Pollen forecast for Sīnah. Data as of (Asia/Baghdad). Values update hourly — see this page for the current reading and hourly forecast.

pollen·today

Pollen Today in Sīnah, Iraq

Current pollen levels, hourly forecast, allergy risk and outlook for Sīnah, Iraq. Grass: Low

Current Pollen Levels

grains/m³
Grass
52050LowModerateHighVery High2Low

Select allergens for a personalized forecast

Pollen Outlook

grains/m³ peak
Grass
Today
6Moderate
22 Wed
6Moderate
23 Thu
5Low
24 Fri
6Moderate
25 Sat
4Low

About Sīnah

CountryIraq, Duhok
TimezoneAsia/Baghdad (UTC+3)
Coordinates36.81° N, 43.04° E
Population≈ 129K

TodayTomorrow

Local time (GMT+3)

Grass2 · Lowgrains/m³
5Low0Today Jul 21Tomorrow Jul 220:0031°6:0030°12:0041°18:0040°0:0032°6:0030°12:0041°18:0040°
View detailed hourly pollen data

Detailed hour-by-hour pollen forecast for Sīnah — today and tomorrow. Pollen concentrations per allergen type for each hour.

Today — Jul 21

HourGrass
00:004
01:005
02:005
03:006
04:005
05:006
06:005
07:004
08:003
09:003
10:003
11:003
12:002
13:002
14:002
15:002
16:002
17:002
18:002
19:003
20:004
21:005
22:005
23:005

Tomorrow — Jul 22

HourGrass
00:006
01:005
02:005
03:005
04:005
05:005
06:005
07:004
08:004
09:003
10:003
11:002
12:002
13:002
14:002
15:002
16:002
17:002
18:002
19:003
20:004
21:005
22:005
23:005

Pollen forecast in: Al Mawşil al Jadīdah · Erbil · Mosul

Planning outdoor activities? Check UV index in Sīnah on UVI.today

What is the pollen level in Sīnah today?

On July 21, Sīnah reaches a peak pollen risk of Moderate around 03:00, driven mainly by Grass pollen. Live levels are tracked for birch, grass, alder, mugwort, olive, and ragweed.

Pollen snapshot

Now
Low
Today's peak
Moderate · 03:00
Tomorrow's peak
Moderate · 00:00
Main allergen
Grass
Temperature
41°
About the Pollen Forecast

What is a pollen forecast?

A pollen forecast predicts the concentration of airborne pollen grains (measured in grains per cubic meter) for a specific location and time. Pollen is released by trees, grasses, and weeds during their pollination seasons. Higher concentrations trigger worse allergy symptoms in sensitive individuals. This forecast uses data from the Copernicus Atmosphere Monitoring Service (CAMS).

How do I check the pollen forecast today?

This page shows the live pollen levels for your location using data from CAMS via Open-Meteo. You get current pollen concentrations for birch, grass, alder, mugwort, olive, and ragweed — plus an hourly forecast chart and tomorrow's outlook. Select your allergens to see personalized risk levels.

When are pollen levels highest?

Pollen levels vary by type: tree pollen (birch, alder) typically peaks in spring mornings, grass pollen peaks in late spring and summer afternoons, and weed pollen (mugwort, ragweed) peaks in late summer and fall. Warm, dry, windy days have higher pollen counts. Rain temporarily reduces airborne pollen. Check the forecast chart above for today's exact pollen trend.

How can I reduce pollen exposure?

Many people reduce pollen exposure by keeping windows closed on high-pollen days, showering after time outdoors, and using air purifiers. Check the pollen forecast before outdoor activities, and consult a healthcare provider for personal advice.

What is an allergy profile?

Your allergy profile tells us which pollen types trigger your symptoms. Different people react to different pollens — some are allergic to birch and grass, others to ragweed or olive. By selecting your allergens, you get a personalized risk assessment that only considers the pollen types relevant to you, rather than a generic overall forecast.

Pollen risk levels

None
Low
Moderate
High
Very High

Risk levels are based on approximate pollen concentration thresholds per allergen type (grains/m³):

  • Tree pollen (birch, alder): Low ≤10, Moderate ≤100, High ≤1000, Very High >1000
  • Grass & weed pollen (grass, mugwort, ragweed): Low ≤5, Moderate ≤20, High ≤50, Very High >50
  • Olive pollen: Low ≤10, Moderate ≤50, High ≤200, Very High >200

Your risk is the highest level among your selected allergens. These approximate thresholds are commonly referenced in European aeroallergen research (EAN) and clinical guidelines.