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{{Short description|Hindu text on astrology}} | |||
{{italic title}} | {{italic title}} | ||
{{Use dmy dates|date=November 2014}} | {{Use dmy dates|date=November 2014}} | ||
{{Use Indian English|date=November 2014}} | {{Use Indian English|date=November 2014}} | ||
'''''Vedanga Jyotisha''''' ({{IAST3|Vedāṅga Jyotiṣa}}), or '''''Jyotishavedanga''''' ({{IAST|Jyotiṣavedāṅga}}), is one of earliest known Indian texts on ] ('']'').<ref>{{cite book |title=Kalaprakasika |author=N. P. Subramania Iyer |date=1991 |publisher=] |page=3}}</ref> The extant text is dated to the final centuries BCE,{{sfn|Witzel|2001}} but it may be based on a tradition reaching back to about 700-600 BCE.{{sfn|Subbarayappa|1989|pp=25–40}} | |||
The text is foundational to |
The text is foundational to ''Jyotisha'', one of the six ] disciplines.<ref>{{cite book |author=Hart Defouw |year=1996 |title=Light on Life: An Introduction to the Astrology of India |publisher=Penguin |url=https://archive.org/details/lightonlifeintro00defo |url-access=registration |page= |isbn=978-0-14-019507-1}}</ref> Its author is traditionally named as Lagadha.<ref>], ''History of Science and Technology in Ancient India'', Firma K.L Mukhopadhyaya (1986), pp. 486–494</ref><ref>], '']'', ] (1997), p. 977</ref>{{sfn|Chakraverti|2007|p=33}} | ||
⚫ | == Textual history == | ||
==Calculations== | |||
⚫ | The dating of the ''Vedanga Jyotisha'' is relevant for the dating of the ].{{sfn|Witzel|2001}} The ''Vedanga Jyotisha'' describes the ] for the period of ca. 1400 BCE. This description has been used to date the ''Vedanga Jyotisha''.{{sfn|Witzel|2001}} According to ], the question is "whether the description as given in the Jyotisha is also the date of the text in which it is transmitted. It is written in two recensions – ] recensions and ] recensions. Rigveda recensions and Yajurveda recensions have same verses except for eight additional verses in the Yajurveda's one".{{sfn|Witzel|2001}} T. K. S. Sastry and R. Kochhar suppose that the ''Vedanga Jyotisha'' was written in the period that it describes, and therefore propose an early date, between 1370 and 1150 BCE.{{sfn|Witzel|2001}} ] dates the described solstice as about 1180 BCE, but notes that the relevance of this computation to the date of the ''Vedanga Jyotisha'' is not evident.<ref>{{Citation | last = Pingree | first = David | author-link = David Pingree | date = 1973 | title = The Mesopotamian Origin of Early Indian Mathematical Astronomy | journal = Journal for the History of Astronomy | volume = 4 | pages = 1–12 | bibcode = 1973JHA.....4....1P | doi = 10.1177/002182867300400102 | s2cid = 125228353 }}</ref> The estimation of 1400-1200 BCE has been followed by others,{{sfn|Klostermaier|2010|p=977}}{{sfn|Subbarayappa|1989|p=29}} with Subbarayappa adding that the extant form can possibly be from 700-600 BCE.{{sfn|Subbarayappa|1989|p=29}} | ||
According to ], the astronomy of the Vedāṅga Jyotiṣa is based on the use of mean motions of the sun and the moon. VJ's internal date of c. 1400 BCE is obtained from its assertion that the winter solstice was at the asterism Sravishtha (Delphini) also known as ].<ref>Subhash Kak, ''Astronomy of the age of geometric altars. " Quarterly Journal of the Royal Astronomical Society, vol. 36, 1995.|</ref> It has intercalation rules for computation of ]s and ]. It divides the day into 603 parts and the ecliptic into 27 equal nakshatra segments. | |||
⚫ | Other authors propose a later composition. Santanu Chakraverti writes that it has been composed after 700 BCE,{{sfn|Chakraverti|2007|p=33}} while Michael Witzel dates it to the last centuries BCE, based on the style of composing.{{sfn|Witzel|2001}} According to Chakraverti, its description of the winter solstice is correct for ca. 1400 BCE, but not for the time of its composition after 700 BCE.{{sfn|Chakraverti|2007|p=33}} This may be due to the incorporation of late ] astronomical knowledge into the Vedic fold,{{sfn|Chakraverti|2007|p=33}} an idea also proposed by Subbarayappa.{{sfn|Subbarayappa|1989|pp=47–48}} Michael Witzel notes: | ||
