28 Dhul Hijjah 1447 AH · Mon, Jun 15, 2026
Muharram 1448 AH
Yeni Ay (Kavuşum): 2026-06-15 02:54:10 UTC
Gün Batımı
21:19
Ay Batışı
22:34
United States içinde hilalin görülmesi bekleniyor
En iyi şans: Jacksonville, FL (%93 — Very Likely) Mon, Jun 15, 2026 akşamı
Görülürse Muharram 1448 AH ayının 1'i Tue, Jun 16, 2026 olacak
Bölgesel tahmin ABD'deki en yüksek güvenilirliğe sahip şehre dayanır. Posta kodunuz için kesin kararı yerel gözlem belirler.
Muharram 1448 AH
Tue, Jun 16, 2026
Safar 1448 AH
Thu, Jul 16, 2026
Rabi al-Awwal 1448 AH
Sat, Aug 15, 2026
Rabi al-Thani 1448 AH
Mon, Sep 14, 2026
Jumada al-Ula 1448 AH
Tue, Oct 13, 2026
Jumada al-Thani 1448 AH
Thu, Nov 12, 2026
Canada's northern latitudes present unique challenges for crescent moon visibility. Cities at higher latitudes like Edmonton and Winnipeg may experience extended twilight during summer months, making the thin crescent harder to spot against a brighter sky.
From Vancouver on the Pacific coast to Halifax on the Atlantic, Canadian Muslim communities benefit from location-specific predictions that account for each city's unique astronomical conditions. Our model considers moonset lag, moon age, altitude, and other key parameters for precise forecasts.
Our system calculates five key astronomical parameters at sunset: moonset lag, moon age, moon altitude, sun-moon elongation, and illumination percentage. These are fed into a machine learning model trained on over 2,000 historical crescent sighting observations to produce a confidence score from 0% to 100%.
Moonset Lag
≥ 45 min
Moon Age
≥ 21 hrs
Altitude
≥ 8°
Elongation
≥ 10°
Illumination
≥ 0.9%
Ramadan 2026
The holy month of fasting, prayer, and reflection observed by Muslims worldwide.
Eid al-Fitr 2026
The Festival of Breaking the Fast, celebrating the end of Ramadan.
Eid al-Adha 2026
The Festival of Sacrifice, the holiest of the two Islamic holidays, marking the culmination of Hajj.
Islamic New Year 2026
The first day of Muharram, marking the beginning of a new Islamic (Hijri) year.
Event dates for Fredericton are based on local crescent moon visibility and may differ from other regions.