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99-462: The Germanic peoples had names for the months that varied by region and dialect, but they were later replaced with local adaptations of the Julian month names. Records of Old English and Old High German month names date to the 8th and 9th centuries, respectively. Old Norse month names are attested from the 13th century. As with most pre-modern calendars, the reckoning used in early Germanic culture

198-424: A tropical year . However, since the pontifices were often politicians, and because a Roman magistrate's term of office corresponded with a calendar year, this power was prone to abuse: a pontifex could lengthen a year in which he or one of his political allies was in office, or refuse to lengthen one in which his opponents were in power. Caesar's reform was intended to solve this problem permanently, by creating

297-477: A 48-hour day, and that the intercalated day was the "posterior" half. An inscription from AD 168 states that a.d. V Kal. Mart. was the day after the bissextile day. The 19th century chronologist Ideler argued that Celsus used the term "posterior" in a technical fashion to refer to the earlier of the two days, which requires the inscription to refer to the whole 48-hour day as the bissextile. Some later historians share this view. Others, following Mommsen , take

396-546: A French Jesuit who spent most of his life in India, had specifically demonstrated the analogy between Sanskrit and European languages. According to current academic consensus, Jones's famous work of 1786 was less accurate than his predecessors', as he erroneously included Egyptian , Japanese and Chinese in the Indo-European languages, while omitting Hindi . In 1818, Danish linguist Rasmus Christian Rask elaborated

495-635: A Friday sometime between 8 and 15 January of the Julian calendar, Góa always starts on a Sunday between 7 and 14 February of the Julian calendar. Many of the months have also been used in Scandinavia, the Norwegian linguist Ivar Aasen wrote down the following months in his dictionary, coming in this order: Two of the names are identical to Iceland, and other is similar. They have developed differently in different regions. Þorri

594-677: A PIE homeland, the Kurgan and Anatolian hypotheses are the ones most widely accepted, and also the ones most debated against each other. Following the publication of several studies on ancient DNA in 2015, Colin Renfrew, the original author and proponent of the Anatolian hypothesis, has accepted the reality of migrations of populations speaking one or several Indo-European languages from the Pontic steppe towards Northwestern Europe. The table lists

693-491: A calendar that remained aligned to the sun without any human intervention. This proved useful very soon after the new calendar came into effect. Varro used it in 37 BC to fix calendar dates for the start of the four seasons, which would have been impossible only 8 years earlier. A century later, when Pliny dated the winter solstice to 25 December because the sun entered the 8th degree of Capricorn on that date, this stability had become an ordinary fact of life. Although

792-623: A calendar that would be a combination between the old Roman months, the fixed length of the Egyptian calendar, and the 365 + 1 ⁄ 4 days of Greek astronomy. According to Macrobius, Caesar was assisted in this by a certain Marcus Flavius. Caesar's reform only applied to the Roman calendar . However, in the following decades many of the local civic and provincial calendars of the empire and neighbouring client kingdoms were aligned to

891-549: A conventional mark of reconstructed words, such as * wódr̥ , * ḱwn̥tós , or * tréyes ; these forms are the reconstructed ancestors of the modern English words water , hound , and three , respectively. No direct evidence of PIE exists; scholars have reconstructed PIE from its present-day descendants using the comparative method . For example, compare the pairs of words in Italian and English: piede and foot , padre and father , pesce and fish . Since there

990-517: A corruption of Winnimanoth "pasture-month"), Brachmanoth (" fallow -month"), Heuuimanoth ("hay month"), Aranmanoth (" reaping month"), Witumanoth ("wood month"), Windumemanoth ("vintage month"), Herbistmanoth ("harvest month"), and Heilagmanoth ("holy month"). The calendar month names used in western and northern Europe, in Byzantium, and by the Amazigh (Berbers) , were derived from

1089-453: A detailed, though conservative, overview of the lexical knowledge accumulated by 1959. Jerzy Kuryłowicz's 1956 Apophonie gave a better understanding of Indo-European ablaut . From the 1960s, knowledge of Anatolian became robust enough to establish its relationship to PIE. Scholars have proposed multiple hypotheses about when, where, and by whom PIE was spoken. The Kurgan hypothesis , first put forward in 1956 by Marija Gimbutas , has become

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1188-627: A language. From the 1870s, the Neogrammarians proposed that sound laws have no exceptions, as illustrated by Verner's law , published in 1876, which resolved apparent exceptions to Grimm's law by exploring the role of accent (stress) in language change. August Schleicher 's A Compendium of the Comparative Grammar of the Indo-European, Sanskrit, Greek and Latin Languages (1874–77) represented an early attempt to reconstruct

