December weather forecastKikambala, Kenya

Weather in December

Concluding the year, December brings back a familiar weather pattern to Kikambala, Kenya. The city's weather mirrors January's conditions with a slight increase in precipitation. Heightened rainfall of 46mm (1.81") marks the advent of the wet season once more. However, the overall tropical climate prevails, making December a great time to experience Kikambala's warmth. The year-round appeal of the Kenyan city lures visitors, even when showers make an appearance.

Temperature

December brings a marginal elevation to a still tropical 30.8°C (87.4°F) from November's 30.2°C (86.4°F) in Kikambala's average high-temperatures. During December, Kikambala observes a consistent average nighttime temperature of 24.5°C (76.1°F).

Heat index

In December, the average heat index is appraised at a torrid 39°C (102.2°F). Ensure heightened precautions, risk of heat cramps and heat exhaustion is significant. Sustained activity could provoke heatstroke.
Data suggests that the heat index is set for environments in shade and with a light wind. Heat index values may surge by up to 15 Fahrenheit (8 Celsius) degrees in the presence of direct sunlight.
Note: The heat index, also known as 'felt air temperature' or 'apparent temperature', combines air temperature and relative humidity to represent a human perceived temperature equivalent. This impact is subjective, influenced by the person's physical activity and individual heat perception, affected by factors including wind, attire, and metabolic differences. Realize that direct exposure to sunlight can augment the felt heat, leading to a potential increase in the heat index by 15 Fahrenheit (8 Celsius) degrees. Heat index values are extremely significant for babies and toddlers. Young ones regularly neglect the requirement for rest and fluid replenishment. Thirst is a late stage of dehydration - so, it is necessary to keep hydrated, particularly during extended periods of physical exertion.
Perspiration, followed by sweat evaporation, is the human body's chief method to maintain a balanced temperature. With a high level of moisture in the air, the evaporation process becomes less efficient, preventing the body from cooling down efficiently and resulting in a sensation of overheating. When the body is unable to balance heat gain, its temperature elevates, which may induce thermal illnesses.

Humidity

The months with the highest humidity are January, May, September through December, with an average relative humidity of 77%.

Rainfall

In Kikambala, in December, it is raining for 21.2 days, with typically 46mm (1.81") of accumulated precipitation. Throughout the year, there are 167.2 rainfall days, and 312mm (12.28") of precipitation is accumulated.

Sea temperature

In Kikambala, in December, the average water temperature is 28°C (82.4°F).
Note: Water activities including swimming and diving are pleasurable in temperatures between 25°C (77°F) and 29°C (84.2°F), ensuring comfort and enjoyment for extended time frames.

Daylight

With an average of 12h and 18min of daylight, December has the longest days of the year in Kikambala.
On the first day of the month, sunrise is at 06:00 and sunset at 18:19. On the last day of December, in Kikambala, sunrise is at 06:13 and sunset at 18:34 EAT.

Sunshine

In December, the average sunshine in Kikambala is 9.1h.

UV index

January through June, September through December, with an average maximum UV index of 7, are months with the highest UV index in Kikambala. A UV Index value of 6 to 7 symbolizes a high health risk from unsafe exposure to UV radiation for average individuals.
Note: In December, the UV index of 7 transforms into the following advice:
Use measures and accept sun safety conventions. Guarding against skin and eye trauma is of high priority. Be aware that the sun's UV radiation is strongest between 10 a.m. and 4 p.m. and try to reduce direct sun exposure during this period as much as possible. It's wise to wear UVA and UVB-blocking sunglasses when the sun shines brightly. Be alert! The reflection of water and sand augments UV radiation intensity.