1.
1st millennium BC
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The 1st millennium BC encompasses the Iron Age and sees the rise of many successive empires, and spanned from 1000 BC to 1 BC. The Neo-Assyrian Empire develops, followed by the Achaemenids, in Greece, Classical Antiquity begins with the colonization of Magna Graecia and peaks with the rise of Hellenism. The close of the sees the rise of the Roman Empire. In South Asia, the Vedic civilization blends into the Maurya Empire, the early Celts dominate Central Europe while Northern Europe is in the Pre-Roman Iron Age. In China, the Spring and Autumn period sees the rise of Confucianism, towards the close of the millennium, the Han Dynasty extends Chinese power towards Central Asia, where it borders on Indo-Greek and Iranian states. The Maya civilization rises in Central America, while in Africa, Ancient Egypt begins its decline, rise of the Nubian Empire, the religions of Judaism, Zoroastrianism, Hinduism, Jainism and Buddhism develop. Graeco-Roman Europe, India and China see the rise of literature, world population greatly increases in the course of the millennium, reaching some 170 to 400 million people at its close depending on the estimates used. Qin built and unified various sections of the Great Wall of China, Qin built Qin Shi Huangs Mausoleum guarded by the life-sized Terracotta Army. Late 3rd century BC or 2nd century BC—Veiled and masked dancer is made and it is now kept at The Metropolitan Museum of Art, New York. The Genius of China,3000 years of science, discovery, New York, Simon and SchusterBased on the works of Joseph Needham Zimmer, Heinrich, Joseph Campbell, ed. Philosophy of India, London, E. C.4, Routledge & Kegan Paul Ltd, Not in copyright
2.
3rd century BC
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The 3rd century BC started the first day of 300 BC and ended the last day of 201 BC. It is considered part of the Classical era, epoch, or historical period and this balance was shattered when conflict arose between Carthage and the Roman Republic. In the following decades, the Carthaginian Republic was first humbled and then destroyed by the Romans in the first, following the Second Punic War, Rome became the most important power in the western Mediterranean. In India, Ashoka ruled the Maurya Empire, the Pandya, Chola and Chera dynasties of the classical age flourished in the ancient Tamil country. The Protohistoric Period began in the Korean peninsula, the Xiongnu were at the height of their power in Mongolia. Ptolemy finally brings the region of Cyrene under his control. He places the region under the rule of his stepson Magas, after failing to decisively defeat the Romans, Pyrrhus of Epirus withdraws from Italy. Gallic migration to Macedon, Thrace and Galatia,273 BC –232 BC, Ashoka ruled the Maurya Empire. 265 BC, Kalinga War takes place between Ashoka and the kingdom of Kalinga,264 BC, First Punic War breaks out between the Carthaginian Empire and the Roman Republic. 261 BC, Antiochus II Theos, 2nd son, at the death of his father becomes emperor of the Seleucid empire,260 BC, Battle of Changping between the State of Qin and the State of Zhao in China, a decisive Qin victory. 260 BC, Ashoka inscribes the Edicts of Ashoka,258 BC, An Dương Vương overthrows the Hồng Bàng Dynasty in Viet Nam. 257 BC, Thục Dynasty takes over Viet Nam,241 BC, First Punic War ends in Carthaginian defeat. Rome demands large reparations, and annexes Sicily and Corsica,230 BC, The Chinese Qin State conquers Han. 230 BC, Simuka declares independence from Mauryan rule and establishes the Satavahana Empire,227 BC, The attempted assassination of Ying Zheng, king of Qin State, by Jing Ke from Yan failed. 225 BC, A large Gallic army is defeated by the Romans at the Battle of Telamon,225 BC, The Chinese Qin State conquers Wei.223 BC, The Chinese Qin State conquers Chu.222 BC, The Chinese Qin State conquers Yan and Zhao. 221 BC, With the conquest of the State of Qi, Qin Shi Huang unifies the whole of China into one empire that also included northern Vietnam,218 BC, Second Punic War begins. Hannibal makes his famous Alpine crossing to invade Italy, the Roman heartland,216 BC, Hannibal famously crushed the Roman legions at the Battle of Cannae. 214 BC, Qin Shi Huang of the Chinese Qin Dynasty ordered construction of the Great Wall of China,208 BC, Zhao Tuo defeats the Vietnamese king An Dương Vương
3.
2nd century BC
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The 2nd century BC started the first day of 200 BC and ended the last day of 101 BC. It is considered part of the Classical era, although depending on the region being studied and it also considered to be the end of the Axial Age. In the context of the Eastern Mediterranean, it is referred to as the Hellenistic period. The end of the century witnessed the reform of the Roman Army from an army into a voluntary professional force, under the guidance of the noted general. In South Asia, the Mauryan Empire in India collapsed when Brihadnatha, the last emperor, was killed by Pushyamitra Shunga, a Mauryan general, in East Asia, China reached a high point under the Han Dynasty. The Han Empire extended its boundaries from Korea in the east to Vietnam in the South to the borders of modern-day Kazakhstan in the west. 198 BC, Battle of Panium, Antiochus III of the Seleucid empire defeats Ptolemy V of Egypt and takes control of Coele Syria,197 BC, Flamininus defeats Philip V of Macedon at the Battle of Cynoscephalae. 196 BC, Antiochus III conquers western Asia Minor and Thrace,196 BC, Empress Lüs execution of Han Xin leads to the Ying Bu rebellion. 195 BC, The War against Nabis marks the end of Spartan power in Greece,195 BC, Emperor Gaozu of Han dies and is succeeded by his son Hui. True power falls to Empress Lü.194 BC, Wiman establishes Wiman Joseon in Korea,192 BC, Antiochus III invades Greece, beginning the Roman-Syrian War. 192 BC, The Yue Kingdom of Eastern Ou established in Zhejiang with Chinese support,191 BC, Battle of Thermopylae, Glabrio drives Antiochus III out of Greece. 190 BC, Battle of Magnesia, Rome and Pergamon drive Antiochus III out of Asia Minor,189 BC, Galatian War, Vulso and Pergamon defeat Galatia. 188 BC, Emperor Hui of Han dies,185 BC, Ptolemy V defeats Ankhmakis and regains control of Upper Egypt. C.185 BC, Pushyamitra Shunga assassinates the last Maurya emperor,183 BC, Zhao Tuo of Nanyue declares himself Emperor and attacks China. 180 BC, Lü Clan Disturbance, with the death of Empress Lü, C.180 BC, Demetrius I of Bactria invades India, leading to the establishment of the Indo-Greek Kingdom. 179 BC, Tiberius Gracchus ends the First Celtiberian War,179 BC, Zhao Tuo of Nanyue makes peace with China. 176 BC, The Yuezhi attack the Xiongnu,175 BC, Antiochus IV Epiphanes, took possession of the Syrian throne, at the murder of his brother Seleucus IV Philopator, which rightly belonged to his nephew Demetrius I Soter. 174 BC, The Xiongnu defeat the Yuezhi, who emigrate to Ili valley,168 BC, Roman victory in the Battle of Pydna leads to the dissolution of the Antigonid Kingdom of Macedon
4.
