Last updated: January 18, 2025
Kémo, located in the Central African Republic, experiences a humid tropical climate classified as Aw under the Köppen-Geiger system. The region sees a minimum temperature of 16°C (62°F) in January, while average temperatures hover around 27°C (81°F) throughout the year. The peak warmth occurs in February, where maximum temperatures can soar to 40°C (104°F). This climate profile indicates a distinct seasonal variation, with significant impacts on local ecosystems and human activities.
In Kémo, Central African Republic, temperature patterns exhibit a pronounced seasonal fluctuation, characterized by a hot dry season followed by cooler and wetter months. January marks the onset of higher temperatures, with minimums around 16°C (62°F) and maximums peaking at 38°C (100°F), followed by an even warmer February where temperatures can reach up to 40°C (104°F). As the region transitions into March and April, temperatures remain consistently high, with averages stabilizing around 29°C (85°F) before beginning a gradual decline. By June, rainfall becomes more frequent, resulting in lower maximum temperatures, which drop to the mid-30s°C (around 95°F). The latter half of the year, particularly July through September, sees cooler averages of about 25°C (77°F), with maximums plateauing at approximately 33°C (91°F). As the dry season returns in October, temperatures start to recover, culminating in December with averages back near 28°C (82°F). Overall, Kémo's climate reflects the dynamics of a tropical zone, blending high temperatures and seasonal precipitation intricately.
Sibut experiences a notable range in temperatures, with January seeing a minimum of 16°C (62°F) and February reaching a sweltering maximum of 40°C (104°F). For more detailed information on the climate, you can check the monthly temperatures in Sibut.
Kémo, Central African Republic, experiences distinct seasonal variations in precipitation, predominantly influenced by its tropical climate. The year begins with very low rainfall in January, receiving a mere 1 mm, and February sees a slight increase to 7 mm. However, as the region transitions into the wet season, precipitation levels escalate significantly, with March recording 33 mm, and April witnessing a jump to 66 mm. The months of May through August reflect the peak of the rainy season, with June and July recording 103 mm and 177 mm, respectively. This period, characterized by frequent downpours, also aligns with the highest number of rainy days, reaching up to 23 days in July.
As the rainy season continues into September and October, precipitation remains substantial but begins to taper off, with 162 mm and 156 mm recorded, respectively. November marks a notable decline, with 38 mm received over just 7 days, while December returns to almost arid conditions with only 1 mm of rain. This overall precipitation pattern underscores the wet and dry seasonality that defines Kémo's climate, playing a crucial role in shaping the local ecosystem and agricultural practices throughout the year.
In Kémo, Central African Republic, sunshine duration exhibits a strikingly consistent pattern throughout the year, with a clear progression that aligns with seasonal changes. Starting in January, the region enjoys 273 hours of sunshine, which gradually increases until it reaches a peak in May, where the sun shines for an impressive 346 hours. This uptick signifies the transition into the drier months leading up to the rainy season. The months of March and April also showcase robust sunshine levels, with 327 hours and 332 hours, respectively, indicating highly favorable conditions for solar exposure and agricultural activities.
As the rainy season begins in June, sunshine hours remain substantial but show a slight decline, with 325 hours recorded. This trend continues through July and August, which maintain around 315 to 317 hours of sunshine. By September, however, the hours increase again, reaching 319 hours, and continue to rise through October and November, hovering around 321 to 331 hours. Overall, Kémo's climate highlights a robust sunshine duration that peaks in the transition from the dry to the wet season, emphasizing the importance of sunlight for local ecosystems and agriculture throughout the year.
Kémo, Central African Republic, faces significant solar exposure throughout the year, as indicated by its high UV Index levels. The region experiences extreme UV Index readings from January to November, with values reaching a maximum of 14 in April, the highest for the year. This consistent exposure underscores the need for protective measures against UV radiation, as the 10-minute burn time throughout this period highlights that even brief sun exposure can lead to skin damage. Notably, February sees the highest index of 12 alongside March and May, emphasizing the critical sunshine intensity during the early part of the year, when daylight hours are particularly long.
As the year progresses into December, the UV Index drops to 9, transitioning to a very high exposure category. This reduction reflects seasonal changes and potentially less solar intensity, yet caution is still warranted as the burn time increases to 15 minutes. The elevated UV levels in Kémo throughout most of the year highlight the importance of sun safety practices, including wearing protective clothing and applying sunscreen, particularly during the peak months. Consequently, residents and visitors alike should remain vigilant during outdoor activities to mitigate the risks associated with high UV radiation.
UV Risk Categories
In Kémo, Central African Republic, daylight duration reflects a relatively consistent pattern throughout the year, typically varying between 11 to 12 hours. The year begins with 11 hours of daylight in both January and February, providing a stable amount of light during the dry season. As March approaches, there is a slight increase to 12 hours, which is sustained through the following months of April, May, and even into the heart of the rainy season, from June to September. This steady availability of daylight during the wet months supports the growth of vegetation and contributes to the region's biodiversity.
As the calendar shifts towards October, daylight hours begin to taper once again, returning to 11 hours in October, November, and December. This gradual decrease aligns with the onset of the drier season and shorter days as the year ends. Overall, Kémo enjoys a favorable amount of daylight that supports various ecological processes and agricultural practices, maintaining a balance between sunlight exposure and seasonal variations throughout the year.
Sibut, located in the Central African Republic, experiences a tropical climate characterized by high temperatures and distinct wet and dry seasons. January to March sees scorching highs reaching up to 40°C (104°F), while the humidity increases with significant rainfall from April to October, peaking in July and August at about 198 mm (7.8 in). Sunshine is abundant year-round, with the sunniest months being May to October, enjoying over 300 hours of sunshine each month. The addition of relatively mild temperatures in the cooler months makes Sibut's climate both diverse and striking. For more detailed information, visit Sibut climate.
In conclusion, Kémo, Central African Republic, experiences a tropical climate characterized by distinct seasonal variations in temperature, precipitation, sunshine duration, UV Index, and daylight. The region benefits from warm temperatures, especially during the dry season, coupled with a significant rainfall increase as the year progresses. Sunshine hours peak in late spring, coinciding with the highest UV Index readings, necessitating protective measures against intense solar exposure. Even as daylight duration remains relatively stable throughout the year, these climatic factors interact to create a dynamic environment that supports diverse ecosystems and agricultural practices. Understanding these climatic patterns is essential for local residents and policymakers to effectively address environmental challenges and optimize resource management.