1287-458: A leap day was inserted in 41 BC to ensure that the first market day of 40 BC did not fall on 1 January, which implies that the old 8-day cycle was not immediately affected by the Julian reform. However, he also reports that in AD ;44, and on some previous occasions, the market day was changed to avoid a conflict with a religious festival. This may indicate that a single nundinal letter

1386-518: A regular intercalary month in February. When Caesar decreed the reform, probably shortly after his return from the African campaign in late Quintilis (July), he added 67 more days by inserting two extraordinary intercalary months between November and December. These months are called Intercalaris Prior and Intercalaris Posterior in letters of Cicero written at the time; there is no basis for

1485-439: A revised calendar. The Julian calendar has two types of years: a normal year of 365 days and a leap year of 366 days. They follow a simple cycle of three normal years and one leap year, giving an average year that is 365.25 days long. That is more than the actual solar year value of approximately 365.2422 days (the current value, which varies), which means the Julian calendar gains one day every 129 years. In other words,

1584-432: A root [[wikt:Reconstruction:Proto-Indo-European/deg-#Proto-Indo-European|*deg-]] meaning "to be hot, to burn". A number of terms for measuring time can be reconstructed for the proto-Germanic period. Bede 's Latin work De temporum ratione ( The Reckoning of Time ), written in 725, describes Old English month names. Bede mentions intercalation , the intercalary month being inserted around midsummer. The following

1683-613: A thousand years. According to the prevailing Kurgan hypothesis , the original homeland of the Proto-Indo-Europeans may have been in the Pontic–Caspian steppe of eastern Europe. The linguistic reconstruction of PIE has provided insight into the pastoral culture and patriarchal religion of its speakers. As speakers of Proto-Indo-European became isolated from each other through the Indo-European migrations ,

1782-648: Is 1.53 days longer than eight mean Julian years . The length of nineteen years in the cycle of Meton was 6,940 days, six hours longer than the mean Julian year. The mean Julian year was the basis of the 76-year cycle devised by Callippus (a student under Eudoxus) to improve the Metonic cycle. In Persia (Iran) after the reform in the Persian calendar by introduction of the Persian Zoroastrian (i. e. Young Avestan) calendar in 503 BC and afterwards,

1881-422: Is a consistent correspondence of the initial consonants ( p and f ) that emerges far too frequently to be coincidental, one can infer that these languages stem from a common parent language . Detailed analysis suggests a system of sound laws to describe the phonetic and phonological changes from the hypothetical ancestral words to the modern ones. These laws have become so detailed and reliable as to support

1980-416: Is a simple cycle of three "normal" years followed by a leap year and this pattern repeats forever without exception. The Julian year is, therefore, on average 365.25 days long. Consequently, the Julian year drifts over time with respect to the tropical (solar) year (365.24217 days). Although Greek astronomers had known, at least since Hipparchus , a century before the Julian reform, that the tropical year

2079-627: Is an English translation of Bede's Latin text : "It did not seem [right] to me that I should speak of other nations' observance of the year and yet be silent about my own nation's. In the old days the English people calculated their months according to the course of the moon. Hence, after the manner of the Greeks and the Romans, [the months] take their names from the Moon, for the Moon is called mona and

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2178-517: Is believed to have had an elaborate system of morphology that included inflectional suffixes (analogous to English child, child's, children, children's ) as well as ablaut (vowel alterations, as preserved in English sing, sang, sung, song ) and accent . PIE nominals and pronouns had a complex system of declension , and verbs similarly had a complex system of conjugation . The PIE phonology , particles , numerals , and copula are also well-reconstructed. Asterisks are used by linguists as

2277-471: Is peculiar in that each month always start on the same day of week . This was achieved by having 4  epagomenal days to bring the number of days up to 364, and then adding a sumarauki week in the middle of summer of some years. This was eventually done so as to ensure that the "summer season" begins on the Thursday between 9 and 15 April in the Julian calendar . Hence Þorri always starts on

2376-522: Is pronounced "tærri", "torre" and similar, and can mean both the moon after Yule-month, or be a name for January or February. Julian calendar The Julian calendar is a solar calendar of 365 days in every year with an additional leap day every fourth year (without exception). The Julian calendar is still used as a religious calendar in parts of the Eastern Orthodox Church and in parts of Oriental Orthodoxy as well as by

2475-521: Is reflected in the Proto-Germanic term *mēnōþs "month" ( Old English mōnaþ , Old Saxon mānuth , Old Norse mánaðr , and Old High German mānod , Gothic mēnōþs ), being a derivation of the word for " moon ", *mēnô  — which shares its ancestry with the Greek mene "moon", men "month", and Latin mensis "month". Tacitus gives some indication of how

