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Park climate1991–2020 climate normals2,495 m source elevationNASA POWER

Twelve-month records of temperature, precipitation, humidity, wind, and daylight duration.

Long-Term Monthly Climate Normals for Llanganates National Park, Ecuador

These monthly climate normals represent long-term atmospheric patterns at a single sampled point within Llanganates National Park, calculated using NASA POWER data from 1991 to 2020. Readers can compare average temperature, daily precipitation rates, relative humidity, wind speeds, and daylight hours to understand the annual rhythm of this protected area, noting that localized conditions may vary.

Annual climate pattern

Comparing twelve months of temperature ranges and average daily precipitation rates at a representative mountain elevation

Annual Climate Patterns and Monthly Temperature Averages in Llanganates National Park

Mean temperatures at the representative coordinate remain highly consistent, with average maximums peaking near 20.54 degrees Celsius in November and average minimums dropping to 5.73 degrees Celsius in August. Average daily precipitation rates vary alongside monthly thermal ranges, ranging from 3.11 millimeters per day in August to 6.67 millimeters per day in April based on historical climate normals.
Mean temperatureAverage minimum–maximum rangePrecipitation
Temperature (°C)PrecipitationUp to 6.7 mm/day5°10°15°20°25°13°13°13°13°13°12°11°11°12°13°14°13°012345674.95.55.96.75.95.13.83.13.54.65.24.9JanFebMarAprMayJunJulAugSepOctNovDec
Annual mean
12.7 °C
Warmest month
November
Coolest month
July
Wettest month
April
Twelve-month climate

Compare monthly temperature bounds, daily precipitation rates, and calculated daylight across the year.

Llanganates National Park Weather by Month and Long Term Climate Normals

Climatological profiles for Llanganates National Park provide historical monthly averages for daily precipitation rates, relative humidity, and average temperature bounds. Comparing the twelve monthly intervals helps geographers assess subtle variations in wind speed and calculated daylight hours across the annual cycle.
Mean temperaturePrecipitationHumidityWind speedDaylight
January13.4 °C8.5° to 19.6°4.9 mm/day88.7%3.1 m/s12.1 hours
February13.5 °C8.8° to 19.2°5.5 mm/day88.8%3.1 m/s12 hours
March13.4 °C8.9° to 19.4°5.9 mm/day88.9%3.1 m/s12 hours
April13.2 °C8.6° to 19°6.7 mm/day89.2%3 m/s12 hours
May12.7 °C8.1° to 18.4°5.9 mm/day89.7%2.9 m/s12 hours
June11.6 °C6.8° to 17.4°5.1 mm/day89.7%2.8 m/s11.9 hours
July11.1 °C6° to 17.2°3.8 mm/day88.8%2.8 m/s11.9 hours
August11.4 °C5.7° to 18°3.1 mm/day86.4%2.8 m/s12 hours
September12.2 °C6.7° to 18.8°3.5 mm/day85.2%2.8 m/s12 hours
October13.1 °C7.7° to 19.6°4.6 mm/day86.1%2.8 m/s12 hours
November13.7 °C8.6° to 20.5°5.2 mm/day87%2.7 m/s12.1 hours
December13.5 °C8.6° to 19.9°4.9 mm/day88.4%2.8 m/s12.1 hours
Calculated climate highlights

Tracing seasonal shifts in temperature, humidity, and average daily precipitation from long-term records

Monthly Climate Averages and Calculated Highlights for Llanganates National Park

Analyzing the long-term monthly averages at a representative coordinate reveals the annual variations in temperature, wind, and daylight duration within Llanganates National Park. Comparing relative monthly maxima and minima establishes a baseline of historical averages rather than daily weather extremes, helping to map the multi-variable trends of the Andean landscape.
Warmest month
November13.7 °C
Coolest month
July11.1 °C
Wettest month
April6.7 mm/day
Driest month
August3.1 mm/day
Most humid month
June89.7%
Windiest month
February3.1 m/s
Longest daylight
January12.1 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 atmospheric data across diverse regional conservation zones and mountain landscapes.

Compare Llanganates National Park Climate Normals with Other National Parks

Evaluating the long-term monthly climate normals of Llanganates National Park alongside other protected areas reveals the atmospheric diversity of regional geography. Standardized monthly profiles help geographers compare temperature, precipitation, humidity, wind, and daylight cycles to understand how distinct elevation bands and geographic locations shape regional environments.
MoriAtlas Explorer

Continue Exploring Llanganates National Park's Geographic and Landscape Atlas

Dive deeper into the cartographic and geographic significance of Llanganates National Park. Understanding its place within Ecuador's protected areas offers valuable insights for regional landscape analysis and the systematic exploration of natural terrains. This continued discovery enhances your grasp of protected lands and their ecological geography.