⚫ | ==Textual history== | ||
⚫ | {{quote|nly if one is convinced that Lagadha intended the solstice to be exactly at alpha ] of ], one can date his observations back to the late second millennium. Since that cannot be shown beyond doubt, since the composition of the text is in Late Epic language, and since its contents have clear resemblances to ] works, the text must belong to a late period, to the last centuries BCE.{{sfn|Witzel|2001}}}} | ||
⚫ | The dating of the ''Vedanga Jyotisha'' is relevant for the dating of the Vedic texts.{{sfn|Witzel|2001}} |
||
== Calendar == | |||
⚫ | Other authors propose a later composition. Santanu Chakraverti writes that it has been composed after 700 BCE,{{sfn|Chakraverti|2007|p=33}} while |
||
The calendar described by the ''Vedāṅga Jyotiṣa'' is based on the average motion of the Sun and Moon, but does not describe their precise movements. The calendar has a 5 year cyclical period called a yuga. The yuga begins on the 1st day of the month of Māgha when the Sun and Moon return together (a new moon day) at the Dhaniṣṭhā star (]) on the day of uttarāyaṇa (winter solstice). These conditions were true when the calendar was first implemented, however in the following centuries corrections would have to be made in order for each yuga to maintain them. A yuga consists of 62 months of which 2 are intercalary (adhika māsa), being added after every 30 months in the 3rd and 5th years in the form of an extra month before Śrāvaṇa and an extra month at the end of a year, respectively. A tithi is defined as being {{Sfrac|1|30}} of a lunar month, and each day was reckoned to have a tithi. However since there are more tithis in a yuga than civil days, a tithi is omitted every 61 days (kṣaya tithi). Also since the period of a tithi is slightly less than a civil day, and extra tithi would be added at the end of a yuga. Each day was also considered to belong ot a nakṣatra (asterism) which the Moon occupied. However, the period of a nakṣatra is shorter than a civil day, thus an extra nakṣatra is added every 3,279 days. The months of the year are called Māgha, Phālguna, Caitra, Vaiśākha, Jyaiṣṭha, Āṣāḍha, (Śrāvaṇa Adhika, if needed), Śrāvaṇa, Bhādrapadā, Āśvina, Kārtika, Mārgaśīrṣa, Pauṣa, (Pauṣa or Māgha Adhika, if needed). The calendar follows the amānta system in which months end with amāvasyā (new moon) and being on śukla pratipada.<ref>{{Cite book |last=Chatterjee |first=S.K. |title=History of Astronomy in India |last2=Chakravarty |first2=A.K. |publisher=Indian National Science Academy |year=2000 |editor-last=Sen |editor-first=S.N. |edition=2nd revised |location=New Delhi |pages=278-281 |chapter=Indian Calendar from Post-Vedic Period to AD 1900 |editor-last2=Shukla |editor-first2=K.S.}}</ref> | |||
⚫ | {{quote|nly if one is convinced that Lagadha intended the solstice to be exactly at alpha Delphini of |
||
⚫ | == Editions == | ||
Subhash Kak disputes the late chronology for the text and argues that it belongs to the second millennium BCE, which is consistent with its internal date. He argues that astronomy in India goes back to an earlier time than is taken by the votaries of the later date<ref>S. Kak, '' Knowledge of Planets in the Third Millennium BC." Quarterly Journal of the Royal Astronomical Society, Vol. 37, 1996|</ref> and, therefore, the internal date should not be set aside. | |||
⚫ | * Yajus recension, Rk variants and commentary of Somākara Śeṣanāga, edited: Albrecht Weber, '''', Berlin 1862 | ||
⚫ | ==Editions== | ||
⚫ | * Yajus recension, Rk variants and commentary of Somākara Śeṣanāga, edited: Albrecht Weber, ''Über den Vedakalender Namens Jyotisham'', Berlin 1862 |