2574-622: Is the Icelandic calendar, developed in the 10th century: Inspired by the Julian calendar it introduced a purely solar reckoning with a year, having a fixed number of weeks (52 weeks or 364 days). This necessitated the introduction of "leap weeks" instead of Julian leap days. The old Icelandic calendar is not in official use anymore, but some Icelandic holidays and annual feasts are still calculated from it. It has 12 months, of 30 days broken down into two groups of six often termed "winter months" and "summer months". The calendar

2673-424: Is the reconstructed common ancestor of the Indo-European language family . No direct record of Proto-Indo-European exists; its proposed features have been derived by linguistic reconstruction from documented Indo-European languages. Far more work has gone into reconstructing PIE than any other proto-language , and it is the best understood of all proto-languages of its age. The majority of linguistic work during

2772-822: The Alexandrian calendar and the Ancient Macedonian calendar ─which had two forms: the Syro-Macedonian and the 'Asian' calendars. Other reformed calendars are known from Cappadocia , Cyprus and the cities of (Roman) Syria and Palestine. Unreformed calendars continued to be used in Gaul (the Coligny calendar ), Greece, Macedon, the Balkans and parts of Palestine, most notably in Judea. The Asian calendar

2871-644: The Amazigh people (also known as the Berbers). The Julian calendar was proposed in 46 BC by (and takes its name from) Julius Caesar , as a reform of the earlier Roman calendar , which was largely a lunisolar one. It took effect on 1 January 45 BC , by his edict . Caesar's calendar became the predominant calendar in the Roman Empire and subsequently most of the Western world for more than 1,600 years, until 1582 when Pope Gregory XIII promulgated

2970-558: The Indian subcontinent became aware of similarities between Indo-Iranian languages and European languages, and as early as 1653, Marcus Zuerius van Boxhorn had published a proposal for a proto-language ("Scythian") for the following language families: Germanic , Romance , Greek , Baltic , Slavic , Celtic , and Iranian . In a memoir sent to the Académie des Inscriptions et Belles-Lettres in 1767, Gaston-Laurent Coeurdoux ,

3069-591: The Neogrammarian hypothesis : the Indo-European sound laws apply without exception. William Jones , an Anglo-Welsh philologist and puisne judge in Bengal , caused an academic sensation when in 1786 he postulated the common ancestry of Sanskrit , Greek , Latin , Gothic , the Celtic languages , and Old Persian , but he was not the first to state such a hypothesis. In the 16th century, European visitors to

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3168-550: The liturgical calendar of the Roman Catholic Church. However, Celsus' definition continued to be used for legal purposes. It was incorporated into Justinian's Digest , and in the English Statute De Anno et Die Bissextili of 1236, which was not formally repealed until 1879. The effect of the bissextile day on the nundinal cycle is not discussed in the sources. According to Dio Cassius,

3267-524: The month names reflected Ottoman tradition. Proto-Indo-European language Pontic Steppe Caucasus East Asia Eastern Europe Northern Europe Pontic Steppe Northern/Eastern Steppe Europe South Asia Steppe Europe Caucasus India Indo-Aryans Iranians East Asia Europe East Asia Europe Indo-Aryan Iranian Indo-Aryan Iranian Others European Proto-Indo-European ( PIE )

3366-478: The 19th century was devoted to the reconstruction of PIE and its daughter languages , and many of the modern techniques of linguistic reconstruction (such as the comparative method ) were developed as a result. PIE is hypothesized to have been spoken as a single language from approximately 4500 BCE to 2500 BCE during the Late Neolithic to Early Bronze Age , though estimates vary by more than

3465-770: The 19th century. The only agreement between the Old English and the Old High German (Carolingian) month names is the naming of April as "Easter month". Both traditions have a "holy month"; however, it is the name of September in the Old English system and of December in the Old High German one. A separate tradition of month names developed in 10th century Iceland, see #Icelandic calendar . The Old High German month names introduced by Charlemagne persisted in regional usage and survive in German dialectal usage. The Latin month names were in predominant use throughout

3564-620: The Germanic peoples of the first century reckoned the days. In contrast to Roman usage, they considered the day to begin at sunset, a system that in the Middle Ages came to be known as the " Florentine reckoning ". The same system is also recorded for the Gauls in Caesar's Gallic Wars . The concept of the week , on the other hand, was adopted from the Romans, from about the first century,

3663-514: The Gregorian calendar diverges from astronomical observations by one day in 3,030 years). Although the new calendar was much simpler than the pre-Julian calendar, the pontifices initially added a leap day every three years, instead of every four. There are accounts of this in Solinus, Pliny, Ammianus, Suetonius, and Censorinus. Macrobius gives the following account of the introduction of

3762-464: The Julian calendar by transforming them into calendars with years of 365 days with an extra day intercalated every four years. The reformed calendars typically retained many features of the unreformed calendars. In many cases, the New Year was not on 1 January, the leap day was not on the traditional bissextile day , the old month names were retained, the lengths of the reformed months did not match

