Weather forecast for 10 daysBonoua, Ivory Coast

Tomorrow, expect occasional rain showers to develop in the afternoon.
Minimal precipitation is predicted. Forecasted temperature values will span from a tropical 32°C down to a warm 25°C.
The maximum heat index, which adjusts the air temperature based on humidity, is evaluated at a blistering 43°C. Note that heat index values are valued for light wind and location in the shade. Exposure to direct sunshine can increase heat index values by up to 15 Fahrenheit (8 Celsius) degrees.
The temperature is expected to be a couple of degrees higher than the standard November peak of 28.9°C.
Sunrise will be at 06:00 and sunset at 17:55; tomorrow's daylight will last for 11h and 55min.

On Sunday, in Bonoua, a mix of clouds and blue sky is expected.
Rain is not anticipated. Temperatures are forecasted to peak at a humid 32°C and drop to a minimum of a warm 26°C.
On Sunday, the forecasted high will be relatively higher than November's typical maximum of 28.9°C.
Sunrise will be at 06:00 and sunset at 17:55; the daylight will last for 11h and 55min.

Maximum temperature: 32°C.
Coldest period: Tuesday - Thursday 31°C.

Highest chance: Thursday 76%.

Over the next ten days, a mix of damp, storm-filled and gloomy weather is forecasted.
Rain is anticipated nearly every day for the next ten days. With light precipitation of 7mm, Tuesday and Thursday will be the wettest days.
Temperature variation will be minimal during the next few days. Expected highs will hover between 31°C and 32°C, while the lowest nightly temperature differences will be also negligible, as night temperatures will lie between 24°C and 26°C.
The hottest days in Bonoua will be Saturday through Monday, next Friday through next Sunday, with a maximum of 32°C; Tuesday through Thursday, with the highest temperature of 31°C, will be the coldest days in Bonoua.
Taking the humidity into consideration, the maximum feel-like temperature may increase significantly and vary between a blisteringly hot 41°C and a torridly hot 44°C.