1st century BC
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The 1st century BC, also known as the last century BC, started on the first day of 100 BC and ended on the last day of 1 BC. The AD/BC notation does not use a zero, however, astronomical year numbering does use a zero, as well as a minus sign. This is the 100th century in the Holocene calendar, it spans the years 9,901 to 10,000, octavians ascension to total power as the emperor Augustus is considered to mark the point in history where the Roman Republic ends and the Roman Empire begins. Some scholars refer to this event as the Roman Revolution and it is believed that the birth of Jesus, the central figure of Christianity took place at the close of this century. In the eastern mainland, the Han Dynasty began to decline, trapped in a difficult situation, the Xiongnu had to begin emigration to the west or attach themselves to the Han. 97 BC, Ariarathes VIII forced out of Cappadocia by Mithridates VI of Pontus,96 BC, Cyrene is left to the people of Rome by its ruler Ptolemy Apion. 96 BC, King Alexander Jannaeus of Judea wins the Siege of Gaza,95 BC, Tigranes the Great becomes king of Armenia 93 BC, Ariobarzanes I Philoromaios becomes king of Cappadocia with Roman backing. 91 BC, The assassination of Marcus Livius Drusus leads to the Social War in Italy 91 BC,89 BC, Mithridates VI of Pontuss invasion of Cappadocia leads to the First Mithridatic War with the Roman Republic. 88-87 BC, Sullas first civil war - Sulla marches on Rome and defeats Gaius Marius 86 BC,86 BC, The death of the regent of China Jin Midi unleashes the rivalry of his co-regents Shangguang Jie and Huo Guang. 85 BC, Sulla defeats the forces of Mithridates VI in Greece at the Battle of Orchomenus 85 BC,83 BC, Sulla makes peace with Mithridates VI and marches on Rome. 83-81 BC, Lucius Licinius Murena wages the Second Mithridatic War,82 BC, Sertorius flees from Sulla to North Africa via Hispania c.83 BC, Tigranes of Armenia takes control of Syria after the implosion of the Seleucid dynasty. 81 BC, End of Sullas second civil war - Sulla is appointed dictator of the Roman state,80 BC, Sertorius invades Hispania and sets up his own regime, beginning the Sertorian War. 80 BC, Conflict between the regents Shangguang Jie and Huo Guang results in the destruction of the Shangguang clan, C.80 BC, Maues, King of the Sakas, conquers Gandhara and Taxila. 77 BC, Fu Jiezi assassinated the king of Loulan on behalf of the Han dynasty, C.75 BC, Kanva dynasty replaces the Shunga dynasty in Magadha. 74 BC, Mithridates VI of Pontus disputes Nicomedes IV of Bithynias bequest of his kingdom to the Roman Republic,74 BC, Emperor Zhao of Han dies and is succeeded by the unsuitable Prince He of Changyi and then by Xuan. Huo Guang continues to be de facto ruler of China,73 BC, A slave rebellion led by the escaped gladiator Spartacus leads to the Third Servile War. 73-72 BC, Lucullus defeats Mithridates at Tenedos, Cyzicus, and the Rhyndacus and he flees east to Armenia 71 BC, Pompey the Great ends the Sertorian War,71 BC, Wusun and China attack the Xiongnu. 69 BC, Lucullus invades Armenia and reestablishes the Seleucids in Syria,68 BC, Pompey replaces Lucullus as leader of the Roman forces in the Third Mithridatic War
5.
Gregorian calendar
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The Gregorian calendar is internationally the most widely used civil calendar. It is named after Pope Gregory XIII, who introduced it in October 1582, the calendar was a refinement to the Julian calendar involving a 0. 002% correction in the length of the year. The motivation for the reform was to stop the drift of the calendar with respect to the equinoxes and solstices—particularly the northern vernal equinox, transition to the Gregorian calendar would restore the holiday to the time of the year in which it was celebrated when introduced by the early Church. The reform was adopted initially by the Catholic countries of Europe, the last European country to adopt the reform was Greece, in 1923. Many countries that have used the Islamic and other religious calendars have come to adopt this calendar for civil purposes. The reform was a modification of a made by Aloysius Lilius. His proposal included reducing the number of years in four centuries from 100 to 97. Lilius also produced an original and practical scheme for adjusting the epacts of the moon when calculating the date of Easter. For example, the years 1700,1800, and 1900 are not leap years, but the years 1600 and 2000 are. The canonical Easter tables were devised at the end of the third century, when the vernal equinox fell either on 20 March or 21 March depending on the years position in the leap year cycle. As the rule was that the full moon preceding Easter was not to precede the equinox, the date was fixed at 21 March for computational purposes, the Gregorian calendar reproduced these conditions by removing ten days. To unambiguously specify a date, dual dating or Old Style, dual dating gives two consecutive years for a given date, because of differences in the starting date of the year, and/or to give both the Julian and the Gregorian dates. The Gregorian calendar continued to use the calendar era, which counts years from the traditional date of the nativity. This year-numbering system, also known as Dionysian era or Common Era, is the predominant international standard today, the Gregorian calendar is a solar calendar. A regular Gregorian year consists of 365 days, but as in the Julian calendar, in a leap year, in the Julian calendar a leap year occurs every 4 years, but the Gregorian calendar omits 3 leap days every 400 years. In the Julian calendar, this day was inserted by doubling 24 February. In the modern period, it has become customary to number the days from the beginning of the month, some churches, notably the Roman Catholic Church, delay February festivals after the 23rd by one day in leap years. Gregorian years are identified by consecutive year numbers, the cycles repeat completely every 146,097 days, which equals 400 years
6.
Ab urbe condita
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Ab urbe condita is a Latin phrase meaning from the founding of the City, traditionally dated to 753 BC. AUC is a system used by some ancient Roman historians to identify particular Roman years. Renaissance editors sometimes added AUC to Roman manuscripts they published, giving the impression that the Romans usually numbered their years using the AUC system. The dominant method of identifying Roman years in Roman times was to name the two consuls who held office that year, the regnal year of the emperor was also used to identify years, especially in the Byzantine Empire after 537 when Justinian required its use. The traditional date for the founding of Rome of 21 April 753 BC, was initiated by 1st century BC scholar Marcus Terentius Varro, the correctness of Varros calculation has not been confirmed but it is still used worldwide. From Emperor Claudius onwards, Varros calculation superseded other contemporary calculations, celebrating the anniversary of the city became part of imperial propaganda. Claudius was the first to hold magnificent celebrations in honour of the citys anniversary, hadrian and Antoninus Pius held similar celebrations, in 121 AD and 147/148 AD respectively. During 248 AD, Philip the Arab celebrated Romes first millennium, coins from his reign commemorate the celebrations. The Anno Domini year numbering was developed by a monk named Dionysius Exiguus in Rome during 525, in his Easter table the year 532 AD was equated with the regnal year 248 of Emperor Diocletian. It was later calculated that the year 1 AD corresponds to the Roman year 754 AUC, based on Varros epoch
7.
Egyptian chronology
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The majority of Egyptologists agree on the outline and many details of the chronology of Ancient Egypt. Scholarly consensus on the outline of the conventional chronology current in Egyptology has not fluctuated much over the last 100 years. For the Old Kingdom, consensus fluctuates by as much as a few centuries and this is illustrated by comparing the chronology as given by two Egyptologists, the first writing in 1906, the second in 2000. The disparities between the two sets of result from additional discoveries and refined understanding of the still very incomplete source evidence. For example, Breasted adds a ruler in the Twentieth dynasty that further research showed did not exist, following Manetho, Breasted also believed all the dynasties were sequential, whereas it is now known that several existed at the same time. These revisions have resulted in a lowering of the chronology by up to 400 years at the beginning of Dynasty I. The backbone of Egyptian chronology are the years as recorded in Ancient Egyptian king lists. In addition, some Egyptian dynasties may have overlapped, with different pharaohs ruling in different regions at the same time, not knowing whether monarchies were simultaneous or sequential results in widely differing chronological interpretations. However, further research has shown that these censuses were taken in consecutive years. The sed festival was celebrated on the thirtieth anniversary of the Pharaohs ascension. However, once again, this may not be the practice in all cases. In the early days of Egyptology, the compilation of regnal periods may also have been hampered due to bias on the part of the Egyptologists. This was most pervasive before the mid 19th century, when Manethos figures were recognized as conflicting with biblical chronology based on Old Testament references to Egypt, in the 20th century, such biblical bias has mostly been confined to alternative chronologies outside of scholarly mainstream. A useful way to work around these gaps in knowledge is to find chronological synchronisms, over the past decades, a number of these have been found, although they are of varying degrees of usefulness and reliability. While this does not fix a person or event to a specific year, another example are blocks from the Old Kingdom bearing the names of several kings, which were reused in the construction of Middle Kingdom pyramid-temples at Lisht in the structures of Amenemhat I. The poor documentation of these finds in the Serapeum also compounds the difficulties in using these records. The best known of these is the Sothic cycle, and careful study of this led Richard A. Parker to argue that the dates of the Twelfth dynasty could be fixed with absolute precision. More recent research has eroded this confidence, questioning many of the assumptions used with the Sothic Cycle and this is useful especially for the Early Dynastic period, where Egyptological consensus has only been possible within a range of about three or four centuries
8.
