Islamic calendar

Islamic calendar

The Islamic calendar, also known as the Muslim calendar or Hijri calendar, (Arabic: التقويم الهجري‎; at-taqwīm al-hijrī; Persian: تقویم هجری قمری ‎ taqvim-e hejri-ye qamari; Turkish: Hicri Takvim; Urdu: اسلامی تقویم Islami taqwīm; Indonesian: Kalender Hijriah; Malay: Takwim Hijrah) is a lunar calendar consisting of 12 lunar months in a year of 354 or 355 days. It is used to date events in many Muslim countries (concurrently with the Gregorian calendar), and used by Muslims everywhere to determine the proper day on which to celebrate Islamic holy days and festivals. The first year was the year during which the emigration of the Islamic prophet Muhammad from Mecca to Medina, known as the Hijra, occurred. Each numbered year is designated either H for Hijra or AH for the Latin anno Hegirae (in the year of the Hijra).[1] The current Islamic year is 1432 AH, from approximately 7 December 2010 (evening) to 26 November 2011 (evening).

Being a purely lunar calendar, it is not synchronized with the seasons. With an annual drift of 11 or 12 days, the seasonal relation repeats about every 33 Islamic years.



The Islamic months are named as follows in Arabic:[2]

  1. Muḥarram — المحرّم, "forbidden" — so called because it was unlawful (haram) to fight during this month.[3] Muharram is the second most sacred Muslim month and includes the Day of Ashura.
  2. Ṣafar — صفر, "void" — supposedly named because pagan Arabs looted during this month and left the houses empty.
  3. Rabīʿ I (Rabīʿ al-Awwal) — ربيع الأوّل, "the first Spring".
  4. Rabīʿ II (Rabīʿ ath-Thānī) or (Rabīʿ al-Ākhir) — ربيع الثاني or ربيع الآخر, "the second (or last) Spring".
  5. Jumādā I (Jumādā al-Ūlā) — جمادى الأولى, "the first month of parched land".
  6. Jumādā II (Jumādā ath-Thāniya or Jumādā al-Ākhira) — جمادى الآخرة, جمادى الثانية, "the second (or last) month of parched land".
  7. Rajab — رجب, "respect" or "honor". Rajab is another of the sacred months in which fighting was traditionally forbidden.
  8. Shaʿbān — شعبان, "scattered", marking the time of year when Arab tribes dispersed to find water.
  9. Ramaḍān — رمضان, "scorched". Ramadan is the most venerated month of the Hijri calendar, during which Muslims fast between dawn and sunset.
  10. Shawwāl — شوّال, "raised", as she-camels begin to raise their tails during this time of the year, after giving birth.
  11. Dhū al-Qaʿda — ذو القعدة, "the one of truce". Dhu al-Qa'da was another month during which war was banned.
  12. Dhū al-Ḥijja — ذو الحجّة, "the one of pilgrimage", referring to the annual Muslim pilgrimage to Mecca, the Hajj.

Days of the week

In the Arabic language, as in the Hebrew language, the "first day" of the week corresponds with Sunday of the planetary week. The Islamic and Jewish weekdays begin at sunset, whereas the medieval Christian and planetary weekdays begin at the following midnight.[4] The Christian liturgical day, however, kept in monasteries, begins with Vespers (see vesper), which is evening, in line with the other Abrahamic traditions. Muslims gather for worship at a mosque at noon on "gathering day" (Yaum al-Jumu'ah) which corresponds with Friday ("yawm يوم" means day). Thus "gathering day" is often regarded as the weekly day of rest. This is frequently made official, with many Muslim countries adopting Friday and Saturday (e.g. Egypt) or Thursday and Friday (e.g. Saudi Arabia) as official weekends during which offices are closed; other countries (e.g. Iran) choose to make Friday alone a day of rest, and still others (e.g. Morocco) adopt the Western Saturday-Sunday weekend and make Friday a working day.