3861-406: The Julian calendar gains 3.1 days every 400 years. Gregory's calendar reform modified the Julian rule, to reduce the average length of the calendar year from 365.25 days to 365.2425 days and thus corrected the Julian calendar's drift against the solar year : the Gregorian calendar gains just 0.1 day over 400 years. For any given event during the years from 1901 through 2099, its date according to

3960-417: The Julian calendar is 13 days behind its corresponding Gregorian date (for instance Julian 1 January falls on Gregorian 14 January). Most Catholic countries adopted the new calendar immediately; Protestant countries did so slowly in the course of the following two centuries or so; most Orthodox countries retain the Julian calendar for religious purposes but adopted the Gregorian as their civil calendar in

4059-444: The Julian calendar: Caesar's regulation of the civil year to accord with his revised measurement was proclaimed publicly by edict, and the arrangement might have continued to stand had not the correction itself of the calendar led the priests to introduce a new error of their own; for they proceeded to insert the intercalary day, which represented the four quarter-days, at the beginning of each fourth year instead of at its end, although

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4158-487: The Kalends of March'), usually abbreviated as a.d. bis VI Kal. Mart. ; hence it is called in English the bissextile day. The year in which it occurred was termed annus bissextus , in English the bissextile year. There is debate about the exact position of the bissextile day in the early Julian calendar. The earliest direct evidence is a statement of the 2nd century jurist Celsus , who states that there were two-halves of

4257-578: The Latin names. However, in eastern Europe older seasonal month names continued to be used into the 19th century, and in some cases are still in use, in many languages, including: Belarusian , Bulgarian , Croatian , Czech , Finnish, Georgian , Lithuanian , Macedonian , Polish , Romanian , Slovene , Ukrainian . When the Ottoman Empire adopted the Julian calendar, in the form of the Rumi calendar,

4356-636: The Nile delta in October 48 BC and soon became embroiled in the Ptolemaic dynastic war, especially after Cleopatra managed to be "introduced" to him in Alexandria . Caesar imposed a peace, and a banquet was held to celebrate the event. Lucan depicted Caesar talking to a wise man called Acoreus during the feast, stating his intention to create a calendar more perfect than that of Eudoxus (Eudoxus

4455-569: The North Adriatic region are sometimes classified as Italic. Albanian and Greek are the only surviving Indo-European descendants of a Paleo-Balkan language area, named for their occurrence in or in the vicinity of the Balkan peninsula . Most of the other languages of this area—including Illyrian , Thracian , and Dacian —do not appear to be members of any other subfamilies of PIE, but are so poorly attested that proper classification of them

4554-638: The Pontic–Caspian steppe and into eastern Europe. Other theories include the Anatolian hypothesis , which posits that PIE spread out from Anatolia with agriculture beginning c. 7500–6000 BCE, the Armenian hypothesis , the Paleolithic continuity paradigm , and the indigenous Aryans theory. The last two of these theories are not regarded as credible within academia. Out of all the theories for

4653-526: The Proto-Indo-European and Proto-Kartvelian languages due to early language contact , as well as some morphological similarities—notably the Indo-European ablaut , which is remarkably similar to the root ablaut system reconstructible for Proto-Kartvelian. The Lusitanian language was a marginally attested language spoken in areas near the border between present-day Portugal and Spain . The Venetic and Liburnian languages known from

4752-471: The approximation of 365 + 1 ⁄ 4 days for the tropical year had been known for a long time, ancient solar calendars had used less precise periods, resulting in gradual misalignment of the calendar with the seasons. The octaeteris , a cycle of eight lunar years popularised by Cleostratus (and also commonly attributed to Eudoxus ) which was used in some early Greek calendars, notably in Athens ,

4851-404: The best philosophers and mathematicians of his time to solve the problem of the calendar. Pliny says that Caesar was aided in his reform by the astronomer Sosigenes of Alexandria who is generally considered the principal designer of the reform. Sosigenes may also have been the author of the astronomical almanac published by Caesar to facilitate the reform. Eventually, it was decided to establish

4950-507: The character of the associated dates to be changed to NP . However, this practice was discontinued around the reign of Claudius , and the practice of characterising days fell into disuse around the end of the first century AD: the Antonine jurist Gaius speaks of dies nefasti as a thing of the past. The old intercalary month was abolished. The new leap day was dated as ante diem bis sextum Kalendas Martias ('the sixth doubled day before

5049-546: The common origin of Sanskrit, Persian, Greek, Latin, and German. In 1833, he began publishing the Comparative Grammar of Sanskrit, Zend , Greek, Latin, Lithuanian, Old Slavic, Gothic, and German . In 1822, Jacob Grimm formulated what became known as Grimm's law as a general rule in his Deutsche Grammatik . Grimm showed correlations between the Germanic and other Indo-European languages and demonstrated that sound change systematically transforms all words of