Ptolemaic dynasty
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Their rule lasted for 275 years, from 305 to 30 BC. They were the last dynasty of ancient Egypt, Ptolemy, one of the seven somatophylakes who served as Alexander the Greats generals and deputies, was appointed satrap of Egypt after Alexanders death in 323 BC. In 305 BC, he declared himself Ptolemy I, later known as Sōter Saviour, the Egyptians soon accepted the Ptolemies as the successors to the pharaohs of independent Egypt. Ptolemys family ruled Egypt until the Roman conquest of 30 BC, all the male rulers of the dynasty took the name Ptolemy. Ptolemaic queens regnant, some of whom were the sisters of their husbands, were usually called Cleopatra, Arsinoe or Berenice. The most famous member of the line was the last queen, Cleopatra VII and her apparent suicide at the conquest by Rome marked the end of Ptolemaic rule in Egypt. Dates in brackets represent the dates of the Ptolemaic pharaohs. They frequently ruled jointly with their wives, who were also their sisters. Of these, one of the last and most famous was Cleopatra, several systems exist for numbering the later rulers, the one used here is the one most widely used by modern scholars. Arsinoe IV, in opposition to Cleopatra Ptolemy Keraunos - eldest son of Ptolemy I Soter, Ptolemy Apion - son of Ptolemy VIII Physcon. Ptolemy Philadelphus - son of Mark Antony and Cleopatra VII, Ptolemy of Mauretania - son of King Juba II of Numidia and Mauretania and Cleopatra Selene II, daughter of Cleopatra VII and Mark Antony. Contemporaries describe a number of the Ptolemaic dynasty members as extremely obese, whilst sculptures and coins reveal prominent eyes, familial Graves disease could explain the swollen necks and eye prominence, although this is unlikely to occur in the presence of morbid obesity. A. Lampela, Rome and the Ptolemies of Egypt, the development of their political relations 273-80 B. C. J. G. Manning, The Last Pharaohs, Egypt Under the Ptolemies, 305-30 BC. Livius. org, Ptolemies — by Jona Lendering
9.
Ptolemy VI Philometor
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Ptolemy VI Philometor was a king of Egypt from the Ptolemaic period. He reigned from 180 to 145 BC, in 173 BC he married his sister, Cleopatra II, as it was customary for Pharaohs, for the Ptolemaic Greek kings had adopted many customs of the Pharaohs. He had at least four children with her, Ptolemy Eupator, Ptolemy Neos, Cleopatra Thea and Cleopatra III, the outbreak of the Sixth Syrian War in 170 BC saw Ptolemy VIII and Cleopatra II becoming co-rulers. A period of reconciliation followed, but the invasion of Egypt in 168 created further unrest. In 164 Ptolemy VI was driven out by his brother and went to Rome to seek support, the Romans partitioned the Ptolemaic land, granting Ptolemy VI Cyprus and Egypt, and Ptolemy VIII Euergetes Cyrenaica. Around 150 BC he recognized Alexander Balas as the Seleucid king by marrying his daughter Cleopatra Thea to him in a ceremony at Ptolemais Akko and he remarried his daughter to Alexanders rival Demetrius II, and went to Antioch, where he crowned himself King of Asia. Alexander was defeated by Ptolemy when he returned from Cilicia with his army and fled to Arabia, for the first time since the death of Alexander the Great, Egypt and Syria were united. However, Ptolemy died three days later, in unknown circumstances, Ptolemy Philometor at LacusCurtius — Ptolemy VI — Ptolemy VI Philometor entry in historical sourcebook by Mahlon H. Smith
10.
Olympiad
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An Olympiad is a period of four years associated with the Olympic Games of the Ancient Greeks. During the Hellenistic period, beginning with Ephorus, it was used as a calendar epoch, by this reckoning, the first Olympiad lasted from the summer of 776 BC to that of 772 BC. By extrapolation to the Gregorian calendar, the 1st year of the 699th Olympiad begins in mid-summer 2017, a modern Olympiad refers to a four-year period beginning January 1 of a year in which the Summer Olympics are due to occur. The first modern Olympiad began in 1896, the second in 1900, an Olympiad was a period of four years. Example, Olympiad 140, year 1 = 220/219 BC, year 2 = 219/218 BC, year 3 = 218/217 BC, the first to do so consistently was Timaeus of Tauromenium in the third century BC. In the 2nd century AD, Phlegon of Tralles summarised the events of each Olympiad in a book called Olympiads, christian chroniclers continued to use this Greek system of dating as a way of synchronising biblical events with Greek and Roman history. In the 3rd century AD, Sextus Julius Africanus compiled a list of Olympic victors up to 217 BC, early historians sometimes used the names of Olympic victors as a method of dating events to a specific year. For instance, Thucydides says in his account of the year 428 BC and it was in this year that king Xerxes made his campaign against Greece. An Olympiad started with the games, which were held at the beginning of the Olympic new year, though the games were held without interruption, on more than one occasion they were held by others than the Eleians. The Eleians declared such games Anolympiads, but it is assumed the winners were nevertheless recorded, during the 3rd century AD, records of the games are so scanty that historians are not certain whether after 261 they were still held every four years. During the early years of the Olympiad, any physical benefit deriving from a sport was banned, some winners were recorded though, until the last Olympiad of 393AD. In 394, Roman Emperor Theodosius I outlawed the games at Olympia as pagan, though it would have been possible to continue the reckoning by just counting four-year periods, by the middle of the 5th century AD reckoning by Olympiads had become disused. For the modern Olympics the term was used to indicate the games themselves. The modern Olympiad is a period of four consecutive years, beginning on the first of January of the first year. The Olympiads are numbered consecutively from the first Games of the Olympiad celebrated in Athens in 1896, the XXXI Olympiad began on January 1,2016 and will end on December 31,2019. The Summer Olympics are more correctly referred to as the Games of the Olympiad, for example, The first Winter Games, in 1924, were not designated as Winter Games of the VIII Olympiad, but as the I Winter Olympic Games. The 1936 Summer Games were the Games of the XI Olympiad, after the 1940 and 1944 Summer Games were canceled due to World War II, the Games resumed in 1948 as the Games of the XIV Olympiad. However, the 1936 Winter Games were the IV Winter Olympic Games, indeed, at least one IOC-published article has applied this nomenclature as well
11.
