Climate profileArgentina
Perito Moreno National Park
- Annual mean
- 1.5 °C
- Warmest month
- February
- Wettest month
- May
Park climate1991–2020 climate normals925 m source elevationNASA POWER
Review long-term temperature, precipitation, and daylight cycles through the calendar year
Los Glaciares National Park Monthly Climate Patterns and Atmospheric Normals
These monthly climate averages for Los Glaciares National Park provide a representative look at long-term atmospheric patterns using data from 1991 to 2020. Measurements include mean, minimum, and maximum temperatures; average daily precipitation; relative humidity; wind speeds; and daylight duration. The values originate from a single representative coordinate at an elevation of 925 meters, offering a consistent reference for the park-level climate.
Annual climate pattern
Tracing thirty years of monthly temperature averages and daily precipitation rates at a key park elevation.
Annual Temperature and Precipitation Patterns in Los Glaciares National Park
Climatological records from a representative elevation of 925 meters reveal an annual thermal curve where average mean temperatures peak at 4.62 °C in February and fall to -4.77 °C in July. Simultaneously, average daily precipitation remains relatively consistent year-round, ranging from 2.74 millimeters per day in September to 3.58 millimeters per day in April.
- Annual mean
- 0.4 °C
- Warmest month
- February
- Coolest month
- July
- Wettest month
- April
Twelve-month climate
Systematic seasonal comparison of average temperatures, daily precipitation, and daylight hours at a high elevation.
Twelve Month Climate and Weather by Month Analysis for Los Glaciares National Park
Browse the complete calendar year of climatological observations for Los Glaciares National Park, modeled from long term records between 1991 and 2020 at a representative elevation of 925.42 meters. Evaluating the relationship between average minimum, mean, and maximum temperatures, daily precipitation rates, relative humidity, wind speed, and calculated daylight hours outlines the annual regional cycle.
| Mean temperature | Precipitation | Humidity | Wind speed | Daylight | |
|---|---|---|---|---|---|
| January | 4.4 °C-1.8° to 11.9° | 3.5 mm/day | 80.6% | 7.5 m/s | 15.6 hours |
| February | 4.6 °C-2° to 13.5° | 3.2 mm/day | 81.1% | 6.6 m/s | 14.2 hours |
| March | 3.4 °C-3.5° to 11.4° | 3.5 mm/day | 83.2% | 6.3 m/s | 12.4 hours |
| April | 1.4 °C-5.3° to 8.7° | 3.6 mm/day | 85.9% | 6.1 m/s | 10.5 hours |
| May | -1.5 °C-10.1° to 5.3° | 3.4 mm/day | 89.6% | 5 m/s | 8.8 hours |
| June | -4.4 °C-13.5° to 2.8° | 3.5 mm/day | 91.5% | 4.8 m/s | 7.9 hours |
| July | -4.8 °C-14.5° to 2.4° | 3.1 mm/day | 91% | 4.9 m/s | 8.3 hours |
| August | -3.6 °C-13.3° to 2.6° | 3.1 mm/day | 90.2% | 5.5 m/s | 9.8 hours |
| September | -1.4 °C-9.6° to 5° | 2.7 mm/day | 86.4% | 5.9 m/s | 11.7 hours |
| October | 0.8 °C-6.1° to 7.8° | 2.9 mm/day | 82% | 6.9 m/s | 13.6 hours |
| November | 2.4 °C-4° to 9.8° | 3.1 mm/day | 80.4% | 7.5 m/s | 15.3 hours |
| December | 3.7 °C-2.5° to 10.9° | 3.4 mm/day | 80.3% | 7.4 m/s | 16.1 hours |
Calculated climate highlights
Annual comparisons of temperature, precipitation, wind, humidity, and daylight duration
Los Glaciares National Park Monthly Climate Highlights and Calculated Contrasts
Climatology records from a representative coordinate identify the warmest, coolest, wettest, and driest months using long term monthly averages for temperature, precipitation, humidity, wind, and daylight. Baseline calculated comparisons track annual seasonal contrasts rather than extreme weather records or travel advice, clarifying regional trends near the park.
- Warmest month
- February4.6 °C
- Coolest month
- July-4.8 °C
- Wettest month
- April3.6 mm/day
- Driest month
- September2.7 mm/day
- Most humid month
- June91.5%
- Windiest month
- November7.5 m/s
- Longest daylight
- December16.1 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.
Other park climates
Analyze variations in temperature, precipitation, and daylight across regional protected landscapes
Compare Los Glaciares National Park Monthly Climate Patterns with Other Parks
Exploring monthly climate normals of alternative national parks offers an objective way to trace broader geographic and atmospheric trends across diverse terrains. Comparing long term temperature, precipitation, humidity, wind, and daylight patterns helps illustrate how different protected landscapes contrast with the glaciated climate of Los Glaciares National Park.
Climate profileArgentina
Monte León National Park
- Annual mean
- 8 °C
- Warmest month
- January
- Wettest month
- December
Climate profileArgentina
Patagonia National Park
- Annual mean
- 2.9 °C
- Warmest month
- February
- Wettest month
- June
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Bosques Petrificados de Jaramillo National Park
- Annual mean
- 9.1 °C
- Warmest month
- January
- Wettest month
- June
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Tierra del Fuego National Park
- Annual mean
- 2.6 °C
- Warmest month
- January
- Wettest month
- December
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Los Alerces National Park
- Annual mean
- 5.2 °C
- Warmest month
- February
- Wettest month
- June
Climate profileArgentina
Lago Puelo National Park
- Annual mean
- 5.7 °C
- Warmest month
- February
- Wettest month
- June
Climate profileArgentina
Nahuel Huapi National Park
- Annual mean
- 6 °C
- Warmest month
- February
- Wettest month
- June
MoriAtlas Explorer
Continue Exploring Los Glaciares National Park's Glacial Landscapes and Geographic Context
Delve deeper into the mapped geography and protected land features of Los Glaciares National Park. Understand how its immense ice cap, dynamic glaciers, and iconic mountain terrain contribute to its status as a significant natural region. This atlas-driven exploration reveals the unique geographic characteristics and protected landscape identity that define this corner of the Patagonian Andes.
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