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5148-595: The correct Julian calendar. Due to the confusion about this period, we cannot be sure exactly what day (e.g. Julian day number ) any particular Roman date refers to before March of 8 BC, except for those used in Egypt in 24   BC which are secured by astronomy. An inscription has been discovered which orders a new calendar to be used in the Province of Asia to replace the previous Greek lunar calendar. According to one translation Intercalation shall commence on

5247-469: The date in both calendars was the same. The dates in the Alexandrian and Julian calendars are in one-to-one correspondence except for the period from 29 August in the year preceding a Julian leap year to the following 24 February. From a comparison of the astronomical data with the Egyptian and Roman dates, Alexander Jones concluded that the Egyptian astronomers (as opposed to travellers from Rome) used

5346-408: The day after 14 Peritius [a.d. IX Kal. Feb, which would have been 15 Peritius] as it is currently constituted in the third year following promulgation of the decree. Xanthicus shall have 32 days in this intercalary year. This is historically correct. It was decreed by the proconsul that the first day of the year in the new calendar shall be Augustus' birthday, a.d. IX Kal. Oct. Every month begins on

5445-494: The early part of the twentieth century. The ordinary year in the previous Roman calendar consisted of 12 months, for a total of 355 days. In addition, a 27- or 28-day intercalary month , the Mensis Intercalaris , was sometimes inserted between February and March. This intercalary month was formed by inserting 22 or 23 days after the first 23 days of February; the last five days of February, which counted down toward

5544-582: The effects of hypothetical sounds which no longer exist in all languages documented prior to the excavation of cuneiform tablets in Anatolian. This theory was first proposed by Ferdinand de Saussure in 1879 on the basis of internal reconstruction only, and progressively won general acceptance after Jerzy Kuryłowicz 's discovery of consonantal reflexes of these reconstructed sounds in Hittite. Julius Pokorny 's Indogermanisches etymologisches Wörterbuch ('Indo-European Etymological Dictionary', 1959) gave

5643-673: The ephemeral month names of the post-Augustan Roman emperors were the Old High German names introduced by Charlemagne . According to his biographer, Einhard, Charlemagne renamed all of the months agriculturally in German. These names were used until the 15th century, over 700 years after his rule, and continued, with some modifications, to be used as "traditional" month names until the late 18th century. The names (January to December) were: Wintarmanoth ("winter month"), Hornung , Lentzinmanoth ("spring month", " Lent month"), Ostarmanoth (" Easter month"), Wonnemanoth (" joy -month",

5742-525: The extra days were added immediately before the last day of each month to avoid disturbing the position of the established religious ceremonies relative to the Nones and Ides of the month. The inserted days were all initially characterised as dies fasti ( F – see Roman calendar ). The character of a few festival days was changed. In the early Julio-Claudian period a large number of festivals were decreed to celebrate events of dynastic importance, which caused

5841-654: The first day of summer is marked by the Tiburtius Day  [ de ] (14 April) and the first day of winter by the Calixtus Day (14 October). The month names do not coincide, so it is not possible to postulate names of a Common Germanic stage, except possibly the names of a spring month and a winter month, *austrǭ and *jehwlą . The names of the seasons are Common Germanic, *sumaraz , *harbistaz , *wintruz , and *wazrą for "spring" in north Germanic, but in west Germanic

5940-528: The first day of the year (1 Farvardin= Nowruz ) slipped against the vernal equinox at the rate of approximately one day every four years. Likewise in the Egyptian calendar , a fixed year of 365 days was in use, drifting by one day against the sun in four years. An unsuccessful attempt to add an extra day every fourth year was made in 238 BC ( Decree of Canopus ). Caesar probably experienced this "wandering" or "vague" calendar in that country. He landed in

6039-569: The implied proleptic Julian date for the first day of Caesar's reformed calendar and the first Julian date on which the Roman calendar date matches the Julian calendar after the completion of Augustus' reform. By the systems of Scaliger, Ideler and Bünting, the leap years prior to the suspension happen to be BC years that are divisible by 3, just as, after leap year resumption, they are the AD years divisible by 4. Pierre Brind'Amour argued that "only one day

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6138-429: The intercalation ought to have been made at the end of each fourth year and before the beginning of the fifth. This error continued for thirty-six years by which time twelve intercalary days had been inserted instead of the number actually due, namely nine. But when this error was at length recognised, it too was corrected, by an order of Augustus, that twelve years should be allowed to pass without an intercalary day, since

6237-413: The kalends of the corresponding Roman month; thus the year began on 23 September, Augustus's birthday. The first step of the reform was to realign the start of the calendar year (1 January) to the tropical year by making 46 BC 445 days long, compensating for the intercalations which had been missed during Caesar's pontificate. This year had already been extended from 355 to 378 days by the insertion of

