Weather Forecast for Jávea - April 23, 2025

On April 23, 2025, Jávea will experience mostly clear weather. In the early hours, the minimum temperature will be 10 degrees Celsius, reaching a maximum of 21 degrees. The thermal sensation will remain similar, with relative humidity ranging from 45% to 100%. No precipitation is expected, ensuring a calm day in meteorological terms.

As the day progresses, conditions will remain favorable. Between 12:00 and 18:00, clear skies are expected with temperatures around 18 degrees Celsius. Humidity will slightly decrease, ranging between 55% and 70%, maintaining a comfortable environment for outdoor activities. The evening hours will continue without rain, providing an ideal setting to enjoy the coastal scenery.

In the evening of the same day, the weather will remain stable with clear skies and temperatures dropping to 14 degrees Celsius. Humidity will reach its peak at 100%, although it will not significantly affect the thermal perception. These conditions will persist until the early hours of the following day.

On April 24, the day will start with clear skies and minimum temperatures of 11 degrees Celsius, rising to 23 degrees during the day. The likelihood of rain remains nil, ensuring dry and pleasant weather. For April 25, a slight cloudiness is expected without significant precipitation. Temperatures will remain constant, offering continuity in the weather pattern.

Towards the end of the week, specifically on April 26, there will be cloudy intervals with an increase in the likelihood of light rain, estimated at 40%. Temperatures will range between 12 and 23 degrees Celsius. This change will bring a slight increase in relative humidity.

Finally, for April 27 and 28, weather conditions are expected to be similar to the previous day with cloudy intervals and a gradual decrease in the likelihood of rain. Minimum temperatures will be around 10 to 12 degrees Celsius, while maximums will not exceed 21 degrees. Humidity will remain relatively high, but not to uncomfortable levels for the local population.