Arabic English Malti Turkish Soomaali Persian Urdu Hindi Malayalam Bengali Kannada Hebrew Indonesian Malay Pashto Tamil Telugu Kashmiri
1 al-Aḥad
(first day)
Sunday Il-Ħadd Pazar Axad Yek-Shanbeh
Ek-Shamba / Itwaar
Bhaanuvaara or Ravivaara or Aadityavaara
ಭಾನುವಾರ / ರವಿವಾರ / ಆದಿತ್ಯವಾರ
Yom Rishon
יום ראשון
Minggu Ahad اتوار itwar ஞாயிற்றுக்கிழமை
2 al-Ithnayn
(second day)
Monday It-Tnejn Pazartesi Isniin Do-Shanbeh
Do-Shamba / Pîr
Yom Sheni
יום שני
Senin Isnin گل gul திங்கட்கிழமை
3 ath-Thalaathaaʼ
(third day)
Tuesday It-Tlieta Salı Talaado Seh-Shanbeh
سه شنبه
Teen-Shamba / Mangal
Yom Shlishi
יום שלישי
Selasa Selasa نھہ nahia செவ்வாய்க்கிழமை
4 al-Arba'aa'
(fourth day)
Wednesday L-Erbgħa Çarşamba Arboco Chahar-Shanbeh
Chaar-Shamba / Budh
Yom Revi'i
יום רבעי
Rabu Rabu شورو shoro புதன்கிழமை
5 al-Khamīs
(fifth day)
Thursday Il-Ħamis Perşembe Khamiis Panj-Shanbeh
Panj-Shamba / Jumey'raat / Beefay
Guruvaar / Brahaspativaar
Yom Khamishi
יום חמישי
Kamis Khamis زیارت ziyarat வியாழக்கிழமை
6 al-Jumu'ah
(gathering day)
Friday Il-Ġimgħa Cuma Jimco Jom'e / Adineh
جمعه / آدينه
Yom Shishi
יום ששי
Jumat Jumaat جمعه juma வெள்ளிக்கிழமை
7 as-Sabt
(Sabbath day)
Saturday Is-Sibt Cumartesi Sabti Shanbeh
Hafta / Sanichar
سنیچر / ہفتہ
Yom Shabbat
יום שבת
Sabtu Sabtu خالی khali சனிக்கிழமை


Pre-Islamic calendar

Some scholars, both Muslim[5][6] and Western,[7] think that the pre-Islamic calendar of central Arabia was a purely lunar calendar similar to the modern Islamic calendar, differing only when the sanctity of the four holy months were postponed by one month from time to time.

Other scholars, both Muslim[8][9] and Western,[10][11] concur that it was originally a lunar calendar, but about 200 years before the Hijra it was transformed into a lunisolar calendar containing an intercalary month added from time to time to keep the pilgrimage within the season of the year when merchandise was most abundant for Bedouin buyers. This intercalation was administered by the Nasa'a of the tribe Kinana, known as the Qalāmis, the plural of Qalammas, who learned of it from the Jews. The process was called Nasi or postponement because every third year the beginning of the year was postponed by one month. The intercalation doubled the month of the pilgrimage, that is, the month of the pilgrimage and the following month were given the same name, postponing the names and the sanctity of all subsequent months in the year by one. The first intercalation doubled the first month Muharram, then three years later the second month Safar was doubled, continuing until the intercalation had passed through all twelve months of the year and returned to Muharram, when it was repeated. Support for this view is provided by inscriptions from the south Arabian pre-Islamic kingdoms of Qataban (Kataban) and Sheba (Saba) (both in modern Yemen), whose lunisolar calendars featured an intercalary month obtained by repeating a normal month.

Prohibiting intercalated months

In the tenth year of the Hijra, as documented in the Qur'an (sura 9:36–37), Muslims believe God (Allah) revealed the "prohibition of the Nasi".