||
* Yajus recension, non-Yajus verses of Rk recension, edited: G. Thibaut, "Contributions to the Explanation of the Jyotisha-Vedánga", ''Journal of the Asiatic Society'' Bengal Vol 46 (1877), p. 411-437 | * Yajus recension, non-Yajus verses of Rk recension, edited: G. Thibaut, "Contributions to the Explanation of the Jyotisha-Vedánga", ''Journal of the Asiatic Society'' Bengal Vol 46 (1877), p. 411-437 | ||
*Hindi translation: Girja Shankar Shashtri, Jyotisha Karmkanda and Adhyatma Shodh Sansthan, 455 Vasuki Khurd, Daraganj, Allahabad-6. | *Hindi translation: Girja Shankar Shashtri, Jyotisha Karmkanda and Adhyatma Shodh Sansthan, 455 Vasuki Khurd, Daraganj, Allahabad-6. | ||
*Sanskrit Commentary with Hindi Translation: Vedā̄ṅgajyotiṣam: Yajurvedināṃ |
*Sanskrit Commentary with Hindi Translation: Vedā̄ṅgajyotiṣam: Yajurvedināṃ paramparayāgatam vistr̥tasaṃskr̥tabhūmikayā. On Vedic astrology and astronomy; critical edited text with Hindi and Sanskrit commentaries. With appendies including Vedic calendar as described by Lagadha for his time. By Lagadha, Ācārya-Śivarāja Kauṇḍinnyāyana, Pramodavardhana Kaundinnyayana, Sammodavardhana Kauṇḍinnyāyana, Somākara<ref>{{Cite web | url=https://books.google.com/books?id=SDmSGwAACAAJ |title = Vedā̄ṅgajyotiṣam: Yajurvedināṃ paramparayāgatam vistr̥tasaṃskr̥tabhūmikayā Somākarabhāṣyeṇa Kauṇḍinnyāyanavyākhyānena ca sahitam : Saṅkṣiptahindībhūmikā-Hindyānuvādādiyutaṃ vividhapariśiṣṭavibhūṣitaṃ ca|author1 = Lagadha|year = 2005}}</ref> | ||
==References== | == References == | ||
{{ |
{{Reflist|2}} | ||
==Sources== | == Sources == | ||
{{refbegin}} | {{refbegin}} | ||
* {{Citation | last =Chakraverti | first =Santanu | date =2007 | title =Science in History. In: Jyoti Bhusan Das Gupta (ed.), "Science, Technology, Imperialism, and War" | publisher =Pearson Education India}} | * {{Citation | last =Chakraverti | first =Santanu | date =2007 | title =Science in History. In: Jyoti Bhusan Das Gupta (ed.), "Science, Technology, Imperialism, and War" | publisher =Pearson Education India}} | ||
* {{Citation | last =Klostermaier | first =Klaus | date =2010 | title =A Survey of Hinduism | edition =Third | publisher =SUNY| url =https://books.google.com/books?id=8CVviRghVtIC&pg=PA469}} | * {{Citation | last =Klostermaier | first =Klaus | date =2010 | title =A Survey of Hinduism | edition =Third | publisher =SUNY| url =https://books.google.com/books?id=8CVviRghVtIC&pg=PA469| isbn =978-0-7914-8011-3 }} | ||
* {{ |
* {{cite book | last =Subbarayappa | first =B.V. | year =1989 | chapter =Indian astronomy: a historical perspective |editor-last1=Biswas |editor-first1=S. K. |editor-last2=Mallik |editor-first2=D. C. V. |editor-last3=Vishveshwara |editor-first3=C. V. |editor-link3=C. V. Vishveshwara |title=Cosmic Perspectives |publisher=Cambridge University Press |chapter-url=https://books.google.com/books?id=PFTGKi8fjvoC&pg=FA25 |isbn=978-0-521-34354-1}} | ||
* {{ |
* {{cite journal |last =Witzel |first =Michael |title =Autochthonous Aryans? The Evidence from Old Indian and Iranian Texts |journal =Electronic Journal of Vedic Studies |date=25 May 2001 |issue=3 |volume=7 |url=http://www.people.fas.harvard.edu/~witzel/EJVS-7-3.htm}} | ||
{{refend}} | {{refend}} | ||
==External links== | == External links == | ||
* | * '''', translated by TSK Sastry, edited by KV Sarma | ||
{{Portal bar|India|History|Astronomy|Stars|Outer space|Solar System|Science}} | |||
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Latest revision as of 18:29, 2 November 2024
Hindu text on astrologyVedanga Jyotisha (IAST: Vedāṅga Jyotiṣa), or Jyotishavedanga (Jyotiṣavedāṅga), is one of earliest known Indian texts on astrology (Jyotisha). The extant text is dated to the final centuries BCE, but it may be based on a tradition reaching back to about 700-600 BCE.
