May weather forecast
Ahungalla, Sri Lanka

May represents the most intense phase of monsoon in Ahungalla, rendering it the wettest month of the year with a significant 302mm (11.89") of rainfall. Despite this considerable increase in precipitation, temperatures remain fairly consistent with the previous months, maintaining the overall warm climate of the region. However, a noticeable drop in sunshine hours to 9 per day may affect outdoor plans for both residents and tourists. Gusting winds reaching peak speeds up to an impressive 24.8km/h (15.4mph) can be expected, serving as a symbol of the changing season. There is a significant increase in cloud cover, hinting at the increased stormy conditions associated with the monsoon season.

Temperature

May's climate shows a minor adjustment in average high-temperatures to a warm 29.5°C (85.1°F) from April's 30.3°C (86.5°F). Ahungalla's nights in May maintain a consistent average of 26.7°C (80.1°F), demonstrating a minimal differential from its daytime temperature.

Heat index

The heat index value for May is calculated to be a very hot 36°C (96.8°F). Adopt heightened preventive measures, heat exhaustion and heat cramps are probable. Persistent activity could lead to heatstroke.
It is essential to grasp that the heat index's numbers are for shade and light wind settings. The direct sun can potentially cause the heat index to increase by 15 Fahrenheit (8 Celsius) degrees.
Note: The heat index, also known as 'apparent temperature' or 'feels like', is a composite of temperature and humidity figures to convey how warm it feels. The impact of weather is personal, differing among a variety of people based on differences in body mass, height, and the level of physical exertion. Be mindful that being in direct sunlight might mean feeling hotter, with the heat index rising by up to 15 Fahrenheit (8 Celsius) degrees. Heat index values are particularly relevant to babies and toddlers. Young ones are generally at greater risk than adults due to their limited sweating ability. In addition, their large skin surface relative to their small bodies and higher heat production from their activities add to their vulnerability.
Evaporation of sweat is the main factor behind the cooling effect of perspiration in the human body. In circumstances of high air temperature and humidity (high heat index), the body's perspiration is restricted, heightening the feeling of warmth. Overheating dangers loom when the body's heat release mechanisms are overshadowed by excessive gain.

Humidity

The average relative humidity in May is 81%.

Rainfall

The month with the most rainfall is May, when the rain falls for 27.7 days and typically aggregates up to 302mm (11.89") of precipitation.

Sea temperature

In Ahungalla, the average seawater temperature in May is 29°C (84.2°F).
Note: Water activities including swimming and diving at temperatures from 25°C (77°F) to 29°C (84.2°F) are deemed very pleasurable and enjoyable for extended periods, devoid of discomfort.

Daylight

The average length of the day in May is 12h and 25min.
On the first day of May in Ahungalla, Sri Lanka, sunrise is at 05:56 and sunset at 18:17. On the last day of the month, sunrise is at 05:53 and sunset at 18:21 +0530.

Sunshine

The average sunshine in May in Ahungalla is 9h.

UV index

The months with the lowest UV index are May and September, with an average maximum UV index of 6. A UV Index of 6 to 7 symbolizes a high health vulnerability from unprotected exposure to Sun's UV rays for average individuals.
Note: The maximum daily UV index of 6 in May converts into the following recommendations:
Endorse precautions and be consistent with sun safety guidelines. Preventing sunburn is paramount. Try to minimize direct Sun exposure between 10 a.m. and 4 p.m., the peak period for UV radiation. Also note that objects like parasols or canopies might not provide complete sun protection. Wearing a wide-brim hat can block approximately 50% of UV radiation, protecting the eyes. Caution! The reflection of sand and water significantly amplifies the Sun's UV radiation.