Winner of the Stadion race
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The following is a list of winners of the Stadion race at the Olympic Games from 776 BC to 225 AD. It is based on the list given by Eusebius of Caesarea using a compilation by Sextus Julius Africanus, the Stadion race was the first and most important competition of the ancient Olympiads and the names of the winners are used by many Greek authors to date historic events. He was the first winner from Athens and the first runner in history to defend his title four years after his first victory, 96th Olympiad 396 BC - Eupolemus of Elis 97th Olympiad 392 BC - Perieres of Terina or Terinaeus of Elis. His victory is used by Diodorus Siculus to date the events of his history and this article incorporates text from a publication now in the public domain, Chisholm, Hugh, ed. Chronology. Ancient Olympics in various places Olive wreath Olympic judges Foundation of the Hellenic World, The Olympic Victors
12.
Balinese saka calendar
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The Balinese saka calendar is one of two calendars used on the Indonesian island of Bali. Unlike the 210-day pawukon calendar, it is based on the phases of the moon, based on a lunar calendar, the saka year comprises twelve months, or sasih, of 30 days each. The months are adjusted by allocating two lunar days to one day every 9 weeks. This day is called ngunalatri, Sanskrit for minus one night, the length of these months is calculated according to the normal 63-day cycle. Both sets of days are numbered 1 to 15, the first day of the year is usually the day after the first new moon in March. Note, however, that Nyepi falls on the first day of Kadasa, the calendar is 78 years behind the Gregorian calendar, and is calculated from the beginning of the Saka Era in India. It is used alongside the 210-day Balinese pawukon calendar, and Balinese festivals can be calculated according to either year, the Indian saka calendar was used for royal decrees as early as the ninth century CE. The same calendar was used in Java until Sultan Agung replaced it with the Javanese calendar in 1633, the Balinese Hindu festival of Nyepi, the day of silence, marks the start of the Saka year. Tilem Kepitu, the last day of the 7th month, is known as Siva Ratri, devotees stay up all night and meditate. There are another 24 ceremonial days in the Saka year, usually celebrated at Purnama, ISBN9813018496 Hobart, Angela, Ramseyer, Urs & Leeman, Albert The Peoples of Bali, Blackwell Publishers. ISBN063117687 X Ricklefs, M. C, A History of Modern Indonesia, MacMillan, ISBN 978-0-333-24380-0
13.
Bengali calendars
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The Bengali Calendar or Bangla Calendar is a solar calendar used in the region of Bengal. A revised version of the calendar is the national and official calendar in Bangladesh, the New Year in the Bengali calendar is known as Pôhela Bôishakh. The Bengali Era or Anno Bengal, the Bengali year is 594 less than the AD or CE year in the Gregorian calendar if it is before Pôhela Bôishakh, the revised version of the Bengali calendar was officially adopted in Bangladesh in 1987. However, it is not followed in India where the traditional version continues to be followed due to occurrence of Hindu festivals based on a particular sidereal solar day. The Bengali calendar is a solar calendar, the calendar was developed by Alauddin Husain Shah, a Hussain Shahi sultan of Bengal by combining the lunar Islamic calendar with the solar calendar, prevalent in Bengal. All theories agree that the Mughal Emperor, Akbar was instrumental in promulgating the Bengali calendar, Akbar modified, developed and re introduced the Bengali Calendar in order to make tax collection easier in Bengal. The calendar was called as Tarikh-e-Elahi. Sources credit the idea to Alauddin Husain Shah, akbars royal astronomer Fathullah Shirazi developed the Bengali calendar, by synthesizing the Lunar Islamic and Solar calendars. The calendar started with the Islamic calendar value, but the Sanskrit month names were used from the earlier version, the distinctive characteristic of the Bengali year was that rather than being a lunar calendar, it was based on a union of the solar and lunar year. This was essentially a great promotion as the solar and lunar years were formulated in very diverse systems, primarily this calendar was named as Fasli Sôn and then Bônggabdô. The Bengali Year was launched on 1584 AD or 992 AH and this was the day that Akbar defeated Hemu in the clash of Panipat to ascend the throne. The month of Muharram in the year 963 AH was equal to the month of Boishakh in the Bengali calendar, in the Tarikh-e-Elahi version of the calendar, each day of the month had a separate name, and the months had different names from what they have now. The Bengali calendar consists of 6 seasons, known as Rreetu ঋতু or Kal কাল, hence after some centuries the months will shift far away from the actual seasons. But the new revised version of the Bengali calendar used in Bangladesh will continue to maintain the seasons on time as mentioned above. The Bengali Calendar incorporates the seven-day week as used by other calendars. The names of the days of the week in the Bengali Calendar are based on the Navagraha, the day begins and ends at sunrise in the Bengali calendar, unlike in the Gregorian calendar, where the day starts at midnight. Pôhela Bôishakh in West Bengal and other states of India with Bengali diaspora, is celebrated on 14/15 April of the Gregorian calendar, however, according to the revised version of the calendar, now followed in Bangladesh, Pôhela Bôishakh always falls on 14 April. It is not clear, from what ground they start counting of 1st Bengali calendar year from the 593AD, the length of a year is counted as 365 days, as in the Gregorian calendar
14.
Berber calendar
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The Berber calendar is the agricultural calendar traditionally used by Berbers. It is also known as the fellaḥi, the calendar is utilized to regulate the seasonal agricultural works. It is used in lieu of the Islamic calendar, a calendar considered ill-adapted for agriculture because it does not relate to seasonal cycles. The current Berber calendar is a legacy of the Roman province of Mauretania Caesariensis, the latter calendar was used in Europe before the adoption of the Gregorian calendar, with month names derived from Latin. Berber populations previously used various indigenous calendars, such as that of the Guanche autochthones of the Canary Islands, however, relatively little is known of these ancient calendrical systems. Not much is known about the division of time among the ancient Berbers, some elements of a pre-Islamic, and almost certainly a pre-Roman calendar, emerge from some medieval writings, analyzed by Nico van den Boogert. Some correspondences with the traditional Tuareg calendar suggest that in antiquity there existed, with degree of diffusion. According to a 17th-century manuscript by Tomás Marín de Cubas, they computed their year, called Acano and it began in summer, when the sun enters in Cancer, on June 21, at the first conjunction they celebrated nine festival days for the crop. The name of one month is known in the native language. It seems it was the month of the year, corresponding to August. Such a name, in case it was made up by something like *wen that of + smet, may correspond, in the list of medieval Berber month names, with the ninth and tenth months, but data are too scarce for this hypothesis to be deepened. The agricultural Berber calendar still in use is almost certainly derived from the Julian calendar, the only slight discrepancy lies in that the extra day in leap years is not usually added at the end of February, but at the end of the year. Jean Servier has doubted that the calendar descends directly from the Julian calendar of the Latin era, there are standard forms for the names of the Amazigh calendar. The table below provides the forms used in Morocco, Algeria and Tunisia. In some areas they may be different due to communication and manipulation by the government. Moreover, pronunciation differs according to the region, the coldest period is made up by 20 white nights, from 12 to 31 dujamber, and 20 black nights, beginning on the first day of yennayer, corresponding to the Gregorian 14 January. The first day of the year is celebrated in various ways in the different parts of North Africa, a widespread tradition is a meal with particular foods, which vary from region to region, but in many zones it is provided by the sacrifice of an animal. In Algeria, such a holiday is celebrated even by people who dont use the Berber calendar in daily life
15.
