February weather forecast
Güllük, Turkey

The second month of the year sees similar weather patterns to January, with a consistent temperature range and persistent rainfall. However, rainfall decreases to 117mm (4.61"), making the overall weather slightly drier than January. Meanwhile, daylight begins to extend, signaling the slow, steady progression towards spring. Looking ahead, March will usher in a more noticeable rise in temperatures and a further reduction in rainfall. Sea temperatures remain mostly static, underlining the winter’s grip on the city's coastline.

Temperature

Güllük's coldest season falls during January and February, averaging a high-temperature of 14°C (57.2°F).

Rainfall

In February, in Güllük, Turkey, the rain falls for 12 days. Throughout February, 117mm (4.61") of precipitation is accumulated. Throughout the year, there are 101 rainfall days, and 773mm (30.43") of precipitation is accumulated.

Sea temperature

The months with the coldest seawater are January through March, with an average sea temperature of 16°C (60.8°F).
Note: Most people do not find pleasure in swimming when the water temperature is 16°C (60.8°F). Breathing becomes increasingly difficult to manage as the water temperature drops from 21°C (69.8°F) to 15°C (59°F).

Daylight

The average length of the day in February is 10h and 50min.
On the first day of the month, sunrise is at 08:12 and sunset at 18:33. On the last day of February, sunrise is at 07:41 and sunset at 19:02 +03.

Sunshine

In February, the average sunshine is 6h.

UV index

In February, the average daily maximum UV index in Güllük, Turkey, is 3. A UV Index value of 3 to 5 symbolizes a medium health hazard from exposure to the Sun's UV radiation for the ordinary person.
Note: The maximum UV index of 3 during February translates into these guidelines:
Make use of precautions - It is urged to ward off sun damage. Protect yourself from the midday Sun's peak UV radiation by minimizing exposure. A wide-brimmed hat is a shield, deflecting up to 50% of harmful UV radiation from eyes.