April 2026 was a notably dry and cool month across the province of Utrecht in the Netherlands. While spring typically brings milder temperatures and moderate rainfall, this April deviated significantly from historical norms, presenting an unusually subdued weather pattern throughout the region.
Temperature Overview
The average temperature for April 2026 in Utrecht reached 8.9 degrees Celsius, falling 1.0 degree below the normal average of 9.9 degrees. This cooler-than-average month saw considerable variation across different locations. The coldest reading was recorded in De Bilt on April 3rd, dropping to just 0.3 degrees Celsius, while the warmest temperature was measured in Veenendaal on April 4th, reaching 15.1 degrees Celsius. This 14.8-degree spread between the coldest and warmest days illustrates the volatile nature of early spring weather in the region.
Precipitation Patterns
April 2026 was exceptionally dry, with dramatic departures from normal rainfall amounts. The province received only 5.6 millimeters of precipitation on average, representing a staggering 93 percent decrease compared to the normal monthly total of 79.4 millimeters. The wettest day occurred on April 4th at Utrechtse Heuvelrug, where 6.1 millimeters fell. Zeist recorded the highest total precipitation for the month at 9.5 millimeters, yet even this remained well below seasonal expectations.
Sunshine Duration
Sunshine hours were similarly depressed, with only 28.3 hours recorded across the month. This represents a 90 percent reduction from the normal April total of 277.7 hours, indicating predominantly overcast conditions throughout the period.
Summary of Extremes
The month's most extreme conditions clustered around April 3rd and 4th, when both the coldest and warmest temperatures, as well as the wettest day, occurred within this brief window. These early-April days represented the most significant weather activity of the entire month, with Veenendaal and De Bilt marking the temperature extremes, while Utrechtse Heuvelrug experienced the most intense precipitation event.