Buddhist calendar
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While the calendars share a common lineage, they also have minor but important variations such as intercalation schedules, month names and numbering, use of cycles, etc. In Thailand, the name Buddhist Era is a numbering system shared by the traditional Thai lunisolar calendar. The Southeast Asian lunisolar calendars are based on an older version of the Hindu calendar. One major difference is that the Southeast Asian systems, unlike their Indian cousins, instead, they employ their versions of the Metonic cycle. However, since the Metonic cycle is not very accurate for sidereal years, yet no coordinated structural reforms of the lunisolar calendar have been undertaken. Today, the traditional Buddhist lunisolar calendar is used mainly for Theravada Buddhist festivals, the Thai Buddhist Era, a renumbered Gregorian calendar, is the official calendar in Thailand. The Burmese calendar in turn was based on the original Surya Siddhanta system of ancient India, one key difference with Indian systems is that the Burmese system has followed a variation of the Metonic cycle. It is unclear from where, when or how the Metonic system was introduced, the Burmese system, and indeed the Southeast Asian systems, thus use a strange combination of sidereal years from Indian calendar in combination with the Metonic cycle better for tropical years. In all Theravada traditions, the epochal year 0 date was the day in which the Buddha attained parinibbāna. However, not all agree on when it actually took place. In Burmese Buddhist tradition, it was 13 May 544 BCE, but in Thailand, it was 11 March 545 BCE, the date which the current Thai lunisolar and solar calendars use as the epochal date. In Myanmar, the difference between BE and CE can be 543 or 544 for CE dates, and 544 or 543 for BCE dates, in Sri Lanka, the difference between BE and CE is 544. The calendar recognizes two types of months, synodic month and sidereal month, the Synodic months are used to compose the years while the 27 lunar sidereal days, alongside the 12 signs of the zodiac, are used for astrological calculations. The days of the month are counted in two halves, waxing and waning, the 15th of the waxing is the civil full moon day. The civil new moon day is the last day of the month, because of the inaccuracy of the calendrical calculation systems, the mean and real New Moons rarely coincide. The mean New Moon often precedes the real New Moon, as the Synodic lunar month is approximately 29.5 days, the calendar uses alternating months of 29 and 30 days. Various regional versions of Chula Sakarat/Burmese calendar existed across various regions of mainland Southeast Asia, unlike Cambodian and Burmese systems, Kengtung, Lan Na, Lan Xang and Sukhothai systems refer to the months by numbers, not by names. The Buddhist calendar is a calendar in which the months are based on lunar months
16.
Byzantine calendar
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The Byzantine calendar, also called Creation Era of Constantinople or Era of the World, was the calendar used by the Eastern Orthodox Church from c.691 to 1728 in the Ecumenical Patriarchate. It was also the official calendar of the Byzantine Empire from 988 to 1453, the calendar was based on the Julian calendar, except that the year started on 1 September and the year number used an Anno Mundi epoch derived from the Septuagint version of the Bible. Its year one, the date of creation, was September 1,5509 BC. It is not known who invented the World era and when, nevertheless, the first appearance of the term is in the treatise of a certain monk and priest, Georgios, who mentions all the main variants of the World Era in his work. He also already regards it as the most convenient for the Easter computus and this date underwent minor revisions before being finalized in the mid-7th century, although its precursors were developed c. By the second half of the 7th century, the Creation Era was known in Western Europe, by the late 10th century around AD988, when the era appears in use on official government records, a unified system was widely recognized across the Eastern Roman world. The era was ultimately calculated as starting on September 1, Thus historical time was calculated from the creation, and not from Christs birth, as in the west. The Eastern Church avoided the use of the Anno Domini system of Dionysius Exiguus, meanwhile, as Russia received Orthodox Christianity from Byzantium, she inherited the Orthodox Calendar based on the Byzantine Era. After the collapse of the Byzantine Empire in 1453, the era continued to be used by Russia and it was only in AD1700 that the Byzantine World Era in Russia was changed to the Julian Calendar by Peter the Great. It still forms the basis of traditional Orthodox calendars up to today, September AD2000 began the year 7509 AM. Both of these early Christian writers, following the Septuagint version of the Old Testament, the Alexandrian Era developed in AD412, was the precursor to the Byzantine Era. After the initial attempts by Hippolytus, Clement of Alexandria and others, the Alexandrine monk Panodorus reckoned 5904 years from Adam to the year AD412. This created the Alexandrian Era, whose first day was the first day of the proleptic Alexandrian civil year in progress,29 August 5493 BC, with the ecclesiastical year beginning on 25 March 5493 BC. This system presents in a sort of way the mystical coincidence of the three main dates of the worlds history, the beginning of Creation, the Incarnation. It was the first day of the year in the medieval Julian calendar, the Alexandrian Era of March 25,5493 BC was adopted by church fathers such as Maximus the Confessor and Theophanes the Confessor, as well as chroniclers such as George Syncellus. Its striking mysticism made it popular in Byzantium especially in monastic circles and it had for its basis a chronological list of events extending from the creation of Adam to the year AD627. The chronology of the writer is based on the figures of the Bible, St. John Chrysostom says in his Homily On the Cross and the Thief, that Christ, opened for us today Paradise, which had remained closed for some 5000 years. St. Isaac the Syrian writes in a Homily that before Christ, for five thousand five hundred
17.
Chinese calendar
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Traditional Chinese calendar is a lunisolar calendar which reckons years, months and days according to astronomical phenomena. It is used for activities in China and overseas Chinese communities. It depictures and lists the dates of traditional Chinese holidays, and guides Chinese people in selecting the most auspicious days for weddings, funerals, moving, in the Chinese calendar, the days begin and end at midnight. The months begin on the day with the dark moon, the years begin with the dark moon near the midpoint between winter solstice and spring equinox. The solar terms are the important components of the Chinese calendar, in a month, there are one to three solar terms. The currently used traditional Chinese calendar is the end result of centuries of evolution, many astronomical and seasonal factors were added by ancient scientists, and people can reckon the date of natural phenomena such as the moon phase and tide upon the Chinese calendar. The Chinese calendar has over 100 variants, whose characteristics reflect the evolutionary path. As with Chinese characters, different variants are used in different parts of the Chinese cultural sphere, calendars in Mongolia and Tibet have absorbed elements from the Chinese calendar and elements from other systems, but they are not direct descendants of the Chinese calendar. The official calendar in China is the Gregorian calendar, but the traditional Chinese calendar still plays an important role there. The Chinese calendar is known officially as the Rural Calendar, but is referred to by other names, such as the Former Calendar. The Chinese calendar preserves traditional East Asian culture, although the month sequences of Chinese calendar is decided by the solar term, the Chinese calendar is not an agriculture calendar. The Chinese calendar has greatly influenced the traditional calendars around Asia, the calendar has a year, month and date frame. The key elements are the day, synodic month and solar year, the Chinese calendar is a lunisolar calendar, similar to the Hindu and Hebrew calendars. The concepts in the Chinese, Hindu, and Hebrew calendars, day, in the Chinese calendar, a day starts from the midnight, in the Hindu calendars, a day starts from sunrise, and in the Hebrew calendar, a day starts from sunset. Month, the time is based on the obliquity of the moon path, a month is about 29 17/32 days. Phase, 1/30 month, 12° obliquity of the moon path, a unique concept of dating method in the Hindu calendar, a phase is about 63/64 day, which derived out the 64 divinatory symbols. Date, the day number in a month, in the Chinese and Hebrew calendars, days are numbered in sequence from 1 to 29 or 30, and in the Hindu calendars, the days are numbered according to the number of the phase in the days. In the Hindu calendars, some dates may be vacant, Year, the time based on the earths revolution
18.
Rooster (zodiac)
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The Rooster is one of the 12-year cycle of animals which appear in the Chinese zodiac related to the Chinese calendar. The Year of the Rooster is represented by the Earthly Branch character 酉, the name is also translated into English as Cock or Chicken. Rooster is the only bird included in the Chinese zodiac, however, the Chinese term is more generic, as it applies to barnyard fowl of either sex. In the Tibetan zodiac and the Nepalese Gurung zodiac, the more generic bird is in place instead of the Rooster
19.