The number of months with Allah has been twelve months by Allah's ordinance since the day He created the heavens and the earth. Of these four are known as forbidden [to fight in]; That is the straight usage, so do not wrong yourselves therein, and fight those who go astray. But know that Allah is with those who restrain themselves.
Verily the transposing (of a prohibited month) is an addition to Unbelief: The Unbelievers are led to wrong thereby: for they make it lawful one year, and forbidden another year, of months forbidden by Allah and make such forbidden ones lawful. The evil of their course seems pleasing to them. But Allah guideth not those who reject Faith.
Sura 9 (At-Tawba), ayat 36-37[12]

The prohibition of Nasi would presumably have been announced when the intercalated month had returned to its position just before the month of Nasi began. If Nasi meant intercalation, then the number and the position of the intercalary months between 1 AH and 10 AH are uncertain; Western calendar dates commonly cited for key events in early Islam such as the Hijra, the Battle of Badr, the Battle of Uhud and the Battle of the Trench, should be viewed with caution as they might be in error by one, two or even three lunar months.

Muhammad prohibiting nasīʾ, a form of intercalary months practiced in Arabia. Found in an illustrated copy of Al-Bīrūnī's The Remaining Signs of Past Centuries (17th century copy of an early 14th century Ilkhanid manuscript).[13]

This prohibition was repeated by Muhammad during the farewell sermon which was delivered on 9 Dhu al-Hijja 10 AH on Mount Arafat during the farewell pilgrimage to Mecca.

Certainly the Nasi is an impious addition, which has led the infidels into error. One year they authorise the Nasi, another year they forbid it. They observe the divine precept with respect to the number of the sacred months, but in fact they profane that which God has declared to be inviolable, and sanctify that which God has declared to be profane. Assuredly time, in its revolution, has returned to such as it was at the creation of the heavens and the earth. In the eyes of God the number of the months is twelve. Among these twelve months four are sacred, namely, Rajab, which stands alone, and three others which are consecutive.
—translated by Sherrard Beaumont Burnaby[14]

The three successive forbidden months mentioned by Muhammad (months in which battles are forbidden) are Dhu al-Qi'dah, Dhu al-Hijjah, and Muharram, months 11, 12, and 1. The single forbidden month is Rajab, month 7. These months were considered forbidden both within the new Islamic calendar and within the old pagan Meccan calendar, although whether they maintained their "forbidden" status after the conquest of Mecca has been disputed among Islamic scholars.[citation needed]

The prohibition on the Nasi has not affected the creation of new purely solar calendars in the Muslim world; the modern Iranian calendar is a solar calendar dated from the Hijra, with eight intercalated leap days in a 33-year cycle.

An illustration of Al-Bīrūnī's The Remaining Signs of Past Centuries (17th century copy of an early 14th century Ilkhanid manuscript).[15] may be seen here:[2].

Numbering the years

An illustration from al-Biruni's astronomical works, explains the different phases of the moon.

In pre-Islamic Arabia, it was customary to identify a year after a major event which took place in it. Thus, according to Islamic tradition, Abraha, governor of Yemen, then a province of the Christian Kingdom of Aksum (Ethiopia), attempted to destroy the Kaaba with an army which included several elephants. The raid was unsuccessful, but that year became known as the Year of the Elephant, during which Muhammad was born (sura al-Fil). Most equate this to the year 570 CE, but a minority use 571 CE.

The first ten years of the Hijra were not numbered, but were named after events in the life of Muhammad according to Abū Rayḥān al-Bīrūnī:[16]

  1. The year of permission.
  2. The year of the order of fighting.
  3. The year of the trial.
  4. The year of congratulation on marriage.
  5. The year of the earthquake.
  6. The year of enquiring.
  7. The year of gaining victory.
  8. The year of equality.
  9. The year of exemption.
  10. The year of farewell.

In 638 CE (17 AH), Abu Musa Ashaari, one of the officials of the Caliph Umar in Basrah, complained about the absence of any years on the correspondence he received from Umar, making it difficult for him to determine which instructions were most recent. This report convinced Umar of the need to introduce an era for Muslims. After debating the issue with his counsellors, he decided that the first year should include the date of Muhammad's arrival at Medina (known as Yathrib, before Muhammad's arrival). Uthman ibn Affan then suggested that the months begin with Muharram, in line with the established custom of the Arabs at that time.[17] The years of the Islamic calendar thus began with the month of Muharram in the year of Muhammad's arrival at the city of Medina, even though the actual emigration took place in Safar and Rabi' I.[1] Because of the Hijra, the calendar was named the Hijra calendar.

