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Volume : VI, Issue : III, April - 2016

NAKSHATRA BASED RAINFALL ANALYSIS AND ITS IMPACT ON CROPS DURING MONSOON SEASON AT HIRIYUR STATION

Krishnamurthy K. N. , Gowda D. M.

By : Laxmi Book Publication

Abstract :

Agricultural production in India mainly depends upon the monsoon rainfall. Its timely onset, spread over the country and distribution is important for seasonal crops. One of the traditional ways the farmers of India in general and its Southern States in particular study rainfall patterns is through solar constellations called “Nakshatras”. In the present paper, a brief analysis of rainfall based on Nakshatra periods is considered.

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    Cite This Article :

    Krishnamurthy K. N. , Gowda D. M.(2016). NAKSHATRA BASED RAINFALL ANALYSIS AND ITS IMPACT ON CROPS DURING MONSOON SEASON AT HIRIYUR STATION. Indian Streams Research Journal, Vol. VI, Issue. III, http://isrj.org/UploadedData/8022.pdf

    References :

    1. .BAVADEKAR, V. R., JADHAV, J. D., MOKASHI, D.D., KHADTARE, S.V., AND KADAM, J. R. 2008. Rainfall variation and probabilities in different Nakshatras of drought prone areas, Ag. Update, 3(1&2): 153-158.
    2. RAO NARAHARI, K., SULOCHANA GADGIL., SESHAGIRI RAO, P. R., AND SAVITHRI, K., 2000. Tailoring strategies to rainfall variability – The choice of the sowing window, Current Science, 78(10): 1216-1230.
    3. CHABBRA, V., AND HARIS, A. A., 2014. Nakshatra based rainfall analysis and its impact on rabi crops yield for Patna, Bihar, Sch. J. Agric. Vet. Sci.,1(4): 168-172.
    4. DE, U. S., JOSHI, U.R., AND PRAKASH RAO, G. S., 2004. Nakshatra based rainfall climatology, Mausam, 55(2): 305-312.
    5. 5.GADGIL SULOCHANA., AND RAO SESHAGIRI, P. R., 2000. Farming strategies for a variable climate – A challenge, Current Science, 78(10): 1203-1215.
    6. SUBASH, N., SINGH, S. S., AND NEHA PRIYA., 2011. Nakshatra based rainfall variability, trends and its influences on rice wheat production- A case study over two cities in Bihar, India. Journal of Agrometeorology, 13(1): 31-37.
    7. CHINCHORKAR, S.S., VAIDYA, V. B., VYAS PANDEY., AND DAMLE, K.S. 2013. Nakshatra-wise Rainfall variability at Anand in Middle Gujarat Region, Asian Agri.-History, 17(4): 389-393.
    8. HAZRA ARNAB., BHATTACHARYA, S., AND BANIK, P., 2014. Modelling Nakshatra-wise rainfall data of the Eastern plateau region of India, Mausam, 65(2): 264-270.
    9. VARSHNEYA, M. C., VAIDYA, V. B., NANAJI KALE., AND KETAN KALE., 2011. Performance and evaluation of Saumic Suvrushti project in India, Asian Agri.- History, 14(4): 361-372.
    10. .BAVADEKAR, V. R., JADHAV, J. D., MOKASHI, D.D., KHADTARE, S.V., AND KADAM, J. R. 2008. Rainfall variation and probabilities in different Nakshatras of drought prone areas, Ag. Update, 3(1&2): 153-158.
    11. RAO NARAHARI, K., SULOCHANA GADGIL., SESHAGIRI RAO, P. R., AND SAVITHRI, K., 2000. Tailoring strategies to rainfall variability – The choice of the sowing window, Current Science, 78(10): 1216-1230.
    12. CHABBRA, V., AND HARIS, A. A., 2014. Nakshatra based rainfall analysis and its impact on rabi crops yield for Patna, Bihar, Sch. J. Agric. Vet. Sci.,1(4): 168-172.
    13. DE, U. S., JOSHI, U.R., AND PRAKASH RAO, G. S., 2004. Nakshatra based rainfall climatology, Mausam, 55(2): 305-312.
    14. 5.GADGIL SULOCHANA., AND RAO SESHAGIRI, P. R., 2000. Farming strategies for a variable climate – A challenge, Current Science, 78(10): 1203-1215.
    15. SUBASH, N., SINGH, S. S., AND NEHA PRIYA., 2011. Nakshatra based rainfall variability, trends and its influences on rice wheat production- A case study over two cities in Bihar, India. Journal of Agrometeorology, 13(1): 31-37.
