Climate profileArgentina
Monte León National Park
- Annual mean
- 8 °C
- Warmest month
- January
- Wettest month
- December
Park climate1991–2020 climate normals342 m source elevationNASA POWER
Yearly patterns of average temperature, precipitation, humidity, wind, and daylight hours
Tierra del Fuego National Park Monthly Climate Normals and Annual Atmospheric Measurement Profile
The Tierra del Fuego National Park climate profile presents long term atmospheric averages across a twelve month period. These measurements reflect data from a single representative coordinate between 1991 and 2020. Metrics include average daily maximum and minimum temperatures, precipitation rates, relative humidity, wind velocity, and calculated daylight duration to illustrate the annual progression of local conditions.
Annual climate pattern
Analyzing long term climatology normals to understand annual thermal cycles and precipitation rates
Tierra del Fuego National Park Monthly Temperature and Precipitation Patterns
Climatology from 1991 to 2020 reveals a moderate thermal range, where average monthly mean temperatures transition from a high of 6.59 degrees Celsius in January to a low of minus 1.86 degrees Celsius in July. Measured at a representative elevation of 342.17 meters, average daily precipitation rates remain steady across all twelve months, hovering between 1.64 and 2.54 millimeters per day.
- Annual mean
- 2.6 °C
- Warmest month
- January
- Coolest month
- July
- Wettest month
- December
Twelve-month climate
Comparing average temperature bounds, daily precipitation rates, wind speeds, and calculated daylight across the year
Tierra del Fuego National Park Weather by Month: Twelve Month Climate Comparison
Naturalists can examine historical monthly averages for Tierra del Fuego National Park based on climatology from 1991 to 2020 at a representative regional coordinate. Evaluating the cycle of average minimum and maximum temperatures alongside daily precipitation rates, relative humidity, wind speed, and calculated average daylight hours reveals the long term environmental patterns of the subantarctic landscape.
| Mean temperature | Precipitation | Humidity | Wind speed | Daylight | |
|---|---|---|---|---|---|
| January | 6.6 °C0.1° to 15.8° | 2.5 mm/day | 80.5% | 6.9 m/s | 16.4 hours |
| February | 6.4 °C0° to 15.8° | 2.5 mm/day | 82.1% | 6.7 m/s | 14.6 hours |
| March | 5.2 °C-1.1° to 14.1° | 2.2 mm/day | 85.3% | 6.5 m/s | 12.5 hours |
| April | 3 °C-2.4° to 10.8° | 2.3 mm/day | 89.7% | 6 m/s | 10.2 hours |
| May | 0.8 °C-5.6° to 6.8° | 1.9 mm/day | 93.1% | 5.5 m/s | 8.1 hours |
| June | -1.6 °C-9.2° to 3.9° | 2 mm/day | 94.2% | 5.4 m/s | 7 hours |
| July | -1.9 °C-10.2° to 3° | 1.8 mm/day | 93.4% | 5.9 m/s | 7.6 hours |
| August | -1 °C-8.5° to 4.3° | 1.7 mm/day | 91.3% | 6.4 m/s | 9.4 hours |
| September | 0.7 °C-5.5° to 7.9° | 1.6 mm/day | 87.8% | 6.5 m/s | 11.6 hours |
| October | 2.6 °C-3.5° to 10.7° | 1.7 mm/day | 84% | 7.1 m/s | 13.9 hours |
| November | 4.4 °C-2.2° to 13.3° | 2.2 mm/day | 81.3% | 7.2 m/s | 15.9 hours |
| December | 5.7 °C-0.8° to 14.1° | 2.5 mm/day | 79.9% | 6.9 m/s | 17 hours |
Compare two months
See two months side by side and how much they differ. Both use the same 1991–2020 climate normals and NASA POWER data point as the table above, so they show typical conditions, not a forecast.
- Mean temperature
- July: -1.9 °C
- January: 6.6 °C
- Change from July to January: +8.5 °C
- Precipitation
- July: 1.8 mm/day
- January: 2.5 mm/day
- Change from July to January: +0.7 mm/day
- Daylight
- July: 7.6 hours
- January: 16.4 hours
- Change from July to January: +8.8 hours
Calculated climate highlights
Identify the warmest, coolest, wettest, and windiest periods based on calculated long term monthly averages
Calculated Climate Highlights and Monthly Weather Comparisons for Tierra del Fuego National Park
Analysis of long term monthly averages reveals the seasonal differences between the warmest, coolest, wettest, and driest periods at a representative elevation of 342 meters. Comparative values represent calculated climatology averages from a thirty year period rather than historical weather extremes, illustrating the annual cycle of wind, relative humidity, and daylight duration.
- Warmest month
- January6.6 °C
- Coolest month
- July-1.9 °C
- Wettest month
- December2.5 mm/day
- Driest month
- September1.6 mm/day
- Most humid month
- June94.2%
- Windiest month
- November7.2 m/s
- Longest daylight
- December17 hours
Interactive climate map
National park climate map
Open the climate map to compare monthly temperature, precipitation, and other averages.
Other park climates
Analyze monthly weather normals and regional atmospheric trends across varied protected landscapes
Climate Profile Comparisons for Tierra del Fuego National Park and Other Reserves
Standardized monthly climate profiles offer a reliable framework to contrast Tierra del Fuego National Park with other protected landscapes. Analyzing long term baseline patterns for temperature, precipitation, humidity, wind, and daylight clarifies how distinct geographic locations shape local environments.
Climate profileArgentina
Burdwood Bank
- Annual mean
- 5.4 °C
- Warmest month
- February
- Wettest month
- March
Climate profileArgentina
Los Glaciares National Park
- Annual mean
- 0.4 °C
- Warmest month
- February
- Wettest month
- April
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Bosques Petrificados de Jaramillo National Park
- Annual mean
- 9.1 °C
- Warmest month
- January
- Wettest month
- June
Climate profileArgentina
Perito Moreno National Park
- Annual mean
- 1.5 °C
- Warmest month
- February
- Wettest month
- May
Climate profileArgentina
Cueva de las Manos
- Annual mean
- 5 °C
- Warmest month
- January
- Wettest month
- May
Climate profileArgentina
Patagonia National Park
- Annual mean
- 2.9 °C
- Warmest month
- February
- Wettest month
- June
Climate profileArgentina
Punta Tombo
- Annual mean
- 12.5 °C
- Warmest month
- January
- Wettest month
- June
MoriAtlas Explorer
Continue Exploring Tierra del Fuego National Park's Protected Landscape and Map Geography
Delve deeper into the structured geographic information and atlas context for Tierra del Fuego National Park. Understanding its unique subantarctic terrain, glacial features, and coastal protected boundaries offers valuable insights into Argentinian geography and conservation landscapes. This destination provides a comprehensive view of a truly unique natural area at the southern edge of the continent.
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