The first day of the first month of the Islamic calendar (1 Muharram 1 AH) was Friday, 16 July 622 CE, the equivalent civil tabular date (same daylight period) in the Julian calendar.[18][19] The Islamic day began at the preceding sunset on the evening of 15 July. This Julian date (16 July) was determined by medieval Muslim astronomers by projecting back in time their own tabular Islamic calendar, which had alternating 30- and 29-day months in each lunar year plus eleven leap days every 30 years. For example, al-Biruni mentioned this Julian date in the year 1000 CE.[20] Although not used by either medieval Muslim astronomers or modern scholars to determine the Islamic epoch, the thin crescent moon would have also first become visible (assuming clouds did not obscure it) shortly after the preceding sunset on the evening of 15 July, 1.5 days after the associated dark moon (astronomical new moon) on the morning of 14 July.[21]

Though Cook and Crone in Hagarism: The Making of the Islamic World cite a coin from 17 AH, the first surviving attested use of a Hijri calendar date alongside a date in another calendar (Coptic) is on a papyrus from Egypt in 22 AH, PERF 558.

Astronomical considerations

The Islamic calendar is not to be confused with a lunar calendar that is based on astronomical calculations. The latter is based on a year of 12 months adding up to 354.37 days. Each lunar month begins at the time of the monthly "conjunction", when the Moon is located on a straight line between the Earth and the Sun. The month is defined as the average duration of a rotation of the Moon around the Earth (29.53 days). By convention, months of 30 days and 29 days succeed each other, adding up over two successive months to 59 full days. This leaves only a small monthly variation of 44 minutes to account for, which adds up to a total of 24 hours (i.e. the equivalent of one full day) in 2.73 years. To settle accounts, it is sufficient to add one day every three years to the lunar calendar, in the same way that one adds one day to the Gregorian calendar, every four years.[22] The technical details of the adjustment are described in Tabular Islamic calendar.

The Islamic calendar, however, is based on a different set of conventions.[23] Each month has either 29 or 30 days, but usually in no discernible order. Traditionally, the first day of each month is the day (beginning at sunset) of the first sighting of the hilal (crescent moon) shortly after sunset. If the hilal is not observed immediately after the 29th day of a month (either because clouds block its view or because the western sky is still too bright when the moon sets), then the day that begins at that sunset is the 30th. Such a sighting has to be made by one or more trustworthy men testifying before a committee of Muslim leaders. Determining the most likely day that the hilal could be observed was a motivation for Muslim interest in astronomy, which put Islam in the forefront of that science for many centuries.

This traditional practice is still followed in the overwhelming majority of Muslim countries. Each Islamic state proceeds with its own monthly observation of the new moon (or, failing that, awaits the completion of 30 days) before declaring the beginning of a new month on its territory. But, the lunar crescent becomes visible only some 15–18 hours after the conjunction, and only subject to the existence of a number of favourable conditions relative to weather, time, geographic location, as well as various astronomical parameters.[24] Given the fact that the moon sets progressively later than the sun as one goes west, western Muslim countries are likely to observe the new moon one day earlier than eastern Muslim countries. Due to the interplay of all these factors, the beginning of each month differs from one Muslim country to another, and the information provided by the calendar in any country does not extend beyond the current month.

A number of Muslim countries try to overcome some of these difficulties by applying different astronomy-related rules to determine the beginning of months. Thus, Malaysia, Indonesia, and a few others begin each month at sunset on the first day that the moon sets after the sun (moonset after sunset). In Egypt, the month begins at sunset on the first day that the moon sets at least five minutes after the sun. A detailed analysis of the available data shows, however, that there are major discrepancies between what countries say they do on this subject, and what they actually do.[25][26]

Theological considerations

If the Islamic calendar were prepared using astronomical calculations, Muslims throughout the Muslim world could use it to meet all their needs, the way they use the Gregorian calendar today. But, there are divergent views on whether it is licit to do so.[27]

A majority of theologians oppose the use of calculations on the grounds that the latter would not conform with Muhammad's recommendation to observe the new moon of Ramadan and Shawal in order to determine the beginning of these months.[28][29][30]