Ethiopian calendar
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A seven- to eight-year gap between the Ethiopian and Gregorian calendars results from an alternate calculation in determining the date of the Annunciation. Like the Coptic calendar, the Ethiopic calendar has twelve months of 30 days plus five or six epagomenal days, the Ethiopian months begin on the same days as those of the Coptic calendar, but their names are in Geez. The sixth epagomenal day is added every four years without exception on August 29 of the Julian calendar, thus the first day of the Ethiopian year,1 Mäskäräm, for years between 1900 and 2099, is usually September 11. It, however, falls on September 12 in years before the Gregorian leap year, in the Gregorian year 2015, the Ethiopian calendar year 2008 begins on September 12, rather than September 11, on account of this additional epagomenal day occurring every four years. It occurs on September 11 in the Gregorian calendar, except for the following a leap year. The Ethiopian calendar year 1998 Amätä Məhrät began on September 11,2005, however, the Ethiopian years 1996 and 1992 began on September 12,2003 and 1999, respectively. This date correspondence applies for the Gregorian years 1900 to 2099, as the Gregorian year 2000 is a leap year, the current correspondence lasts two centuries instead. 400, thus its first civil year began seven months earlier on August 29, meanwhile, Europeans eventually adopted the calculations made by Dionysius Exiguus in AD525 instead, which placed the Annunciation eight years earlier than had Annianus. This causes the Ethiopian year number to be eight years less than the Gregorian year number from January 1 until September 10 or 11, in the past, a number of other eras for numbering years were also widely used in Ethiopia and the Kingdom of Aksum. Respective to the Gregorian and Julian New Years Days,3 1/2 to four months later and it is also because 532 is the product of the Metonic cycle of 19 years and the solar cycle of 28 years. Around AD400, an Alexandrine monk called Panodoros fixed the Alexandrian Era, after the 6th century AD, the era was used by Egyptian and Ethiopian chronologists. The twelfth 532-year-cycle of this era began on 29 August AD360, bishop Anianos preferred the Annunciation style as New Years Day,25 March. Thus he shifted the Panodoros era by about six months, to begin on 25 March 5492 BC, in the Ethiopian calendar this was equivalent to 15 Magabit 5501 B. C. The Anno Mundi era remained in usage until the late 19th century, the four-year leap-year cycle is associated with the four Evangelists, the first year after an Ethiopian leap year is named in honour of John, followed by the Matthew-year and then the Mark-year. The year with the sixth day is traditionally designated as the Luke-year. There are no exceptions to the four-year leap-year cycle, like the Julian calendar and these dates are valid only from March 1900 to February 2100. This is because 1900 and 2100 are not leap years in the Gregorian calendar, while they are leap years in the Ethiopian calendar, meaning dates before 1900. The Ethiopian Calendar, Appendix IV, C. F, huntingford, The Prester John of the Indies
20.
Hebrew calendar
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The Hebrew or Jewish calendar is a lunisolar calendar used today predominantly for Jewish religious observances. It determines the dates for Jewish holidays and the public reading of Torah portions, yahrzeits. The present Hebrew calendar is the product of evolution, including a Babylonian influence, when to add it was based on observation of natural agriculture-related events in Israel. Through the Amoraic period and into the Geonic period, this system was displaced by the mathematical rules used today. The principles and rules were codified by Maimonides in the Mishneh Torah in the 12th century. Maimonides work also replaced counting years since the destruction of the Temple with the modern creation-era Anno Mundi, the era used since the Middle Ages is the Anno Mundi epoch. As with Anno Domini, the words or abbreviation for Anno Mundi for the era should properly precede the date rather than follow it, AM5777 began at sunset on 2 October 2016 and will end at sunset on 20 September 2017. The Jewish day is of no fixed length, the Jewish day is modeled on the reference to. there was evening and there was morning. In the creation account in the first chapter of Genesis, based on the classic rabbinic interpretation of this text, a day in the rabbinic Hebrew calendar runs from sunset to the next sunset. In most populated parts of the world this is always approximately 24 standard hours, halachically, a day ends and a new one starts when three stars are visible in the sky. The time between sunset and the time when the three stars are visible is known as bein hashmashot, and there are differences of opinion as to which day it falls into for some uses. This may be relevant, for example, in determining the date of birth of a child born during that gap, there is no clock in the Jewish scheme, so that the local civil clock is used. The civil clock is used only as a reference point – in expressions such as, Shabbat starts at. In Judaism, an hour is defined as 1/12 of the time from sunrise to sunset, so, during the winter, an hour can be less than 60 minutes. This proportional hour is known as a shaah zmanit, a Jewish hour is divided into 1080 halakim or parts. A part is 3⅓ seconds or 1/18 minute, the ultimate ancestor of the helek was a small Babylonian time period called a barleycorn, itself equal to 1/72 of a Babylonian time degree. These measures are not generally used for everyday purposes, instead of the international date line convention, there are varying opinions as to where the day changes. One opinion uses the antimeridian of Jerusalem, the weekdays start with Sunday and proceed to Saturday, Shabbat
21.
Hindu calendar
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Hindu calendar is a collective term for the various lunisolar calendars traditionally used in Hinduism. They adopt a similar underlying concept for timekeeping, but differ in their emphasis to moon cycle or the sun cycle, the names of months. A Hindu calendar is referred to as Panchanga. The ancient Hindu calendar is similar in design to the Jewish calendar. Early Buddhist communities of India adopted the ancient Indian calendar, later Vikrami calendar, Buddhist festivals continue to be scheduled according to a lunar system. The Buddhist calendar and the traditional calendars of Cambodia, Laos, Myanmar, Sri Lanka. Similarly, the ancient Jainism traditions have followed the lunisolar system as the Hindu calendar for festivals, texts. However, the Buddhist and Jaina timekeeping systems have attempted to use the Buddha, the Hindu calendar is also important to the practice of Hindu astrology and zodiac system, most of which it adopted from Greece, in centuries after the arrival of Alexander the Great. The Indian national calendar or Saka calendar was introduced in 1952 based on the traditional Hindu calendars and this study was one of the six ancient Vedangas, or ancillary science connected with the Vedas – the scriptures of Hinduism. The ancient Indian culture developed a time keeping methodology and calendars for Vedic rituals. David Pingree has proposed that the field of timekeeping in Jyotisha may have derived from Mesopotamia during the Achaemenid period. Ohashi states that this Vedanga field developed from actual astronomical studies in ancient India, timekeeping as well as the nature of solar and moon movements are mentioned in Vedic texts. For example, Kaushitaki Brahmana chapter 19.3 mentions the shift in the location of the sun towards north for 6 months. The Vikrami calendar is named after king Vikramaditya and starts in 57 BCE, Hindu scholars attempted to keep time by observing and calculating the cycles of sun, moon and the planets. These texts present Surya and various planets and estimate the characteristics of the respective planetary motion, other texts such as Surya Siddhanta dated to have been complete sometime between the 5th century and 10th century present their chapters on various planets with deity mythologies. The manuscripts of texts exist in slightly different versions, present Surya- and planets-based calculation. These vary in their data, suggesting that the text were open and they tracked the solar year by observing the entrance and departure of surya in the constellation formed by stars in the sky, which they divided into 12 intervals of 30 degrees each. Like other ancient human cultures, Hindus innovated a number of systems of which intercalary months became most used, as their calendar keeping and astronomical observations became more sophisticated, the Hindu calendar became more sophisticated with complex rules and greater accuracy
22.
