Long-term atmospheric patterns based on representative coordinate data for the protected landscape
Östliches Hexental Climate Profile: Monthly Temperature, Precipitation, and Atmospheric Normals
Review the detailed twelve-month climate normals for Östliches Hexental, derived from NASA POWER measurements spanning 1991 to 2020. This data provides a systematic look at long-term mean, minimum, and maximum temperatures alongside average daily precipitation, humidity, wind speeds, and daylight duration. These metrics reflect a representative point within the protected area and offer a foundation for understanding the annual rhythm of local climate conditions.
Long term monthly temperature ranges and average daily precipitation patterns across the year
Östliches Hexental Annual Climate Normals, Average Monthly Temperatures, and Precipitation Rates
- Annual mean
- 7.6 °C
- Warmest month
- July
- Coolest month
- January
- Wettest month
- May
Compare long-term temperature bounds, average daily precipitation, and daylight across the calendar year.
Östliches Hexental Weather by Month: Complete Twelve-Month Climate Records
| Mean temperature | Precipitation | Humidity | Wind speed | Daylight | |
|---|---|---|---|---|---|
| January | -1.5 °C-12.3° to 7.9° | 3.2 mm/day | 94.4% | 2.8 m/s | 8.7 hours |
| February | -1 °C-12.2° to 9.9° | 2.9 mm/day | 92.4% | 2.8 m/s | 10 hours |
| March | 3 °C-7.1° to 15.9° | 2.9 mm/day | 86.2% | 2.7 m/s | 11.6 hours |
| April | 7.2 °C-4° to 20.2° | 2.6 mm/day | 80.4% | 2.3 m/s | 13.4 hours |
| May | 11.6 °C0.4° to 24.3° | 4 mm/day | 79.4% | 2.1 m/s | 15 hours |
| June | 15.1 °C4.3° to 28.2° | 3.7 mm/day | 78.6% | 1.9 m/s | 15.8 hours |
| July | 16.8 °C6.8° to 28.9° | 3.7 mm/day | 78.5% | 1.9 m/s | 15.4 hours |
| August | 16.5 °C6.3° to 28.2° | 3.3 mm/day | 79.4% | 1.8 m/s | 14 hours |
| September | 12.4 °C2.9° to 23.5° | 3.1 mm/day | 82.5% | 2 m/s | 12.3 hours |
| October | 8.2 °C-2° to 19.8° | 3.4 mm/day | 87.7% | 2.1 m/s | 10.5 hours |
| November | 3 °C-6.4° to 14.3° | 3.3 mm/day | 92.4% | 2.2 m/s | 9 hours |
| December | -0.6 °C-10.9° to 8.2° | 3.8 mm/day | 94.3% | 2.7 m/s | 8.2 hours |
Comparative temperature, precipitation, humidity, and daylight normals across twelve months
Calculated Monthly Climate Highlights and Extremes for Östliches Hexental
- Warmest month
- July16.8 °C
- Coolest month
- January-1.5 °C
- Wettest month
- May4 mm/day
- Driest month
- April2.6 mm/day
- Most humid month
- January94.4%
- Windiest month
- January2.8 m/s
- Longest daylight
- June15.8 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.
Explore monthly temperature normals, precipitation rhythms, and atmospheric patterns across diverse protected landscapes.
Compare Östliches Hexental Climate Profiles With Other Protected Areas
Wagensteigtal-Höllental
- Annual mean
- 7.6 °C
- Warmest month
- July
- Wettest month
- May
St. Peter, St. Märgen
- Annual mean
- 7.6 °C
- Warmest month
- July
- Wettest month
- May
St. Blasien
- Annual mean
- 7.6 °C
- Warmest month
- July
- Wettest month
- May
Titisee-Neustadt
- Annual mean
- 7.6 °C
- Warmest month
- July
- Wettest month
- May
Dinkelberg und Röttler Wald
- Annual mean
- 8.7 °C
- Warmest month
- July
- Wettest month
- May
Südwestlicher Dinkelberg
- Annual mean
- 8.8 °C
- Warmest month
- July
- Wettest month
- May
Obersäckingen
- Annual mean
- 8.8 °C
- Warmest month
- July
- Wettest month
- May
Trace the Geographic Boundaries of the Östliches Hexental Protected Landscape
Examine the mapped contours and ecological composition of this significant Black Forest valley system through the MoriAtlas regional explorer. Gain insight into the transition between High Black Forest terrain and the meadow-filled landscape of the Markgräfler Hügelland to understand how protected land shapes southwestern German geography.