    16. CHINCHORKAR, S.S., VAIDYA, V. B., VYAS PANDEY., AND DAMLE, K.S. 2013. Nakshatra-wise Rainfall variability at Anand in Middle Gujarat Region, Asian Agri.-History, 17(4): 389-393.
    17. HAZRA ARNAB., BHATTACHARYA, S., AND BANIK, P., 2014. Modelling Nakshatra-wise rainfall data of the Eastern plateau region of India, Mausam, 65(2): 264-270.
    18. VARSHNEYA, M. C., VAIDYA, V. B., NANAJI KALE., AND KETAN KALE., 2011. Performance and evaluation of Saumic Suvrushti project in India, Asian Agri.- History, 14(4): 361-372.
    19. .BAVADEKAR, V. R., JADHAV, J. D., MOKASHI, D.D., KHADTARE, S.V., AND KADAM, J. R. 2008. Rainfall variation and probabilities in different Nakshatras of drought prone areas, Ag. Update, 3(1&2): 153-158.
    20. RAO NARAHARI, K., SULOCHANA GADGIL., SESHAGIRI RAO, P. R., AND SAVITHRI, K., 2000. Tailoring strategies to rainfall variability – The choice of the sowing window, Current Science, 78(10): 1216-1230.
    21. CHABBRA, V., AND HARIS, A. A., 2014. Nakshatra based rainfall analysis and its impact on rabi crops yield for Patna, Bihar, Sch. J. Agric. Vet. Sci.,1(4): 168-172.
    22. SUBASH, N., SINGH, S. S., AND NEHA PRIYA., 2011. Nakshatra based rainfall variability, trends and its influences on rice wheat production- A case study over two cities in Bihar, India. Journal of Agrometeorology, 13(1): 31-37.
    23. CHINCHORKAR, S.S., VAIDYA, V. B., VYAS PANDEY., AND DAMLE, K.S. 2013. Nakshatra-wise Rainfall variability at Anand in Middle Gujarat Region, Asian Agri.-History, 17(4): 389-393.
    24. HAZRA ARNAB., BHATTACHARYA, S., AND BANIK, P., 2014. Modelling Nakshatra-wise rainfall data of the Eastern plateau region of India, Mausam, 65(2): 264-270.
    25. .BAVADEKAR, V. R., JADHAV, J. D., MOKASHI, D.D., KHADTARE, S.V., AND KADAM, J. R. 2008. Rainfall variation and probabilities in different Nakshatras of drought prone areas, Ag. Update, 3(1&2): 153-158.
    26. RAO NARAHARI, K., SULOCHANA GADGIL., SESHAGIRI RAO, P. R., AND SAVITHRI, K., 2000. Tailoring strategies to rainfall variability – The choice of the sowing window, Current Science, 78(10): 1216-1230.
    27. DE, U. S., JOSHI, U.R., AND PRAKASH RAO, G. S., 2004. Nakshatra based rainfall climatology, Mausam, 55(2): 305-312.
    28. 5.GADGIL SULOCHANA., AND RAO SESHAGIRI, P. R., 2000. Farming strategies for a variable climate – A challenge, Current Science, 78(10): 1203-1215.
    29. VARSHNEYA, M. C., VAIDYA, V. B., NANAJI KALE., AND KETAN KALE., 2011. Performance and evaluation of Saumic Suvrushti project in India, Asian Agri.- History, 14(4): 361-372.
    30. CHABBRA, V., AND HARIS, A. A., 2014. Nakshatra based rainfall analysis and its impact on rabi crops yield for Patna, Bihar, Sch. J. Agric. Vet. Sci.,1(4): 168-172.
    31. DE, U. S., JOSHI, U.R., AND PRAKASH RAO, G. S., 2004. Nakshatra based rainfall climatology, Mausam, 55(2): 305-312.
    32. 5.GADGIL SULOCHANA., AND RAO SESHAGIRI, P. R., 2000. Farming strategies for a variable climate – A challenge, Current Science, 78(10): 1203-1215.
    33. SUBASH, N., SINGH, S. S., AND NEHA PRIYA., 2011. Nakshatra based rainfall variability, trends and its influences on rice wheat production- A case study over two cities in Bihar, India. Journal of Agrometeorology, 13(1): 31-37.
    34. CHINCHORKAR, S.S., VAIDYA, V. B., VYAS PANDEY., AND DAMLE, K.S. 2013. Nakshatra-wise Rainfall variability at Anand in Middle Gujarat Region, Asian Agri.-History, 17(4): 389-393.
    35. HAZRA ARNAB., BHATTACHARYA, S., AND BANIK, P., 2014. Modelling Nakshatra-wise rainfall data of the Eastern plateau region of India, Mausam, 65(2): 264-270.
    36. VARSHNEYA, M. C., VAIDYA, V. B., NANAJI KALE., AND KETAN KALE., 2011. Performance and evaluation of Saumic Suvrushti project in India, Asian Agri.- History, 14(4): 361-372.

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