The text is foundational to Jyotisha, one of the six Vedanga disciplines. Its author is traditionally named as Lagadha.
Textual history
The dating of the Vedanga Jyotisha is relevant for the dating of the Vedic texts. The Vedanga Jyotisha describes the winter solstice for the period of ca. 1400 BCE. This description has been used to date the Vedanga Jyotisha. According to Michael Witzel, the question is "whether the description as given in the Jyotisha is also the date of the text in which it is transmitted. It is written in two recensions – Rigveda recensions and Yajurveda recensions. Rigveda recensions and Yajurveda recensions have same verses except for eight additional verses in the Yajurveda's one". T. K. S. Sastry and R. Kochhar suppose that the Vedanga Jyotisha was written in the period that it describes, and therefore propose an early date, between 1370 and 1150 BCE. David Pingree dates the described solstice as about 1180 BCE, but notes that the relevance of this computation to the date of the Vedanga Jyotisha is not evident. The estimation of 1400-1200 BCE has been followed by others, with Subbarayappa adding that the extant form can possibly be from 700-600 BCE.
Other authors propose a later composition. Santanu Chakraverti writes that it has been composed after 700 BCE, while Michael Witzel dates it to the last centuries BCE, based on the style of composing. According to Chakraverti, its description of the winter solstice is correct for ca. 1400 BCE, but not for the time of its composition after 700 BCE. This may be due to the incorporation of late Harappan astronomical knowledge into the Vedic fold, an idea also proposed by Subbarayappa. Michael Witzel notes:
nly if one is convinced that Lagadha intended the solstice to be exactly at alpha Delphini of Dhanishta, one can date his observations back to the late second millennium. Since that cannot be shown beyond doubt, since the composition of the text is in Late Epic language, and since its contents have clear resemblances to Babylonian works, the text must belong to a late period, to the last centuries BCE.
Calendar
The calendar described by the Vedāṅga Jyotiṣa is based on the average motion of the Sun and Moon, but does not describe their precise movements. The calendar has a 5 year cyclical period called a yuga. The yuga begins on the 1st day of the month of Māgha when the Sun and Moon return together (a new moon day) at the Dhaniṣṭhā star (Beta Delphini) on the day of uttarāyaṇa (winter solstice). These conditions were true when the calendar was first implemented, however in the following centuries corrections would have to be made in order for each yuga to maintain them. A yuga consists of 62 months of which 2 are intercalary (adhika māsa), being added after every 30 months in the 3rd and 5th years in the form of an extra month before Śrāvaṇa and an extra month at the end of a year, respectively. A tithi is defined as being 1/30 of a lunar month, and each day was reckoned to have a tithi. However since there are more tithis in a yuga than civil days, a tithi is omitted every 61 days (kṣaya tithi). Also since the period of a tithi is slightly less than a civil day, and extra tithi would be added at the end of a yuga. Each day was also considered to belong ot a nakṣatra (asterism) which the Moon occupied. However, the period of a nakṣatra is shorter than a civil day, thus an extra nakṣatra is added every 3,279 days. The months of the year are called Māgha, Phālguna, Caitra, Vaiśākha, Jyaiṣṭha, Āṣāḍha, (Śrāvaṇa Adhika, if needed), Śrāvaṇa, Bhādrapadā, Āśvina, Kārtika, Mārgaśīrṣa, Pauṣa, (Pauṣa or Māgha Adhika, if needed). The calendar follows the amānta system in which months end with amāvasyā (new moon) and being on śukla pratipada.