However, some jurists see no contradiction between Muhammad's teachings and the use of calculations to determine the beginnings of lunar months.[31] They consider that Muhammad's recommendation was adapted to the culture of the times, and should not be confused with the acts of worship.[32][33][34]

Thus, jurists Ahmad Muhammad Shakir and Yusuf al-Qaradawi both endorsed the use of calculations to determine the beginning of all months of the Islamic calendar, in 1939 and 2004 respectively.[35][36][37] So did the "Fiqh Council of North America" (FCNA) in 2006[38][39] and the "European Council for Fatwa and Research" (ECFR) in 2007.[40][41] Fatimid Dawoodi Bohra follows the tabular Islamic calendar (see section below) prepared on the basis of astronomical calculations from the days of Fatimid imams.

Saudi Arabia's Umm al-Qura calendar

Saudi Arabia uses the sighting method to determine the beginning of each month of the Hijri calendar. Since AH 1419 (1998/99) several official hilal sighting committees have been set up by the government to determine the first visual sighting of the lunar crescent at the beginning of each lunar month. Nevertheless, the religious authorities also allow the testimony of less experienced observers and thus often announce the sighting of the lunar crescent on a date when none of the official committees could see it.

The country also uses the Umm al-Qura calendar, based on astronomical calculations, but this is restricted to administrative purposes. The parameters used in the establishment of this calendar underwent significant changes over the past decade.[42][43]

Before AH 1420 (before 18 April 1999), if the moon's age at sunset in Riyadh was at least 12 hours, then the day ending at that sunset was the first day of the month. This often caused the Saudis to celebrate holy days one or even two days before other predominantly Muslim countries, including the dates for the Hajj, which can only be dated using Saudi dates because it is performed in Mecca.

For AH 1420–22, if moonset occurred after sunset at Mecca, then the day beginning at that sunset was the first day of a Saudi month, essentially the same rule used by Malaysia, Indonesia, and others (except for the location from which the hilal was observed).

Since the beginning of AH 1423 (16 March 2002), the rule has been clarified a little by requiring the geocentric conjunction of the sun and moon to occur before sunset, in addition to requiring moonset to occur after sunset at Mecca. This ensures that the moon has moved past the sun by sunset, even though the sky may still be too bright immediately before moonset to actually see the crescent.

In 2007, the Islamic Society of North America, the Fiqh Council of North America and the European Council for Fatwa and Research announced that they will henceforth use a calendar based on calculations, using the same parameters as the Umm al-Qura calendar, to determine (well in advance) the beginning of all lunar months (and therefore the days associated with all religious observances). This was intended as a first step on the way to unify Muslims' calendars throughout the world, in some future time. But, despite this stated objective, they will continue to differ, on this point, from Saudi Arabia's officially stated, but hard to verify policy of relying exclusively on sighting to determine the dates of religious observances.[44][45]

Other calendars using the Islamic era

The Solar Hejri is a solar calendar used in Iran and Afghanistan which counts its years from the Hijra or migration of Muhammad from Mecca to Medina in 622 CE.

Tabular Islamic calendar

There exists a variation of the Islamic calendar known as the tabular Islamic calendar in which months are worked out by arithmetic rules rather than by observation or astronomical calculation. It has a 30-year cycle with 11 leap years of 355 days and 19 years of 354 days. In the long term, it is accurate to one day in about 2500 years. It also deviates up to about one or two days in the short term.This calendar is a type of Fatimid calendar and followed by the Dawoodi Bohra in true sense.

Kuwaiti algorithm

Microsoft uses the "Kuwaiti algorithm", a variant of the tabular Islamic calendar,[46] to convert Gregorian dates to the Islamic ones. Microsoft claims that the variant is based on a statistical analysis of historical data from Kuwait.

Notable dates

Important dates in the Islamic (Hijri) year are:

Convert Hijri to civil date or civil to Hijri date

The simplest way to convert an Islamic calendar date to its corresponding civil (Gregorian calendar) date is to use one of the online date converters listed at the bottom of this page. The table below gives, for nineteen years, the Muslim month which corresponds to the first civil month.

