Rheda-Wiedenbrück pollen forecast - today, tomorrow and the week ahead

On 20 July 2026, overall pollen levels in Rheda-Wiedenbrück are low. Grass is the main contributor to airborne pollen

On 21 July 2026, pollen conditions in Rheda-Wiedenbrück will be different from today, with artemisia at low levels, cypress at low levels and grass increasing

According to the five-day outlook, cypress and grass pollen levels are expected to gradually decrease, while artemisia pollen will increase, suggesting mixed conditions later in the week.

On 20 July 2026, Grass is the dominant pollen source in Rheda-Wiedenbrück. willow, alder, artemisia, birch, hazel, and cypress are not currently active.

Rheda-Wiedenbrück's pollen season spans late January through August, beginning with early alder and hazel from January ahead of birch pollen rising sharply across April. Grass pollen follows, dominating June and July. The flat Westphalian plain around Rheda-Wiedenbrück channels airflows across open farmland with little relief to slow pollen dispersal, adding heavy grass pollen loads once the growing season advances.

The Rheda-Wiedenbrück pollen forecast is updated four times daily. See the timestamp below for the most recent update.

Studies show that most pollen exposure (often 70–90%) comes from nearby sources, such as local trees and vegetation. A good pollen forecast therefore depends on accurately representing local vegetation. Pollen can travel long distances, but this usually matters only early in the season or during specific wind events.

Pollen data is often misunderstood. Most "pollen levels" are not real-time measurements, but forecasts.

Direct pollen measurements are typically delayed by 1-2 days because they require manual analysis. To show current conditions in Rheda-Wiedenbrück, modern forecasts combine recent measurements, weather data, and information about local vegetation.

This allows us to estimate pollen levels for today and the coming days, not just report the past.

Airmine’s atmospheric monitoring platform was developed with support from the European Space Agency (ESA)’s Business Applications and Space Solutions (BASS) team, using satellite and Earth observation technologies to improve emissions monitoring.