20 percent of cherry harvest destroyed by abundant rain and hail: 'Growers from Lanaken to Sint-Truiden affected, hailstones up to 3 centimeters'
Translated from Dutch, summarized and contextualized by DistantNews.
At a glance
- Heavy rain and hail have destroyed 20 percent of the cherry harvest in Belgium.
- Growers from Lanaken to Sint-Truiden are affected, with hailstones reportedly reaching 3 centimeters in size.
- The weather forecast predicts more active rain zones, thunderstorms, strong gusts, and significant precipitation in a short period.
An estimated 20 percent of Belgium's cherry harvest has been devastated by recent heavy rainfall and hailstorms, impacting growers across the region from Lanaken to Sint-Truiden. Hailstones reportedly reached sizes of up to 3 centimeters, causing significant damage to the delicate fruit.
Weather forecaster Bram indicated that the country is expected to experience substantial rainfall, with predictions of 10 to locally 40 liters of water per square meter within a 24-hour period. A yellow code alert has been issued for the entire country, except for West and East Flanders where less rainfall is expected.
The forecast warns of a second, more active rain zone moving through the country in the afternoon and evening. This system is likely to bring thunderstorms, strong wind gusts, and intense precipitation over a short duration. Temperatures are expected to range between 17 and 22 degrees Celsius, with a moderate to fresh southwesterly wind, which could become quite strong near the coast.
Overnight, periods of clear skies are anticipated, but the chance of rain will gradually increase again. Minimum temperatures will range from 9 to 14 degrees Celsius, accompanied by a noticeable southwesterly wind. The severe weather conditions pose a significant threat to the remaining cherry crop and agricultural activities in the affected areas.
Originally published by VRT NWS in Dutch. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.