Vikram Samvat
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Vikram Samvat Nepali, नेपाली पात्रो, Listen ) is an era used in India and Nepal, just like the Christian era started in 1 CE. The Vikram Samvat started in 58/57 BCE in southern and 57/56 BCE in northern systems of Hindu calendar, the era is named after king Vikramaditya. The Vikram Samvat calendar is 56.7 years ahead of the solar Gregorian calendar, for example, the year 2073 BS began in 2016 CE and will end in 2017 CE. The new year begins with the first day of month Baishakh, the first day of the new year is passionately celebrated in a historical carnival that takes place every year in Bhaktapur, called Bisket Jatra. The Rana rulers of Nepal made it their official calendar, there have been calls for the Vikram Samvat to replace Saka as Indias official calendar. The classical Vikram Samvat uses lunar months and solar sidereal years, because 12 months do not match a sidereal year exactly, correctional months are added or occasionally subtracted. A Tithi or lunar day is defined as the time it takes for the angle between the moon and the Sun to increase by 12°. Tithis begin at varying times of day and vary in duration from approximately 19 to approximately 26 hours, a Paksa or lunar fortnight consists of 15 tithis. According to popular tradition, the legendary king Vikramaditya of Ujjain established the Vikrama Samvat era after defeating the Śakas. Kalakacharya Kathanaka by the Jain sage Mahesarasuri gives the account, Gandharvasena, the then-powerful king of Ujjain, abducted a nun called Sarasvati. The enraged monk sought the help of the Śaka ruler King Sahi in Sistan, despite heavy odds but aided by miracles, the Śaka king defeated Gandharvasena and made him a captive. Sarasvati was repatriated, although Gandharvasena himself was forgiven, the defeated king retired to the forest, where he was killed by a tiger. His son, Vikramaditya, being brought up in the forest, had to rule from Pratishthana, later on, Vikramaditya invaded Ujjain and drove away the Śakas. To commemorate this event, he started a new era called the Vikrama era, the Ujjain calendar started around 56-58 BCE, and the subsequent Shaka era calendar was started in 78 CE at Pratishthana. The association of the era beginning in 57 BCE with Vikramaditya is not found in any source before the 9th century CE, the earlier sources call this era by various names, including Kṛṭa, Kritaa, the era of the Malava tribe, or simply, Samvat. The earliest known inscription that calls the era Vikrama is from 842 CE and this inscription of Chauhana ruler Chandamahasena was found at Dholpur, and is dated Vikrama Samvat 898, Vaishakha Shukla 2, Chanda. The earliest known inscription that associates this era with a king called Vikramaditya is dated 971 CE, the earliest literary work that connects the era to Vikramaditya is Subhashita-Ratna-Sandoha by the Jain author Amitagati. V. A. Smith and D. R. Bhandarkar believed that Chandragupta II adopted the title Vikramaditya, earlier, some scholars believed that the Vikrama Samavat corresponded to the Azes era of the Indo-Scythian king King Azes
23.
Indian national calendar
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The Indian national calendar, sometimes called the Saka calendar, is the official civil calendar in use in India along with the Vikram Samvat calendar. It is used, alongside the Gregorian calendar, by The Gazette of India, in broadcasts by All India Radio and in calendars. The Saka calendar is used in Java and Bali among Indonesian Hindus. Nyepi, the Day of Silence, is a celebration of the Saka new year in Bali, nepals Nepal Sambat evolved from the Saka calendar. The term may also refer to the Hindu calendar, the Saka era is also commonly used by other calendars. The calendar months follow the signs of the tropical zodiac rather than the sidereal zodiac normally used with Hindu calendar, in leap years, Chaitra has 31 days and starts on March 21 instead. The months in the first half of the year all have 31 days, the names of the months are derived from older, Hindu lunisolar calendars, so variations in spelling exist, and there is a possible source of confusion as to what calendar a date belongs to. Years are counted in the Saka Era, which starts its year 0 in the year 78 of the Common Era. To determine leap years, add 78 to the Saka year - if the result is a year in the Gregorian calendar. Its structure is like the Persian calendar, despite this effort, local variations based on older sources such as the Surya Siddhanta may still exist. Senior Indian Astrophysicist Meghnad Saha was the head of the Calendar Reform Committee under the aegis of the Council of Scientific, other members of the Committee were, A. C. Banerjee, K. K. Daftari, J. S. Karandikar, Gorakh Prasad, R. V. Vaidya and it was Saha’s effort, which led to the formation of the Committee. The task before the Committee was to prepare an accurate calendar based on scientific study, the Committee had to undertake a detailed study of different calendars prevalent in different parts of the country. The task was complicated by the fact that religion and local sentiments were integral to those calendars. Indias first prime minister, Jawaharlal Nehru, in his preface to the Report of the Committee, published in 1955, wrote, “They represent past political divisions in the country…. ”Usage started officially at Chaitra 1,1879, Saka Era, or March 22,1957, Dionysian Era. However, government officials seem to ignore the New Years Day of this calendar in favour of the religious calendar. Mapping Time, The Calendar and its History by E. G, Calendars and their History Indian Calendars Positional astronomy in India Indian National Calendar abstract
24.
Kali Yuga
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Kali Yuga is the last of the four stages the world goes through as part of the cycle of yugas described in the Sanskrit scriptures, within the present Mahayuga. The other ages are called Satya Yuga, Treta Yuga, Kali Yuga is associated with the demon Kali. The Kali of Kali Yuga means strife, discord, quarrel or contention, according to Puranic sources, Krishnas departure marks the end of Dvapara Yuga and the start of Kali Yuga, which is dated to 17/18 February 3102 BCE. According to the Surya Siddhanta, Kali Yuga began at midnight on 18 February 3102 BCE and this is also considered the date on which Lord Krishna left the earth to return to his heavenly abode. This information is placed at the temple of Bhalka, the place of this incident, according to the astronomer and mathematician Aryabhatta the Kali Yuga started in 3102 BCE. He finished his book “Aryabhattiya” in 499 CE, in which he gives the year of the beginning of Kali Yuga. He writes that he wrote the book in the year 3600 of the Kali Age at the age of 23. As it was the 3600th year of the Kali Age when he was 23 years old, and given that Aryabhatta was born in 476 CE, according to KD Abhyankar, the starting point of Kaliyuga is an extremely rare planetary alignment, which is depicted in the Mohenjo-Daro seals. Going by this alignment the year 3102 BCE is slightly off, the actual date for this alignment is February 7 of 3104 BCE. There is also sufficient proof to believe that Vrdhha Garga knew of precession at least by 500 BCE, Garga had calculated the rate of precession to within 30% of what the modern scholars estimate. The Kali Yuga is thought by some authors to last 6480 years although other durations have been proposed, hindus believe that human civilization degenerates spiritually during the Kali Yuga, which is referred to as the Dark Age because in it people are as far away as possible from God. Hinduism often symbolically represents morality as an indian bull, in Satya Yuga, the first stage of development, the bull has four legs, but in each age morality is reduced by one quarter. By the age of Kali, morality is reduced to only a quarter of that of the golden age, the Mahabharata War and the decimation of Kauravas thus happened at the Yuga-Sandhi, the point of transition from one yuga to another. A discourse by Markandeya in the Mahabharata identifies some of the attributes of Kali Yuga, in relation to rulers, it lists, Rulers will become unreasonable, they will levy taxes unfairly. Rulers will no longer see it as their duty to promote spirituality, or to protect their subjects, people will start migrating, seeking countries where wheat and barley form the staple food source. (Srimad-Bhagavatam With regard to relationships, Markandeyas discourse says, Avarice. Humans will openly display animosity towards each other, people will have thoughts of murder with no justification and will see nothing wrong in that. Lust will be viewed as acceptable and sexual intercourse will be seen as the central requirement of life
25.