6336-428: The lengths of Julian months, and, even if they did, their first days did not match the first day of the corresponding Julian month. Nevertheless, since the reformed calendars had fixed relationships to each other and to the Julian calendar, the process of converting dates between them became quite straightforward, through the use of conversion tables known as "hemerologia". The three most important of these calendars are

6435-654: The main Indo-European language families, comprising the languages descended from Proto-Indo-European. Slavic: Russian , Ukrainian , Belarusian , Polish , Czech , Slovak , Sorbian , Serbo-Croatian , Bulgarian , Slovenian , Macedonian , Kashubian , Rusyn Iranic: Persian , Pashto , Balochi , Kurdish , Zaza , Ossetian , Luri , Talyshi , Tati , Gilaki , Mazandarani , Semnani , Yaghnobi ; Nuristani Commonly proposed subgroups of Indo-European languages include Italo-Celtic , Graeco-Aryan , Graeco-Armenian , Graeco-Phrygian , Daco-Thracian , and Thraco-Illyrian . There are numerous lexical similarities between

6534-499: The medieval period, although the Summarium Heinrici , an 11th century pedagogical compendium, in chapter II.15 ( De temporibus et mensibus et annis ) advocates the use of the German month names rather than the more widespread Latin ones. In the late medieval to early modern period, dialectal or regional month names were adopted for use in almanacs , and a number of variants or innovations developed, comparable to

6633-452: The month monath . The first month, which the Latins call January, is Ġiuli ; February is called Solmonath ; March Hrethmonath ; April, Eosturmonath ; May, Thrimilchi ; June, Litha ; July [is] also [called] Litha ; August, Weodmonath ; September, Helegmonath ; October, Winterfilleth ; November, Blodmonath ; December, Ġiuli – the same name by which January is called. They began

6732-534: The most popular. It proposes that the original speakers of PIE were the Yamnaya culture associated with the kurgans (burial mounds) on the Pontic–Caspian steppe north of the Black Sea. According to the theory, they were nomadic pastoralists who domesticated the horse , which allowed them to migrate across Europe and Asia in wagons and chariots. By the early 3rd millennium BCE, they had expanded throughout

6831-479: The new one as 24 January, a.d. IX Kal. Feb 5 BC in the Julian calendar, which was a leap year. Thus from inception the dates of the reformed Asian calendar are in one-to-one correspondence with the Julian. Another translation of this inscription is Intercalation shall commence on the day after the fourteenth day in the current month of Peritius [a.d. IX Kal. Feb], occurring every third year. Xanthicus shall have 32 days in this intercalary year. This would move

6930-405: The ninth day before the kalends. The date of introduction, the day after 14 Peritius, was 1 Dystrus, the next month. The month after that was Xanthicus. Thus Xanthicus began on a.d. IX Kal. Mart., and normally contained 31 days. In leap year, however, it contained an extra "Sebaste day", the Roman leap day, and thus had 32 days. From the lunar nature of the old calendar we can fix the starting date of

7029-463: The other follows. Good Jesu, thanks be to thee, who hast turned us away from these vanities and given us [grace] to offer to thee the sacrifice of praise." Charlemagne (r. 768–814) recorded agricultural Old High German names for the Julian months. These month- and seasonal-names remained in use, with regional variants and innovations, until the end of the Middle Ages across German-speaking Europe , and they persisted in popular or dialectal use into

7128-509: The other six to winter. Hence they called the month in which the winter season began "Winterfilleth" , a name made up from "winter" and "full moon", because winter began on the full Moon of that month. Nor is it irrelevant if we take the trouble to translate the names of the other months: The [two] months of Giuli derive their name from the day when the Sun turns back [and begins] to increase, because one of [these months] precedes [this day] and

7227-426: The proto-Indo-European language. By the early 1900s, Indo-Europeanists had developed well-defined descriptions of PIE which scholars still accept today. Later, the discovery of the Anatolian and Tocharian languages added to the corpus of descendant languages. A subtle new principle won wide acceptance: the laryngeal theory , which explained irregularities in the reconstruction of Proto-Indo-European phonology as

7326-411: The provincial calendars that were aligned to the Julian calendar. Other name changes were proposed but were never implemented. Tiberius rejected a senatorial proposal to rename September as "Tiberius" and October as "Livius", after his mother Livia. Antoninus Pius rejected a senatorial decree renaming September as "Antoninus" and November as "Faustina", after his empress . Much more lasting than

7425-400: The realignment had been completed, in 45 BC. The Julian months were formed by adding ten days to a regular pre-Julian Roman year of 355 days, creating a regular Julian year of 365 days. Two extra days were added to January, Sextilis (August) and December, and one extra day was added to April, June, September, and November. February was not changed in ordinary years, and so continued to be