Year AD Year AH Muslim month Year AD Year AH Muslim month
2011 1432 5 2021 1442 8
2012 1433 5 2022 1443 9
2013 1434 5 2023 1444 9
2014 1435 6 2024 1445 10
2015 1436 6 2025 1446 10
2016 1437 7 2026 1447 10
2017 1438 7 2027 1448 11
2018 1439 7 2028 1449 11
2019 1440 8 2029 1450 11
2020 1441 8

This table may be extended since every nineteen years the Muslim month number increases by seven. When it goes above twelve, subtract twelve and add one to the year AH. From AD412 to AD632 inclusive the month number is 1 and the calculation gives the month correct to a month or so. AD622 corresponds to BH1 and AH1. For earlier years, year BH = (623 or 622) - year AD).

Via Hebrew calendar

An alternative method is through the Jewish calendar. Theoretically, the days of the months in both calendars correspond if the displacements which are a feature of the Jewish system are ignored.

An example calculation: What is the civil date and year AH of the first day of the first month in the year AD20875?

We first find the Muslim month number corresponding to the first month of the Jewish year which begins in AD20874. Dividing 20874 by 19 gives quotient 1098 and remainder 12. Dividing 2026 by 19 gives quotient 106 and remainder 12. The two years are therefore (1098-106)=992x19 years apart. The Muslim month number corresponding to the first Jewish month is therefore (992x7)=6944 higher than in 2026. To convert into years and months divide by twelve - 6944/12=578 years and 8 months. Adding, we get 1447y 10m + 20874y - 2026y + 578y 8m = 20874y 6m. Therefore, the first month of the Jewish year beginning in AD20874 corresponds to the sixth month of the Muslim year AH20874. The worked example in Hebrew calendar#Conversion between Jewish and civil dates shows that the civil date of the first day of this month (ignoring the displacements) is Friday, 14 June. The year AH20875 will therefore begin seven months later, on the first day of the eighth Jewish month, which the worked example shows to be 7 January, AD20875 (again ignoring the displacements). The date given by this method, being calculated, may differ by a day from the actual date, which is determined by observation.

A reading of the section which follows will show that the year AH20875 is wholly contained within the year AD20875, also that in the Gregorian calendar this correspondence will occur one year earlier. The reason for the discrepancy is that the Gregorian year (like the Julian) is slightly too long, so the Gregorian date for a given AH date will be earlier and the Muslim calendar catches up sooner.

Current correlations

An Islamic year will be entirely within a Gregorian year of the same number in the year 20874, after which year the number of the Islamic year will always be greater than the number of the concurrent Gregorian year. The Islamic calendar year of 1429 occurred entirely within the civil calendar year of 2008. Such years occur once every 33 or 34 Islamic years (32 or 33 civil years). More are listed here:

Islamic year within Gregorian year
Islamic Civil Difference
1060 1650 590
1093 1682 589
1127 1715 588
1161 1748 587
1194 1780 586
1228 1813 585
1261 1845 584
1295 1878 583
1329 1911 582
1362 1943 581
1396 1976 580
1429 2008 579
1463 2041 578
1496 2073 577
1530 2106 576
1564 2139 575

Because a hijri or Islamic lunar year is between 10 and 12 days shorter than a civil year, it begins 10–12 days earlier in the civil year following the civil year in which the previous hijri year began. Once every 33 or 34 hijri years, or once every 32 or 33 civil years, the beginning of a hijri year (1 Muharram) coincides with one of the first ten days of January. Subsequent hijri New Years move backward through the Gregorian year back to the beginning of January again, passing through each civil month from December to January.


The Islamic calendar is now used primarily for religious purposes, and for official dating of public events and documents in Muslim countries. Because of its nature as a purely lunar calendar, it cannot be used for agricultural purposes and historically Islamic communities have used other calendars for this purpose: the Egyptian calendar was formerly widespread in Islamic countries, and the Iranian calendar and the 1789 Ottoman calendar (a modified Julian calendar) were also used for agriculture in their countries. In Morocco, the Berber calendar (another Julian calendar) is still used by farmers in the countryside. These local solar calendars have receded in importance with the near-universal adoption of the Gregorian calendar for civil purposes. As noted above, Saudi Arabia uses the Islamic calendar to date religious occasions such as Ramadan, Hajj, etc. and the Umm-al-Qura calendar, based on calculations, for administrative purposes and daily government business.[47] In Indonesia, the Javanese calendar, created by Sultan Agung in 1633, combines elements of the Islamic and pre-Islamic Saka calendars.