Editions
- Yajus recension, Rk variants and commentary of Somākara Śeṣanāga, edited: Albrecht Weber, Über den Vedakalender Namens Jyotisham, Berlin 1862
- Yajus recension, non-Yajus verses of Rk recension, edited: G. Thibaut, "Contributions to the Explanation of the Jyotisha-Vedánga", Journal of the Asiatic Society Bengal Vol 46 (1877), p. 411-437
- Hindi translation: Girja Shankar Shashtri, Jyotisha Karmkanda and Adhyatma Shodh Sansthan, 455 Vasuki Khurd, Daraganj, Allahabad-6.
- Sanskrit Commentary with Hindi Translation: Vedā̄ṅgajyotiṣam: Yajurvedināṃ paramparayāgatam vistr̥tasaṃskr̥tabhūmikayā. On Vedic astrology and astronomy; critical edited text with Hindi and Sanskrit commentaries. With appendies including Vedic calendar as described by Lagadha for his time. By Lagadha, Ācārya-Śivarāja Kauṇḍinnyāyana, Pramodavardhana Kaundinnyayana, Sammodavardhana Kauṇḍinnyāyana, Somākara
References
- N. P. Subramania Iyer (1991). Kalaprakasika. Asian Educational Services. p. 3.
- ^ Witzel 2001.
- Subbarayappa 1989, pp. 25–40.
- Hart Defouw (1996). Light on Life: An Introduction to the Astrology of India. Penguin. p. 3. ISBN 978-0-14-019507-1.
- Debiprasad Chattopadhyaya, History of Science and Technology in Ancient India, Firma K.L Mukhopadhyaya (1986), pp. 486–494
- Helaine Selin, Encyclopaedia of the History of Science, Technology, and Medicine in Non-Western Cultures, Kluwer Academic Publishers (1997), p. 977
- ^ Chakraverti 2007, p. 33.
- Pingree, David (1973), "The Mesopotamian Origin of Early Indian Mathematical Astronomy", Journal for the History of Astronomy, 4: 1–12, Bibcode:1973JHA.....4....1P, doi:10.1177/002182867300400102, S2CID 125228353
- Klostermaier 2010, p. 977.
- ^ Subbarayappa 1989, p. 29.
- Subbarayappa 1989, pp. 47–48.
- Chatterjee, S.K.; Chakravarty, A.K. (2000). "Indian Calendar from Post-Vedic Period to AD 1900". In Sen, S.N.; Shukla, K.S. (eds.). History of Astronomy in India (2nd revised ed.). New Delhi: Indian National Science Academy. pp. 278–281.
- Lagadha (2005). "Vedā̄ṅgajyotiṣam: Yajurvedināṃ paramparayāgatam vistr̥tasaṃskr̥tabhūmikayā Somākarabhāṣyeṇa Kauṇḍinnyāyanavyākhyānena ca sahitam : Saṅkṣiptahindībhūmikā-Hindyānuvādādiyutaṃ vividhapariśiṣṭavibhūṣitaṃ ca".
Sources
- Chakraverti, Santanu (2007), Science in History. In: Jyoti Bhusan Das Gupta (ed.), "Science, Technology, Imperialism, and War", Pearson Education India
- Klostermaier, Klaus (2010), A Survey of Hinduism (Third ed.), SUNY, ISBN 978-0-7914-8011-3
- Subbarayappa, B.V. (1989). "Indian astronomy: a historical perspective". In Biswas, S. K.; Mallik, D. C. V.; Vishveshwara, C. V. (eds.). Cosmic Perspectives. Cambridge University Press. ISBN 978-0-521-34354-1.
- Witzel, Michael (25 May 2001). "Autochthonous Aryans? The Evidence from Old Indian and Iranian Texts". Electronic Journal of Vedic Studies. 7 (3).
External links
- Vedāṅga jyotiṣa of Lagadha, translated by TSK Sastry, edited by KV Sarma