7524-428: The regional dialects of Proto-Indo-European spoken by the various groups diverged, as each dialect underwent shifts in pronunciation (the Indo-European sound laws ), morphology, and vocabulary. Over many centuries, these dialects transformed into the known ancient Indo-European languages. From there, further linguistic divergence led to the evolution of their current descendants, the modern Indo-European languages. PIE

7623-503: The sequence of twelve such years would account for the three days which, in the course of thirty-six years, had been introduced by the premature actions of the priests. So, according to Macrobius, Some people have had different ideas as to how the leap years went. The above scheme is that of Scaliger (1583) in the table below. He established that the Augustan reform was instituted in 8 BC. The table below shows for each reconstruction

7722-730: The set of correspondences in his prize essay Undersøgelse om det gamle Nordiske eller Islandske Sprogs Oprindelse ('Investigation of the Origin of the Old Norse or Icelandic Language'), where he argued that Old Norse was related to the Germanic languages, and had even suggested a relation to the Baltic, Slavic, Greek, Latin and Romance languages. In 1816, Franz Bopp published On the System of Conjugation in Sanskrit , in which he investigated

7821-458: The start of March, became the last five days of Intercalaris. The net effect was to add 22 or 23 days to the year, forming an intercalary year of 377 or 378 days. Some say the mensis intercalaris always had 27 days and began on either the first or the second day after the Terminalia (23 February). If managed correctly this system could have allowed the Roman year to stay roughly aligned to

7920-422: The starting date back three years to 8 BC, and from the lunar synchronism back to 26 January (Julian). But since the corresponding Roman date in the inscription is 24 January, this must be according to the incorrect calendar which in 8 BC Augustus had ordered to be corrected by the omission of leap days. As the authors of the previous paper point out, with the correct four-year cycle being used in Egypt and

8019-570: The statement sometimes seen that they were called " Undecimber " and " Duodecimber ", terms that arose in the 18th century over a millennium after the Roman Empire's collapse. Their individual lengths are unknown, as is the position of the Nones and Ides within them. Because 46 BC was the last of a series of irregular years, this extra-long year was, and is, referred to as the "last year of confusion". The new calendar began operation after

8118-423: The term *langatīnaz was used. The Common Germanic terms for "day", "month" and "year" were *dagaz , *mēnōþs and *jērą . The latter two continue Proto-Indo-European [[wikt:Reconstruction:Proto-Indo-European/mḗh 1 n̥s#Proto-Indo-European|*mḗh 1 n̥s]] , [[wikt:Reconstruction:Proto-Indo-European/yóh 1 r̥#Proto-Indo-European|*yóh 1 r̥]] , while *dagaz is a Germanic innovation from

8217-653: The three-year cycle abolished in Rome, it is unlikely that Augustus would have ordered the three-year cycle to be introduced in Asia. The Julian reform did not immediately cause the names of any months to be changed. The old intercalary month was abolished and replaced with a single intercalary day at the same point (i.e., five days before the end of February). The Romans later renamed months after Julius Caesar and Augustus, renaming Quintilis as "Iulius" (July) in 44 BC and Sextilis as "Augustus" (August) in 8 BC. Quintilis

8316-688: The tradition of "Indian month names" developed in American Farmers' Almanacs in the early 20th century. Some of the Farmers' Almanacs' "Indian month names" are in fact derived from continental tradition. The Old English month names fell out of use entirely, being revived only in a fictional context in the Shire calendar constructed by J. R. R. Tolkien for use in his The Lord of the Rings . MHG lenzemânot ("harvest month") A special case

8415-410: The traditional 28 days. Thus, the ordinary (i.e., non-leap year) lengths of all of the months were set by the Julian calendar to the same values they still hold today. The Julian reform did not change the method used to account days of the month in the pre-Julian calendar , based on the Kalends, Nones and Ides, nor did it change the positions of these three dates within the months. Macrobius states that

8514-416: The usual 12]) they assigned the extra month to summer, so that three months together bore the name "Litha" ; hence they called [the embolismic] year "Thrilithi" . It had four summer months, with the usual three for the other seasons. But originally, they divided the year as a whole into two seasons: summer and winter. They assigned the six months in which the days are longer than the nights to summer, and

8613-667: The various Germanic languages having adopted the Greco-Roman system of naming of the days of the week after the classical planets , inserting loan translations for the names of the planets, substituting the names of Germanic gods in a process known as interpretatio germanica . The year was divided into a summer half and a winter half, as attested in Old English and medieval Scandinavian sources. In Scandinavia this continued after Christianization; in Norway and Sweden

