February weather forecast
Santorini, Greece

As Santorini transitions into February, the weather remains reasonably mild and cool. A comparison between January and February reveals a slight drop in rainfall to 81mm (3.19") and a reduction in rainy days to 10. Although the temperatures hardly fluctuate, a small increase in sunshine, daylight hours, and sea temperatures is noted, a hint of the impending spring. The UV Index also rises to a level of 3, signaling a need to start considering sun protective measures.

Temperature

Santorini experiences the lowest of its temperatures in January and February, when the average high-temperatures rise to 14°C (57.2°F).

Rainfall

In Santorini, in February, during 10 rainfall days, 81mm (3.19") of precipitation is typically accumulated. Throughout the year, in Santorini, there are 65 rainfall days, and 554mm (21.81") of precipitation is accumulated.

Sea temperature

With an average sea temperature of 16.5°C (61.7°F), February is the month with the coldest seawater in Santorini.
Note: For most people, a water temperature of 16.5°C (61.7°F) is not conducive to enjoyable swimming. Breathing control becomes harder as the water temperature dips below 21°C (69.8°F).

Daylight

The average length of the day in February is 10h and 52min.
On the first day of February in Santorini, sunrise is at 07:19 and sunset at 17:43. On the last day of the month, sunrise is at 06:49 and sunset at 18:12 EET.

Sunshine

In Santorini, the average sunshine in February is 5h.

UV index

In February, the average daily maximum UV index in Santorini is 3. A UV Index estimate of 3 to 5 represents a medium health hazard from unprotected exposure to Sun's UV rays for ordinary individuals.
Note: The maximum UV index of 3 during February translates into these guidelines:
Prioritize safety - The need to safeguard skin and eyes from harm is emphasized. Solar radiation is at its peak intensity during midday, so it's advisable to stay indoors or in the shade. A wide-brimmed hat is a shield, deflecting up to 50% of harmful UV radiation from eyes.