July 2025 in Flevoland presented a mixed weather pattern with above-average temperatures and notably sunny conditions, though precipitation fell short of normal levels. The month delivered a pleasant summer experience overall, with warm days balanced by occasional cooler periods and moderate rainfall.
Temperature Overview
The province experienced an average temperature of 18.5 degrees Celsius, running 0.5 degrees above the normal value of 18.0 degrees. The warmest day of the month occurred in Dronten on July 1st, when temperatures reached 34.6 degrees Celsius, marking an impressive start to the month. In contrast, the coldest reading was recorded in Almere on July 4th, dropping to just 10.9 degrees Celsius. This 23.7-degree difference between the month's extremes illustrates the variability in conditions across Flevoland during this period.
Precipitation Patterns
Rainfall during July totaled 111.0 millimeters on average, which represents a 10 percent decrease compared to the normal monthly precipitation of 123.8 millimeters. The wettest single day occurred in Almere on July 16th, when 27.4 millimeters of rain fell. Almere emerged as the wettest location overall, accumulating 112.4 millimeters throughout the month, slightly above the provincial average despite the overall deficit.
Sunshine and Brightness
One of July's most notable features was the exceptional sunshine duration. The province recorded 397.1 hours of sunshine, representing a 9 percent increase above the normal value of 365.7 hours. This surplus of bright days contributed significantly to the pleasant summer conditions experienced throughout Flevoland.
Summary of Extremes
The month's temperature extremes were substantial, with Dronten's peak of 34.6 degrees on July 1st contrasting sharply with Almere's low of 10.9 degrees on July 4th. The heaviest precipitation event brought 27.4 millimeters to Almere on July 16th. Overall, July 2025 in Flevoland was characterized by warmer-than-normal conditions, above-average sunshine, and slightly drier-than-normal precipitation patterns.