Weather forecast for 10 daysDayere, Haiti

On Saturday, 14th of November, expect scattered thunderstorms throughout the day, particularly in the afternoon.
The likelihood of rainfall for tomorrow is high. However, precipitation will be light. The temperature will fluctuate from a high of a warm 29°C to a low of a moderately hot 23°C.
The maximum heat index, which combines air temperature and relative humidity, is evaluated at a very hot 35°C. Take into consideration that the heat index values are calculated for shade and light wind conditions. Exposure to direct sunshine can increase heat index values by up to 15 Fahrenheit (8 Celsius) degrees.
Tomorrow's temperature is forecasted to match November's standard peak of 27.1°C.
Sunrise will be at 06:02 and sunset at 17:19; tomorrow's daylight will last for 11h and 17min.

On Sunday, in Dayere, storm clouds could lead to bursts of thunder and rain.
The chance of rainfall is high, and precipitation will be moderate. Daytime will witness a high of a temperate 28°C, slightly diverging from the expected night low of a moderately hot 23°C.
This anticipated maximum temperature is expected to mirror November's typical high of 27.1°C.
Sunrise will be at 06:03 and sunset at 17:19; the daylight will last for 11h and 16min.

Maximum temperature: 29°C.
Minimum temperature: 28°C.

Highest chance: Sunday 90%.

Weather patterns suggest that primarily unstable and occasionally rainy weather is forecasted.
Rainfall is expected day-to-day, with daily precipitation varying from a minimal 1mm to a maximum of 13mm.
The maximum temperature will be almost identical throughout the coming week. Highs will range from 28°C to 29°C, while the lowest nighttime temperatures will be also relatively consistent, as the overnight low will fall between 21°C and 24°C.
Saturday, Tuesday and next Saturday, with the highest temperature of 29°C, will be the hottest days in Dayere; on all other days, the maximum temperature remains steady at 28°C.
Including the humidity's impact, the maximum feel-like temperature may increase substantially and vary between a blazing 32°C and a sizzling 35°C.