January weather forecast
Cabinda, Angola

Kick-starting the year, January in Cabinda, Angola offers an average temperature hovering from 25.5°C (77.9°F) to 28.8°C (83.8°F). Notably, January is one of the months with the highest rainfall hitting an average of 122mm (4.8"). The city, during this period, enjoys a blend of clear and cloudy days, with the sunlight hitting the city for about 12.4 hours per day. Cabinda's coastal location also means that the sea temperature remains quite comfortable at around mid to high-20s°C throughout the month. Although gusty winds might occasionally sweep through the city, it hardly affects the overall pleasant weather conditions.

Temperature

At the onset of January, Cabinda records an average high-temperature of a still moderately hot 28.8°C (83.8°F), showing little deviation from the preceding month. Nighttime temperature in Cabinda reflects an average dip to a still moderately hot 25.5°C (77.9°F) in January, subtly cooler than its daytime highs.

Heat index

January's average heat index is appraised at a torrid 35°C (95°F). Ensure extra safety measures, heat exhaustion and heat cramps are likely. Continuous activity might result in heatstroke.
The metrics for the heat index are tailored for both shady environments and light winds. The heat index values could be amplified by up to 15 Fahrenheit (8 Celsius) degrees in direct sunlight.
Note: The heat index, also known as 'feels like' or 'apparent temperature', is a measure that combines air temperature and relative humidity into a single value that indicates how hot the weather feels. The individual's impression of temperature can be shaped by additional aspects such as metabolic variations, physical activity, and clothing. By being directly under the sun, it's possible for the felt temperature to increase by 15 Fahrenheit (8 Celsius) degrees. Heat index values are primarily vital for children. Children often overlook the need for breaks and fluid intake. Thirst is a late-stage sign of dehydration - hence, it is necessary to stay hydrated, especially during extended periods of physical activities.
When temperatures rise, the human body turns to perspiration, using the cooling power of evaporating sweat. An increase in relative humidity retards evaporation, subsequently reducing the body's heat removal rate and leading to a sensation of being overly warm. When body temperature rises due to an imbalance in heat gain, there's a potential for dehydration and overheating.

Humidity

The average relative humidity in January is 82%.

Rainfall

In Cabinda, during January, the rain falls for 23.8 days and regularly aggregates up to 122mm (4.8") of precipitation. Throughout the year, in Cabinda, there are 205.6 rainfall days, and 861mm (33.9") of precipitation is accumulated.

Sea temperature

In Cabinda, the average seawater temperature in January is 27.8°C (82°F).
Note: For engaging in water activities including swimming and diving, temperatures from 25°C (77°F) to 29°C (84.2°F) are perceived as perfect, providing pleasure for extended durations.

Daylight

In Cabinda, the average length of the day in January is 12h and 24min.
On the first day of the month, sunrise is at 06:01 and sunset at 18:27. On the last day of January, sunrise is at 06:13 and sunset at 18:35 WAT.

Sunshine

The average sunshine in January in Cabinda is 8h.

UV index

The months with the highest UV index are January through April and November, with an average maximum UV index of 7. A UV Index reading of 6 to 7 represents a high health risk from exposure to the Sun's UV rays for ordinary individuals.
Note: In January, the maximum UV index of 7 transforms into these recommendations:
Adopt measures and apply sun safety strategies. Shielding from skin and eye damage is necessary. Avoid direct Sun exposure and seek shade between 10 a.m. and 4 p.m., when UV radiation is at its peak, but keep in mind that not all shade structures provide complete protection. By wearing a generously brimmed hat, you can cut UV radiation exposure significantly. Beware! Reflecting off water and sand, UV rays are much stronger.