July weather forecast
Kilmia, Yemen

July in Kilmia is characterized by sizzling high temperatures reaching up to 32.1°C (89.8°F) while the night offers a cooler retreat down to 29.6°C (85.3°F). Apart from providing perfect conditions for enjoying the warmth, it drives residents and visitors to seek ancillary beach and water fun. While the rains retreat further, the sea remains invitingly warm for beachgoers and water sports enthusiasts. Despite high temperatures, the breezy afternoons provide a welcome respite. Moving into August, the city continues to shine under the blazing sun.

Temperature

The average high-temperature during July registers at a still tropical 32.1°C (89.8°F), closely corresponding to the preceding month. July notes an average low temperature of 29.6°C (85.3°F) in Kilmia, subtly down from the daytime highs.

Heat index

During July, the heat index is computed to be a torrid 38°C (100.4°F). Extra precautions are necessary, heat cramps and heat exhaustion are plausible outcomes. Extended activity could lead to heatstroke.
One should be cognizant that the heat index values are tailored for shaded spots and mild winds. A rise in the heat index by 15 Fahrenheit (8 Celsius) degrees may result from direct sunlight exposure.
Note: The heat index, also known as 'real feel' or 'felt air temperature', integrates the air's temperature and its humidity to showcase the felt temperature by people. A person's impression of weather can be shaped by several aspects, among them metabolic variations, pregnancy, and levels of physical activity. Direct sun exposure is noteworthy in its ability to escalate the felt temperature, potentially adding 15 Fahrenheit (8 Celsius) degrees to the heat index. Heat index values are quite important for babies and toddlers. Children typically face more danger than adults as their sweat production is usually lower. Additionally, the bigger skin surface compared to their small size and the increased heat due to their activeness exacerbate the risk.
Perspiration and the resultant sweat evaporation are the body's natural thermostat, helping regulate temperature. With high air temperature and humidity (high heat index) conditions, sweat production is restricted, leading to an amplified perception of heat. When the body's heat gain surpasses its removal capacity, body temperature starts to climb, leading to potential heat-related ailments.

Humidity

The least humid month in Kilmia is July, with an average relative humidity of 63%.

Rainfall

In Kilmia, in July, during 3.8 rainfall days, 5mm (0.2") of precipitation is typically accumulated. Throughout the year, in Kilmia, there are 37.6 rainfall days, and 103mm (4.06") of precipitation is accumulated.

Sea temperature

July and August, with an average sea temperature of 24.8°C (76.6°F), are months with the coldest seawater in Kilmia.
Note: Individual cold sensitivities, influenced by sunshine, wind, and the ambient temperature, play a role in finding a swim in 24.8°C (76.6°F) water pleasant. (Olympic swimming events mandate water temperatures from 25°C (77°F) to 28°C (82.4°F).)

Daylight

In July, the average length of the day is 12h and 46min.
On the first day of the month, sunrise is at 05:10 and sunset at 17:59. On the last day of July, in Kilmia, Yemen, sunrise is at 05:17 and sunset at 17:57 +03.

Sunshine

The month with the most sunshine is July, with an average of 12.1h of sunshine.

UV index

In Kilmia, the average daily maximum UV index in July is 7. A UV Index value of 6 to 7 symbolizes a high threat to health from unprotected exposure to Sun's UV rays for average individuals.
Note: A maximum high daily UV index of 7 during July translates into the following directions:
Use measures and accept sun safety conventions. Guarding against skin and eye trauma is of high priority. During the period from 10 a.m. to 4 p.m., UV radiation is highest. Try to avoid direct sunlight during these hours. Limit sun-induced ocular harm with sunglasses that feature UVA and UVB filtration. Note! The Sun's UV radiation gets intensified with the reflection from sand and water.