8712-426: The view that Celsus was using the ordinary Latin (and English) meaning of "posterior". A third view is that neither half of the 48-hour "bis sextum" was originally formally designated as intercalated, but that the need to do so arose as the concept of a 48-hour day became obsolete. There is no doubt that the bissextile day eventually became the earlier of the two days for most purposes. In 238 Censorinus stated that it

8811-526: The year on the 8th  kalends of January [25 December], when we celebrate the birth of the Lord . That very night, which we hold so sacred, they used to call by the heathen word Modranecht , that is, "mother's night", because (we suspect) of the ceremonies they enacted all that night. Whenever it was a common year, they gave three lunar months to each season. When a year with an embolismic month occurred (that is, one with 13 lunar months [instead of

8910-411: Was an adaptation of the Ancient Macedonian calendar used in the Roman province of Asia and, with minor variations, in nearby cities and provinces. It is known in detail through the survival of decrees promulgating it issued in 8   BC by the proconsul Paullus Fabius Maximus . It renamed the first month Dios as Kaisar , and arranged the months such that each month started on the ninth day before

9009-521: Was assigned to both halves of the 48-hour bissextile day by this time, so that the Regifugium and the market day might fall on the same date but on different days. In any case, the 8-day nundinal cycle began to be displaced by the 7-day week in the first century AD, and dominical letters began to appear alongside nundinal letters in the fasti. The Julian calendar has two types of year: "normal" years of 365 days and "leap" years of 366 days. There

9108-514: Was inserted after the Terminalia (23 February) and was followed by the last five days of February, i.e., a.d. VI, V, IV, III and prid. Kal. Mart. (which would be 24 to 28 February in a common year and the 25th to 29th in a leap year). Hence he regarded the bissextum as the first half of the doubled day. All later writers, including Macrobius about 430, Bede in 725, and other medieval computists (calculators of Easter) followed this rule, as does

9207-467: Was intercalated between 1/1/45 and 1/1/40 (disregarding a momentary 'fiddling' in December of 41) to avoid the nundinum falling on Kal. Ian." Alexander Jones says that the correct Julian calendar was in use in Egypt in 24 BC, implying that the first day of the reform in both Egypt and Rome, 1 January 45 BC , was the Julian date 1 January if 45 BC was a leap year and 2 January if it

9306-451: Was likely lunisolar . As an example, the Runic calendar developed in medieval Sweden was lunisolar, fixing the beginning of the year at the first full moon after winter solstice . The Germanic calendars were lunisolar , the months corresponding to lunations . Tacitus writes in his Germania (Chapter 11) that the Germanic peoples observed the lunar months. The lunisolar calendar

9405-476: Was not. This necessitates fourteen leap days up to and including AD 8 if 45 BC was a leap year and thirteen if it was not. In 1999, a papyrus was discovered which gives the dates of astronomical phenomena in 24 BC in both the Egyptian and Roman calendars. From 30 August 26 BC (Julian) , Egypt had two calendars: the old Egyptian in which every year had 365 days and the new Alexandrian in which every fourth year had 366 days. Up to 28 August 22 BC (Julian)

9504-458: Was popularly credited with having determined the length of the year to be 365 + 1 ⁄ 4 days). But the war soon resumed and Caesar was attacked by the Egyptian army for several months until he achieved victory. He then enjoyed a long cruise on the Nile with Cleopatra before leaving the country in June 47 BC. Caesar returned to Rome in 46 BC and, according to Plutarch , called in

9603-693: Was renamed to honour Caesar because it was the month of his birth. According to a senatus consultum quoted by Macrobius, Sextilis was renamed to honour Augustus because several of the most significant events in his rise to power, culminating in the fall of Alexandria, occurred in that month. Other months were renamed by other emperors, but apparently none of the later changes survived their deaths. In AD 37, Caligula renamed September as "Germanicus" after his father ; in AD 65, Nero renamed April as "Neroneus", May as "Claudius" and June as "Germanicus"; and in AD 84 Domitian renamed September as "Germanicus" and October as "Domitianus". Commodus

9702-597: Was slightly shorter than 365.25 days, the calendar did not compensate for this difference. As a result, the calendar year gains about three days every four centuries compared to observed equinox times and the seasons. This discrepancy was largely corrected by the Gregorian reform of 1582. The Gregorian calendar has the same months and month lengths as the Julian calendar, but, in the Gregorian calendar, year numbers evenly divisible by 100 are not leap years, except that those evenly divisible by 400 remain leap years (even then,

9801-496: Was unique in renaming all twelve months after his own adopted names (January to December): "Amazonius", "Invictus", "Felix", "Pius", "Lucius", "Aelius", "Aurelius", "Commodus", "Augustus", "Herculeus", "Romanus", and "Exsuperatorius". The emperor Tacitus is said to have ordered that September, the month of his birth and accession, be renamed after him, but the story is doubtful since he did not become emperor before November 275. Similar honorific month names were implemented in many of

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