Crescent Moon Visibility Map for Shawwal 1436 AH

Only the Polynesian islands will be able to see the crescent moon of Shawwal 1436 H on the evening of Thursday, 16 July 2015.

The astronomical New Moon (conjunction) is on July 16, 2015 (Thursday) at 1:24 UT. On July 16, people in South America could see the crescent moon (hilal) with difficulty; but easily in Polynesian Islands. On Friday, July 17, 2015, the crescent moon can be easily seen in almost the whole world, except Northern Asia and … Read more

Saudi Arabia Announced 1 Ramadan 1436 AH = Thursday, 18 June 2015 CE

The Saudi Supreme Court has announced that Ramadan 1436 AH begins on Thursday, 18 June 2015 CE. The decision was taken after the call to sighting the crescent moon resulted in negative sighting all over the country. The Court ordered people to look for the hilal of Ramadan on the evening of Tuesday, 16 June … Read more

Make & Download Ramadan Prayer Timetable

Ramadan Prayer Timetable Screenshot

Alhamdulillah, praise be to Allah who has given us the resources to finish another service for muslim at Alhabib Web Service: Ramadan Prayer Timetable generator. The Ramadan Prayer Timetable page is an online service that allows the creation of prayer timetable for the hijri month of Ramadan for almost any cities or places in the … Read more

Photos: Crescent Moon for Sha’ban 1436 AH

The crescent moons of Sha’ban 1436 AH were sighted from various places in Indonesia on this evening, Tuesday, 19 May 2015. There were also positive sightings from Australia and New Zealand. Therefore, 1 Sha’ban 1436 AH begins on Wednesday, 20 May 2015, based on hilal sighting. No positive sightings were reported from the previous evening. … Read more

Islamic Calendar for 2015 CE (1436 – 1437 AH)

Screenshot of PDF version of the Islamic Calendar for 2015.

Islamic calendar for 2015 CE which includes islamic months in the hijri years of 1436 and 1437 AH has been available. As usual, we have prepared two versions of the calendar: Ummul Qura and Global. The Ummul Qura one is based on the Saudi Arabia system which calculates the position of the moon relative to … Read more