British author Nicholas Hagger writes that after seizing control of Libya, Muammar Gaddafi "declared" on 1 December 1978 "that the Muslim calendar should start with the death of the prophet Mohammed in 632 rather than the hijra (Mohammed's 'emigration' from Mecca to Medina) in 622". This put the country ten solar years behind the standard Muslim calendar.[48] However, according to the Encyclopedia of the Developing World in 2006, "More confusing still is Qaddafi's unique Libyan calendar, which counts the years from the Prophet's birth, or sometimes from his death. The months July and August, named after Julius and Augustus Caesar, are now Nasser and Hannibal respectively."[49] Reflecting on a 2001 visit to the country, American reporter Neil MacFarquhar observed, "Life in Libya was so unpredictable that people weren't even sure what year it was. The year of my visit was officially 1369. But just two years earlier Libyans had been living through 1429. No one could quite name for me the day the count changed, especially since both remained in play. ... Event organizers threw up their hands and put the Western year in parentheses somewhere in their announcements."[50]


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  3. ^ Islamic information website [1].
  4. ^ Trawicky (2000) p. 232
  5. ^ Mahmud Effendi (1858), as discussed by Burnaby, pages 460–470.
  6. ^ According to "Tradition", repeatedly cited by F.C. De Blois.
  7. ^ F.C. De Blois, "TA'RIKH": I.1.iv. "Pre-Islamic and agricultural calendars of the Arabian peninsula", The Encyclopaedia of Islam X:260.
  8. ^ al-Biruni, "Intercalation of the Ancient Arabs", The Chronology of Ancient Nations, tr. C. Edward Sachau, (London: William H. Allen, 1000/1879) 13–14, 73–74.
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  12. ^ Quran 9:36–37
  13. ^ From an illustrated manuscript of Al-Biruni's 11th c. Vestiges of the Past (Bibliothèque Nationale, Paris, Arabe 1489 fol. 5v. (Bibliothèque Nationale on-line catalog Mandragore)). See also: Robert Hillenbrand, "Images of Muhammad in al-Bīrūnī's Chronology of Ancient Nations", in: R. Hillenbrand (ed.), Persian Painting from the Mongols to the Qajars: Studies in Honour of Basil W. Robinson (Londen/New York: I.B. Tauris Publishers, 2000), pp. 129-146.
  14. ^ Sherrard Beaumont Burnaby, Elements of the Jewish and Muhammadan calendars (London: 1901) 370.
  15. ^ From an illustrated manuscript of Al-Biruni's 11th c. Vestiges of the Past (Bibliothèque Nationale, Paris, Arabe 1489 fol. 5v. (Bibliothèque Nationale on-line catalog Mandragore)).
  16. ^ Sherrard Beaumont Burnaby, Elements of the Jewish and Muhammadan calendars (1901) 376.
  17. ^ Appreciating Islamic History (Microsoft Word document, 569KB)
  18. ^ Sherrard Beaumont Burnaby, Elements of the Jewish and Muhammadan calendars (1901) pp.373-5, 382-4.
  19. ^ Calendrica
  20. ^ al-Biruni, The chronology of ancient nations, tr. C. Edward Sachau (1000/1879) 327.
  21. ^ NASA phases of the moon 601–700
  22. ^ Emile Biémont, Rythmes du temps, Astronomie et calendriers, De Borck, 2000, 393p
  23. ^ Khalid Chraibi: Issues in the Islamic Calendar,
  24. ^ Karim Meziane et Nidhal Guessoum: La visibilité du croissant lunaire et le ramadan, La Recherche n° 316, janvier 1999, pp. 66–71
  25. ^ - Methods for beginning of Islamic months in different countries
  26. ^ Khalid Chraibi: Le mois islamique est-il universel ou national ?
