Climate profileAustralia
Mount Lewis National Park
- Annual mean
- 21.7 °C
- Warmest month
- December
- Wettest month
- February
Park climate1991–2020 climate normals553 m source elevationNASA POWER
Detailed twelve-month profiles for temperature, precipitation, humidity, and wind velocity
Hann Tableland National Park Annual Climate Normals and Monthly Atmospheric Data Patterns
Examine the long-term climatological averages for Hann Tableland National Park in Queensland based on data gathered from 1991 to 2020. These monthly metrics provide a representative look at temperature, precipitation, humidity, wind, and daylight cycles, offering a consistent baseline for understanding the annual atmospheric rhythm. Measurements are calculated from a single representative coordinate point and reflect historical trends rather than current weather conditions or forecasts.
Annual climate pattern
Tracking the twelve month progression of average thermal ranges and daily precipitation rates.
Hann Tableland National Park Monthly Temperature and Precipitation Patterns
Long term monthly averages from a representative coordinate show mean temperatures peaking in December at 25.61 degrees Celsius, with average minimums falling to 8.52 degrees Celsius in July. Average daily precipitation moves from a high of 10.76 millimeters per day in February to under one millimeter during drier months, summarizing three decades of regional climatology.
- Annual mean
- 22.1 °C
- Warmest month
- December
- Coolest month
- July
- Wettest month
- February
Twelve-month climate
Compare average temperature ranges, daily precipitation rates, relative humidity, and calculated daylight hours
Hann Tableland National Park Monthly Climate Normals and Weather by Month
Systematic climate data from the 1991 to 2020 reference period highlights how seasonal transitions affect Hann Tableland National Park at a representative elevation of 553.46 meters. Evaluating twelve distinct monthly cycles across average temperature limits, average daily precipitation rates, wind speeds, and calculated daylight hours provides a complete baseline of the regional atmosphere.
| Mean temperature | Precipitation | Humidity | Wind speed | Daylight | |
|---|---|---|---|---|---|
| January | 24.8 °C18.2° to 34.3° | 9.3 mm/day | 80.6% | 3.8 m/s | 12.9 hours |
| February | 24.2 °C18.1° to 31.4° | 10.8 mm/day | 85.6% | 3.7 m/s | 12.6 hours |
| March | 23.2 °C16.8° to 30.3° | 7.1 mm/day | 85.8% | 4.1 m/s | 12.1 hours |
| April | 21.6 °C15.1° to 28.9° | 3 mm/day | 85% | 4.8 m/s | 11.6 hours |
| May | 19.9 °C11.8° to 28.1° | 1.5 mm/day | 83.1% | 4.6 m/s | 11.2 hours |
| June | 18.5 °C9.3° to 27.5° | 1 mm/day | 80.1% | 4.5 m/s | 11 hours |
| July | 17.9 °C8.5° to 28° | 0.7 mm/day | 76.6% | 4.6 m/s | 11.1 hours |
| August | 19 °C9° to 30.3° | 0.6 mm/day | 71.9% | 4.6 m/s | 11.5 hours |
| September | 21.6 °C12.6° to 34.1° | 0.5 mm/day | 66.2% | 4.9 m/s | 11.9 hours |
| October | 23.6 °C14.3° to 36.3° | 1.2 mm/day | 64.9% | 5.1 m/s | 12.4 hours |
| November | 25.1 °C16.2° to 37.4° | 2.4 mm/day | 66.1% | 4.7 m/s | 12.8 hours |
| December | 25.6 °C17.5° to 37.4° | 5.3 mm/day | 71.2% | 4.2 m/s | 13 hours |
Calculated climate highlights
Mapping regional seasonal variations in humidity, daily precipitation, and average daylight duration
Climate Analysis of Hann Tableland National Park: Warmest, Coolest, and Wettest Months
Climatology data for Hann Tableland National Park highlights the warmest, coolest, driest, and wettest months calculated from long-term averages at a representative park coordinate. Comparing multiple monthly metrics for temperature, humidity, wind, and daylight duration offers a structured overview of seasonal trends rather than localized daily weather records.
- Warmest month
- December25.6 °C
- Coolest month
- July17.9 °C
- Wettest month
- February10.8 mm/day
- Driest month
- September0.5 mm/day
- Most humid month
- March85.8%
- Windiest month
- October5.1 m/s
- Longest daylight
- December13 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
Examine monthly climate normals and temperature variations across diverse geographic settings
Explore Other Park Climate Profiles Beyond Hann Tableland National Park
Comparing the monthly climate normals of Hann Tableland National Park with other protected landscapes allows readers to trace distinct temperature and precipitation rhythms across different regions. Evaluating standardized datasets for wind, humidity, and daylight patterns across various geographic settings helps clarify how atmospheric conditions shift between diverse national parks.
Climate profileAustralia
Mowbray National Park
- Annual mean
- 24.3 °C
- Warmest month
- January
- Wettest month
- February
Climate profileAustralia
Kuranda National Park
- Annual mean
- 22.2 °C
- Warmest month
- December
- Wettest month
- February
Climate profileAustralia
Davies Creek National Park
- Annual mean
- 22.2 °C
- Warmest month
- December
- Wettest month
- February
Climate profileAustralia
Barron Gorge National Park
- Annual mean
- 22.2 °C
- Warmest month
- December
- Wettest month
- February
Climate profileAustralia
Daintree National Park
- Annual mean
- 21.7 °C
- Warmest month
- December
- Wettest month
- February
Climate profileAustralia
Hasties Swamp National Park
- Annual mean
- 20.9 °C
- Warmest month
- December
- Wettest month
- February
Climate profileAustralia
Curtain Fig National Park
- Annual mean
- 20.9 °C
- Warmest month
- December
- Wettest month
- February
MoriAtlas Explorer
Continue exploring Hann Tableland National Park's geographic and protected landscape context
Deepen your understanding of Hann Tableland National Park by exploring its specific mapped boundaries, regional geographic setting, and protected landscape identity. This destination within MoriAtlas provides detailed insights into its role as a conservation area, highlighting its significance for upland ecosystems and threatened species. Continue your atlas exploration to appreciate the unique natural terrain and protected land distribution represented by this important Queensland national park.
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