Weather forecast for 10 days
Linsan, Guinea

Tomorrow, on Saturday, 21st of June, rain with scattered lightning is expected during the afternoon.
The likelihood of rainfall is low, and light precipitation is anticipated. The temperature is predicted to vary between a tropical 31°C and an agreeable 22°C.
The maximum heat index, which adjusts the air temperature based on humidity, is computed to be an extremely hot 42°C. Note that heat index values are valued for light wind and location in the shade. Be aware that direct exposure to sunlight increases heat impact and may raise the heat index by up to 15 Fahrenheit (8 Celsius) degrees.
The forecasted daytime maximum should align with the typical June high of 29.4°C.
Sunrise will be at 06:26 and sunset at 19:18; tomorrow's daylight will last for 12h and 51min.

On Sunday, in Linsan, expect stormy weather in the afternoon with lightning and gusts.
With a high probability, moderate precipitation is anticipated. The temperature is predicted to oscillate between a maximum of a humid 31°C and a minimum of an agreeable 21°C.
The forecasted peak temperature will reflect the average June high of 29.4°C.
Sunrise will be at 06:27 and sunset at 19:18; the daylight will last for 12h and 51min.

Over the next ten days, conditions will reflect that primarily lightning-active and occasionally wet weather is expected.
Rainfall is forecasted day-to-day, with daily precipitation varying from a minimal 1mm to a maximum of 13mm.
The maximum temperature will be very similar during the next few days. Maximum temperatures will fall between 28°C and 31°C, while the nighttime low will be also mostly stable, as the lowest temperatures will remain in the range of 21°C to 22°C.
With a maximum temperature of 31°C, Friday through Monday will be the hottest days; the lowest daytime temperature of the period will be reached on next Saturday, peaking at 28°C.
Taking the humidity into consideration, the maximum feel-like temperature may increase vastly and vary between a humid 34°C and a scorching 43°C.