January weather forecast
Malindi, Kenya

January in Malindi, Kenya impresses with its defiant warmth and tropical allure. With the dominance of high temperatures, heated sunrays, and warm sea waters, it serves as a pleasant haven for vacationers seeking respite from frigid weather at home. Sea temperature remains at a delightful 27.7°C (81.9°F), exuding an inviting charm for those looking to enjoy water-based activities. Amidst this warmth, the skies remain clear, with the sun generously casting its golden hue from its 8.3 hours of daily presence. The transitional nature of the weather from January to February begins subtly.

Temperature

Malindi experiences an average high-temperature of a still hot 30.1°C (86.2°F) in January, subtly different from December's 30.4°C (86.7°F). Malindi logs an average low-temperature of 25.3°C (77.5°F) during the nights of January, subtly lower than its daytime highs.

Heat index

The heat index value for January is estimated at a torrid 37°C (98.6°F). Undertake special precautions, the probability of heat exhaustion and heat cramps is high. Prolonged activity may provoke heatstroke.
Always consider that heat index estimations are for light winds and places in the shade. Being under direct sunlight might amplify the heat index by 15 Fahrenheit (8 Celsius) degrees.
Note: The heat index, also known as 'real feel' or 'felt air temperature', comes about by integrating the temperature readings with the humidity levels. Elements of metabolic variation, physical activity, and clothing contribute to the effect of temperature on an individual. Direct exposure to sun rays can potentially augment the heat sensation, elevating the heat index by up to 15 Fahrenheit (8 Celsius) degrees. Heat index values are quite important for children. Juveniles often do not understand the need to recuperate and rehydrate. Thirst is a delayed symptom of dehydration - hence, it is vital to maintain hydration, particularly during ongoing physical activities.
To offset high temperatures, the human body releases sweat which, upon evaporation, cools it down. Under conditions of increased relative humidity, the evaporation rate lessens, causing the body to retain more heat than under less humid conditions. Heat-related challenges, like dehydration, can be anticipated when body heat isn't managed effectively.

Humidity

January, February, October and November, with an average relative humidity of 77%, are the most humid months.

Rainfall

In January, in Malindi, the rain falls for 9.1 days. Throughout January, 26mm (1.02") of precipitation is accumulated. In Malindi, during the entire year, the rain falls for 184.6 days and collects up to 473mm (18.62") of precipitation.

Sea temperature

In January, the average sea temperature in Malindi is 27.7°C (81.9°F).
Note: Ideal surface water temperatures for any water activity fall between 25°C (77°F) and 29°C (84.2°F), offering maximum enjoyment for lengthened periods.

Daylight

In January, the average length of the day in Malindi is 12h and 17min.
On the first day of the month, sunrise is at 06:13 and sunset at 18:32. On the last day of January, in Malindi, Kenya, sunrise is at 06:25 and sunset at 18:40 EAT.

Sunshine

In January, the average sunshine is 8.3h.

UV index

The months with the highest UV index in Malindi are January through December, with an average maximum UV index of 7. January through December, with an average maximum UV index of 7, are months with the lowest UV index in Malindi. A UV Index reading of 6 to 7 represents a high threat to health from exposure to the Sun's UV rays for ordinary individuals.
Note: The maximum UV index of 7 during January leads to these instructions:
Guard oneself from overexposure. Defence against sun injury is vital. Avoid direct sunlight between the hours of 10 a.m. and 4 p.m., when UV radiation is at its peak. Keep in mind that shade structures may not provide complete protection. Select sunglasses that boast both UVA and UVB protection to limit the adverse effects of the sun on the eyes. Caution! The reflection of sand and water significantly amplifies the Sun's UV radiation.