Islamic calendar
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The Islamic, Muslim, or Hijri calendar is a lunar calendar consisting of 12 months in a year of 354 or 355 days. It is used to date events in many Muslim countries and it is also used by Muslims to determine the proper days of Islamic holidays and rituals, such as the annual period of fasting and the proper time for the pilgrimage to Mecca. The Islamic calendar employs the Hijri era whose epoch was retrospectively established as the Islamic New Year of AD622, during that year, Muhammad and his followers migrated from Mecca to Yathrib and established the first Muslim community, an event commemorated as the Hijra. In the West, dates in this era are usually denoted AH in parallel with the Christian, in Muslim countries, it is also sometimes denoted as H from its Arabic form. In English, years prior to the Hijra are reckoned as BH, the current Islamic year is 1438 AH. In the Gregorian calendar,1438 AH runs from approximately 3 October 2016 to 21 September 2017, four of the twelve Hijri months are considered sacred, Rajab, and the three consecutive months of Dhū al-Qa‘dah, Dhu al-Ḥijjah and Muḥarram. As the lunar calendar lags behind the solar calendar by about ten days every gregorian year, the cycle repeats every 33 lunar years. Each month of the Islamic calendar commences on the birth of the new lunar cycle, traditionally this is based on actual observation of the crescent marking the end of the previous lunar cycle and hence the previous month, thereby beginning the new month. Consequently, each month can have 29 or 30 days depending on the visibility of the moon, astronomical positioning of the earth and weather conditions. However, certain sects and groups, most notably Dawoodi Bohra Muslims and Shia Ismaili Muslims, use a tabular Islamic calendar in which odd-numbered months have thirty days, in Arabic, the first day of the week corresponds with Sunday of the planetary week. The Islamic weekdays, like those in the Hebrew and Baháí calendars, the Christian liturgical day, kept in monasteries, begins with vespers, which is evening, in line with the other Abrahamic traditions. Christian and planetary weekdays begin at the following midnight, Muslims gather for worship at a mosque at noon on gathering day which corresponds with Friday. Thus gathering day is regarded as the weekly day of rest. A few others have adopted the Saturday-Sunday weekend while making Friday a working day with a midday break to allow time off for worship. Inscriptions of the ancient South Arabian calendars reveal the use of a number of local calendars, at least some of these calendars followed the lunisolar system. For Central Arabia, especially Mecca, there is a lack of epigraphical evidence, both al-Biruni and al-Masudi suggest that the Ancient Arabs used the same month names as the Muslims, though they also record other month names used by the pre-Islamic Arabs. Nevertheless, the Islamic position equating Nisan with Dhū al-Ḥijja has prevailed, for a comparison between the Islamic and pre-Islamic months, see Islamic and Jahili months. The Islamic tradition is unanimous in stating that Arabs of Tihamah, Hejaz, the forbidden months were four months during which fighting is forbidden, listed as Rajab and the three months around the pilgrimage season, Dhu al-Qa‘dah, Dhu al-Hijjah, and Muharram
26.
Javanese calendar
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The Javanese calendar is the calendar of the Javanese people. It is used concurrently with two other calendars, the Gregorian calendar and the Islamic calendar, prior to that, Javanese had used the Hindu calendar or Saka calendar which that starts in 78 CE and uses the solar cycle for calculating time. Sultan Agungs calendar retained the Saka calendar year counting but differs by using the lunar year measurement system as the Islamic calendar. Occasionally it is referred by its Latin name Anno Javanico or AJ, the Javanese calendar contains multiple, overlapping but separate measurements of times, called cycles. Traditionally Javanese people didnt divide day and night hours. The division of a day and night are, The native Javanese system groups days into a week called Pasaran. The name, pasaran, is derived from the root word pasar, the days of the cycle have two names each, because the Javanese language has distinct vocabulary associated with two different registers of politeness, ngoko and krama. The krama names for the days are less common. ꦊꦒꦶ – ꦩꦤꦶꦱ꧀ ꦥꦲꦶꦁ – ꦥꦲꦶꦠ꧀ ꦥꦺꦴꦤ꧀ – ꦥꦼꦠꦏ꧀ ꦮꦒꦺ – ꦕꦼꦩꦺꦁ ꦏ꧀ꦭꦶꦮꦺꦴꦤ꧀ – ꦲꦱꦶꦃ The origin of the names is unclear, possibly, the names may be derived from indigenous gods, like the European and Asian names. Markets no longer operate under this traditional Pasaran cycle, instead pragmatically remaining open every day of the Gregorian week, however many markets in Java still retain traditional names that indicated that once the markets only operated on certain Pasaran days, such as Pasar Legi, or Pasar Kliwon. Javanese people find great interest in their interpretations in this combination. The seven-day-long week cycle is derived from the Islamic calendar, adopted following the spread of Islam in Indonesian archipelago and this combination form the wetonan cycle explained below. The Wetonan cycle superimposes the five-day Pasaran cycle with the week cycle. Each Wetonan cycle lasts 35 days, an example of wetonan cycle, From the example above, the Weton for Tuesday May 6,2008 would be read as Selasa Wage. The Wetonan cycle is important for divinatory systems, and important celebrations, rites of passage, commemorations. An especially prominent example widely still taught at schools is the Weton for the Proclamation of Independence of Indonesia on August 17,1945. It was also coinciding with the Weton for the birth and death of Sultan Agung, therefore, Jumat Legi is considered an important night for pilgrimage. There are also taboos that relate to the cycle, for example, pawukon is a 210-day cycle in Javanese calendar, related to Hindu tradition
27.
Julian calendar
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The Julian calendar, proposed by Julius Caesar in 46 BC, was a reform of the Roman calendar. It took effect on 1 January 45 BC, by edict, the Julian calendar gains against the mean tropical year at the rate of one day in 128 years. For the Gregorian the figure is one day in 3,030 years, the difference in the average length of the year between Julian and Gregorian is 0. 002%. The Julian calendar has a year of 365 days divided into 12 months. A leap day is added to February every four years, the Julian year is, therefore, on average 365.25 days long. It was intended to approximate the tropical year, as a result, the calendar year gains about three days every four centuries compared to observed equinox times and the seasons. This discrepancy was corrected by the Gregorian reform of 1582, consequently, the Julian calendar is currently 13 days behind the Gregorian calendar. Egypt converted on 20 December 1874/1 January 1875, turkey switched on 16 February/1 March 1917. Russia changed on 1/14 February 1918, Greece made the change for civil purposes on 16 February/1 March 1923 - the national day, which was a religious holiday, was to remain on the old calendar. Most Christian denominations in the west and areas evangelised by western churches have replaced the Julian calendar with the Gregorian as the basis for their liturgical calendars. However, most branches of the Eastern Orthodox Church still use the Julian calendar for calculating the date of Easter, some Orthodox churches have adopted the Revised Julian calendar for the observance of fixed feasts, while other Orthodox churches retain the Julian calendar for all purposes. The Julian calendar is used by the Berbers of the Maghreb in the form of the Berber calendar. In the form of the Alexandrian calendar, it is the basis for the Ethiopian calendar, during the changeover between calendars and for some time afterwards, dual dating was used in documents and gave the date according to both systems. In contemporary as well as texts that describe events during the period of change. The ordinary year in the previous Roman calendar consisted of 12 months, in addition, a 27- or 28-day intercalary month, the Mensis Intercalaris, was sometimes inserted between February and March. The net effect was to add 22 or 23 days to the year, some say the mensis intercalaris always had 27 days and began on either the first or the second day after the Terminalia. According to the later writers Censorinus and Macrobius, the ideal intercalary cycle consisted of ordinary years of 355 days alternating with intercalary years, alternately 377 and 378 days long. In this system, the average Roman year would have had 366 1⁄4 days over four years, Macrobius describes a further refinement whereby, in one 8-year period within a 24-year cycle, there were only three intercalary years, each of 377 days
