Nightcap National Park
- Annual mean
- 19.1 °C
- Warmest month
- January
- Wettest month
- February
Twelve month average temperature, precipitation, wind, and daylight measurements for 1991 to 2020
Access reliable climate normals for a representative coordinate within Mount Jerusalem National Park based on NASA POWER data from 1991 to 2020. These long term averages provide a consistent atmospheric baseline by documenting monthly variations in mean temperature, precipitation rates, relative humidity, wind speed, and daylight hours. Such metrics allow for precise comparison of seasonal patterns across the calendar year.
Comparing the yearly thermal range and average daily precipitation trends across twelve months
Compare historical climatological normals for temperatures, precipitation rates, and calculated daylight
| Mean temperature | Precipitation | Humidity | Wind speed | Daylight | |
|---|---|---|---|---|---|
| January | 24.2 °C16.9° to 36.4° | 5 mm/day | 71% | 3.9 m/s | 13.6 hours |
| February | 23.6 °C16.8° to 34.5° | 6 mm/day | 74.9% | 3.8 m/s | 13 hours |
| March | 22.1 °C14.6° to 32.1° | 5.1 mm/day | 76.9% | 3.6 m/s | 12.2 hours |
| April | 19.5 °C11° to 28.8° | 3.1 mm/day | 76.3% | 3.2 m/s | 11.3 hours |
| May | 16.4 °C7.3° to 25.7° | 3.3 mm/day | 77% | 3.1 m/s | 10.6 hours |
| June | 14 °C4.3° to 22.6° | 3.2 mm/day | 78.6% | 3.1 m/s | 10.2 hours |
| July | 13.2 °C3.9° to 22.9° | 1.6 mm/day | 75.2% | 3.1 m/s | 10.4 hours |
| August | 14.3 °C4.5° to 25.9° | 1.5 mm/day | 70% | 3.2 m/s | 11 hours |
| September | 17.5 °C7.5° to 30.1° | 1.3 mm/day | 66.9% | 3.5 m/s | 11.9 hours |
| October | 19.9 °C10° to 33.3° | 2.6 mm/day | 66.5% | 3.8 m/s | 12.7 hours |
| November | 21.9 °C12.8° to 35.1° | 3.3 mm/day | 67.4% | 3.9 m/s | 13.4 hours |
| December | 23.3 °C14.7° to 36.1° | 4.6 mm/day | 69.1% | 3.9 m/s | 13.8 hours |
Analyzing the warmest, coolest, wettest, and driest periods using calculated long-term averages.
Interactive climate 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.
Standardized temperature, precipitation, and atmospheric trends across diverse geographic settings
Deepen your understanding of Mount Jerusalem National Park by examining its specific mapped boundaries and the unique volcanic terrain that defines its protected landscape. This area offers a rich case study in regional geography and the ecological significance of ancient caldera systems, providing essential context for understanding Australia's protected areas.