Strong chances of Muharram crescent being sighted on June 26: SUPARCO

WEB DESK: The Space and Upper Atmosphere Research Commission (SUPARCO) has officially announced its scientific predictions for the sighting of the Muharram 1447 AH crescent moon. According to their detailed astronomical calculations, the new moon is expected to be born on June 25, 2025, at precisely 3:32 PM Pakistan Standard Time. These calculations form the basis for determining the likely visibility of the crescent moon that marks the beginning of the Islamic New Year.

Muharram likely to begin from June 27, Ashura on July 6

SUPARCO’s analysis indicates that by sunset on June 26, the moon will be approximately 28 hours and 15 minutes old, meeting the critical age threshold for possible visibility. The commission particularly noted that in coastal areas, there will be about 75 minutes between sunset and moonset, providing an extended window for potential crescent sightings. “Given these favourable astronomical conditions, there are strong possibilities for the Muharram crescent to be visible on the evening of June 26,” stated a SUPARCO spokesperson while releasing these predictions.

Based on these scientific projections, if the crescent is sighted as expected, the first day of Muharram 1447 AH will correspondingly fall on Friday, June 27, 2025. This announcement comes as Muslims across Pakistan prepare to observe the sacred month of Muharram, which holds special religious significance in the Islamic calendar. The month is particularly important as it marks the Islamic New Year and includes the day of Ashura.

While SUPARCO’s predictions provide a scientific basis for moon sighting, the commission clarified that the final decision will rest with Pakistan’s Central Ruet-e-Hilal Committee. The official committee will make its determination after collecting and verifying actual moon sighting reports from across the country, in accordance with Pakistan’s established Islamic calendar policies. This process ensures that the commencement of Islamic months aligns with both astronomical data and traditional moon sighting practices.