Climate profileArgentina
Ischigualasto Provincial Park
- Annual mean
- 19 °C
- Warmest month
- January
- Wettest month
- January
Park climate1991–2020 climate normals1,113 m source elevationNASA POWER
Long-term temperature, precipitation, and wind averages at a representative park coordinate
Talampaya National Park Monthly Climate Normals: Twelve-Month Atmospheric Analysis
Comprehensive climate data for Talampaya National Park derived from the 1991 to 2020 NASA POWER climatology period. This profile documents average minimum and maximum temperatures, daily precipitation rates, relative humidity, wind speeds, and daylight hours recorded at a representative point at 1112.85 meters elevation. These figures provide a year-round look at environmental patterns without including forecasts, current weather, or specific visitor conditions.
Annual climate pattern
Mapping long-term thermal ranges and daily moisture rates across a twelve-month cycle in La Rioja Province
Talampaya National Park Annual Climate: Monthly Average Temperature and Precipitation Patterns
Long-term climate normals show monthly mean temperatures peaking at 26.48 degrees Celsius in January and dropping to an average mean of 10.53 degrees Celsius in July. Average daily precipitation mirrors this movement by peaking in January at 1.62 millimeters per day, representing historical data from a single coordinate at 1112.85 meters elevation.
- Annual mean
- 19 °C
- Warmest month
- January
- Coolest month
- July
- Wettest month
- January
Twelve-month climate
Historical climate normals from 1991 to 2020 mapping monthly temperature bounds and daily precipitation.
Talampaya National Park Weather by Month: Twelve-Month Climate Comparison
Detailed monthly data for Talampaya National Park provides average minimum and maximum temperatures sampled at a representative coordinate. Comparing monthly averages alongside daily precipitation rates and humidity helps clarify the seasonal progression of wind speed and calculated average daylight hours across the calendar year.
| Mean temperature | Precipitation | Humidity | Wind speed | Daylight | |
|---|---|---|---|---|---|
| January | 26.5 °C14.5° to 39.6° | 1.6 mm/day | 42.6% | 4.2 m/s | 13.7 hours |
| February | 25 °C12.6° to 38.3° | 1.6 mm/day | 46.6% | 3.9 m/s | 13 hours |
| March | 22.8 °C10.9° to 36.9° | 1.1 mm/day | 50.4% | 3.5 m/s | 12.2 hours |
| April | 18.6 °C5.9° to 33.9° | 0.6 mm/day | 51.3% | 3 m/s | 11.3 hours |
| May | 14.3 °C2.2° to 30.9° | 0.3 mm/day | 50.8% | 2.7 m/s | 10.5 hours |
| June | 11.5 °C-0.5° to 29.1° | 0.1 mm/day | 44.8% | 2.7 m/s | 10.1 hours |
| July | 10.5 °C-2° to 30.1° | 0.1 mm/day | 41.8% | 2.8 m/s | 10.3 hours |
| August | 13 °C-0.6° to 33.3° | 0.1 mm/day | 36.3% | 3.2 m/s | 11 hours |
| September | 16.1 °C1.6° to 35° | 0.3 mm/day | 35.2% | 3.6 m/s | 11.9 hours |
| October | 20.3 °C5.6° to 37.4° | 0.4 mm/day | 35.3% | 4.1 m/s | 12.8 hours |
| November | 23.7 °C9.6° to 38.8° | 0.7 mm/day | 36.1% | 4.4 m/s | 13.5 hours |
| December | 26 °C12.7° to 40.2° | 1.2 mm/day | 38.3% | 4.4 m/s | 13.9 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: 10.5 °C
- January: 26.5 °C
- Change from July to January: +16 °C
- Precipitation
- July: 0.1 mm/day
- January: 1.6 mm/day
- Change from July to January: +1.5 mm/day
- Daylight
- July: 10.3 hours
- January: 13.7 hours
- Change from July to January: +3.4 hours
Calculated climate highlights
Navigating long term monthly average contrasts in temperature, humidity, and precipitation
Talampaya National Park Calculated Monthly Climate Highlights and Averages
Climatology data from a representative park coordinate highlights the warmest, coolest, wettest, and driest monthly averages within Talampaya National Park. Analyzing long term monthly averages for wind, daylight duration, and humidity helps map the broader regional environmental patterns of La Rioja Province without mistaking comparative baselines for extreme weather records.
- Warmest month
- January26.5 °C
- Coolest month
- July10.5 °C
- Wettest month
- January1.6 mm/day
- Driest month
- July0.1 mm/day
- Most humid month
- April51.3%
- Windiest month
- December4.4 m/s
- Longest daylight
- December13.9 hours
Interactive climate map
National park climate map
Open the climate map to compare monthly temperature, precipitation, and other averages.
Other park climates
Contrast monthly temperature, precipitation, and daylight patterns across different regional settings.
Compare the Monthly Climate Profiles of Talampaya National Park and Other Protected Landscapes
Standardized meteorological profiles provide a systematic way to analyze how the arid environment of Talampaya National Park contrasts with other protected landscapes. Comparing long term temperature, rainfall, humidity, and daylight variables helps build a broader understanding of regional climate trends across various geographic coordinates.
Climate profileArgentina
San Guillermo National Park
- Annual mean
- 3.3 °C
- Warmest month
- January
- Wettest month
- January
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El Leoncito National Park
- Annual mean
- 7.8 °C
- Warmest month
- January
- Wettest month
- February
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Sierra de las Quijadas National Park
- Annual mean
- 19 °C
- Warmest month
- January
- Wettest month
- January
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Aconquija National Park
- Annual mean
- 12 °C
- Warmest month
- December
- Wettest month
- January
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Quebrada del Condorito National Park
- Annual mean
- 16.7 °C
- Warmest month
- January
- Wettest month
- February
Climate profileArgentina
Los Cardones National Park
- Annual mean
- 7.9 °C
- Warmest month
- December
- Wettest month
- January
Climate profileArgentina
El Rey National Park
- Annual mean
- 19.7 °C
- Warmest month
- December
- Wettest month
- February
MoriAtlas Explorer
Continue exploring Talampaya National Park's dramatic desert canyons and paleontology
Deepen your understanding of Talampaya National Park by exploring its specific mapped geography and protected landscape features. Delve into the unique desert canyon terrain and the scientific significance of its paleontological record. This park offers a rich case study for appreciating the atlas of Argentinian natural and protected areas, highlighting the importance of its regional context and landscape features for discovery.
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