  27. ^ Allal el Fassi : « Aljawab assahih wannass-hi al-khaliss ‘an nazilati fas wama yata’allaqo bimabda-i acchouhouri al-islamiyati al-arabiyah », "[...] and the beginning of Islamic Arab months", report prepared at the request of King Hassan II of Morocco, Rabat, 1965 (36 p.), with no indication of editor.
  28. ^ Muhammad Mutawalla al-Shaârawi : Fiqh al-halal wal haram (edited by Ahmad Azzaâbi), Dar al-Qalam, Beyrouth, 2000, p. 88.
  29. ^ Some theologians also interpret Surah al-Baqarah 2:185 as requiring direct sighting, but they represent only a minority. The Quranic verse reads as follows : "185. The month of Ramadân in which was revealed the Qur'ân, a guidance for mankind and clear proofs for the guidance and the criterion (between right and wrong). So whoever of you sights (the crescent on the first night of) the month (of Ramadân i.e. is present at his home), he must observe Saum (fasts) that month, and whoever is ill or on a journey, the same number [of days which one did not observe Saum (fasts) must be made up] from other days. God intends for you ease, and He does not want to make things difficult for you. (He wants that you) must complete the same number (of days), and that you must magnify God [i.e. to say Takbîr (Allāhu-Akbar; God is the Most Great) on seeing the crescent of the months of Ramadân and Shawwâl] for having guided you so that you may be grateful to Him."
  30. ^ Interpretation of the Meaning of The Noble Quran Translated into the English Language By Dr. Muhammad Taqi-ud-Din Al-Hilali Ph.D. & Dr. Muhammad Muhsin Khan
  31. ^ Abderrahman al-Haj : « The faqih, the politician and the determination of lunar months » (in arabic)
  32. ^ Allal el Fassi : "Aljawab assahih..." op. cit.
  33. ^ The dynasty of Fatimids in Egypt used a tabular pre-calculated calendar over a period of two centuries, between the 10th and 12th centuries, before a change of political regime reactivated the procedure of observation of the new moon.
  34. ^ Helmer Aslaksen: The Islamic calendar
  35. ^ Ahmad Shakir : « The beginning of arab months … is it legal to determine it using astronomical calculations? » (published in arabic in 1939) reproduced in the Arab daily « Al-Madina », 13 october 2006 (n° 15878)
  36. ^ Yusuf al-Qaradawi : « Astronomical calculations and determination of the beginning of months » (in arabic)
  37. ^ For a detailed discussion of Shakir's legal opinion on the subject, see "Issue N° 9" in Khalid Chraibi: Issues in the Islamic Calendar,
  38. ^ Fiqh Council of North America Islamic lunar calendar
  39. ^ Zulfikar Ali Shah The astronomical calculations: a fiqhi discussion
  40. ^ Islamic Center of Boston, Wayland
  41. ^ For a detailed discussion of the issues and the FCNA and ECFR positions, see : Khalid Chraibi: Can the Umm al Qura calendar serve as a global Islamic calendar?
  42. ^ Crescent sighting using the Uml al Qura calendar in Saudi ArabiaPDF (268 KB)
  43. ^ The Umm al-Qura Calendar of Saudi Arabia by Robert Harry van Gent
  44. ^ Ramadan and Eid announcement by the Fiqh Council of North America (revised)
  45. ^ Khalid Chraibi : Can the Umm al Qura calendar serve as a global Islamic calendar?
  46. ^ The "Kuwaiti Algorithm" (Robert van Gent)
  47. ^ Glassé, Cyril (2001). The New Encyclopedia of Islam, pp. 98-99. Rowman Altamira. ISBN 0759101906.
  48. ^ Hagger, Nicholas (2009). The Libyan Revolution: Its Origins and Legacy. Winchester, UK: O Books. pp. 109. 
  49. ^ Encyclopedia of the Developing World (2007), volume 3, p. 1338.
  50. ^ Neil MacFarquhar, The Media Relations Department of Hizbollah Wishes You a Happy Birthday (2009), p. 27.

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