours
November6.5 °C1.7° to 11.1°2.7 mm/day87.9%7.7 m/s7.7 hours
December3.6 °C-1.2° to 8°2.4 mm/day89.1%7.6 m/s6.5 hours
Calculated climate highlights

Comparative monthly averages and climatic extremes derived from stored long-term records at a representative coordinate

Aalborg Bugt Monthly Climate Highlights: Calculated Temperature, Precipitation, Wind, and Daylight Normals

These calculated monthly highlights identify the warmest, coolest, wettest, driest, most humid, windiest, and longest daylight periods across twelve long-term climatology normals for Aalborg Bugt. The figures represent comparative statistical averages from NASA POWER data rather than observed weather extremes or localized conditions.
Warmest month
August17.2 °C
Coolest month
February1.6 °C
Wettest month
October3 mm/day
Driest month
April1.6 mm/day
Most humid month
December89.1%
Windiest month
January7.9 m/s
Longest daylight
June17.5 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

Trace monthly temperature, precipitation, and wind patterns across diverse regional park settings.

Aalborg Bugt Climate Comparison And Other Park Profiles Across Protected Landscapes

Comparing long-term monthly climate normals across different protected areas reveals distinct annual temperature rhythms and precipitation patterns. Evaluating standardized meteorological data for diverse geographic settings provides valuable context on regional atmospheric variation.
Climate profileDenmark

Solsbæk

Annual mean
8.9 °C
Warmest month
August
Wettest month
October
View Solsbæk climate
Watercolor painting of a low-lying coastal landscape with grasses, shrubs, and soft, hazy distant hills.
Climate profileDenmark

Bovet

Annual mean
8.9 °C
Warmest month
August
Wettest month
October
View Bovet climate
MoriAtlas Explorer

Explore the Mapped Landscapes and Conservation Value of Aalborg Bugt

Navigate the coastal geography of Aalborg Bugt to understand its role in Northern European conservation. MoriAtlas provides a clear view of how this bay connects salt meadows, wetlands, and fjord systems into one cohesive protected landscape in Denmark.

Browse next
Countries→Continents→Parks→
Global natural geography
Aalborg Bugt Protected Area Geography

Explore related park routes

Explore MoriAtlas Global ParksBrowse All MoriAtlas ParksGlobal Park Map DiscoveryMoriAtlas: Browse All CountriesBrowse All MoriAtlas ContinentsNational Park Environment AtlasGlobal National Park Climate ZonesGlobal National Park Climate MapGrand Canyon National Park AtlasYellowstone National Park AtlasYosemite National Park Atlas and GeographySerengeti National Park AtlasGalápagos National Park Protected LandscapeBanff National Park Geography and AtlasKruger National Park Atlas EntryUluṟu-Kata Tjuṯa National Park AtlasExplore Uluru-Kata Tjuta National Park GeographyPlitvice Lakes National Park AtlasFiordland National Park Protected LandscapeGreat Smoky Mountains National Park Atlas