TEMPORAL INSIGHTS: ASSESSING THE GROWTH PERFORMANCE OF RICE IN INDIA


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Authors

  • DEVEGOWDA S.R Department of Agricultural Economics, Rajiv Gandhi University (A Central University), Arunachal Pradesh- 791 112

https://doi.org/10.58537/jorangarau.2023.51.4.19

Keywords:

Decomposition, Growth, Instability, Production, Rice

Abstract

The study analyzed the growth, decomposition and instability of rice with regard to parameters such as area, production and yield bewtween 1970-’71 and 2019-’20 through the utilization of time series data. The findings indicated a notable expansion in the cultivation area of rice over the decades, except during the periods of 1980-’90 and 2010-’20. There was a declining trend in the area during the 2000-’10 decade. Production displayed a substantial increase throughout all decades and the overall study period. Yield demonstrated a minimal increase in the initial decade, followed by a substantial increase in all subsequent decades. The decomposition analysis revealed that the influence of the cultivation area on rice production was more prominent compared to the impact of yield during the studied time intervals. Yield’s influence was more pronounced during the 1970-’80 and 1990-’00 decades than in all other decades, while the interaction effect was relatively less significant. The stability of rice production was found to be the most precarious factor, followed by yield, with area exhibiting the least amount of instability. Policymakers need to prioritize research to boost rice yield, ensuring sustained production growth and implementing diversified cultivation strategies and resilient practices to counteract production instability.

References

1. Ahmad, N., Sinha, D.K and Singh, K.M. 2017.

2. Estimating production efficiency in rice

3. cultivation of Bihar: An economic

4. approach. Economic Affairs. 62(3): 353-

5. Cuddy, J.D.A. and Della Valle, P.A. 1978.

6. Measuring the instability of time series

7. data. Oxford Bulletin of Economics and

8. Statistics. 40: 79-85.

9. Dandekar, V. M. 1980. Introduction to seminar

10. on data base and methodology for the

11. study of growth rates in agriculture.

12. Indian Journal of Agricultural Economics.

13. : 1-12.

14. Devegowda S. R., Singh, O. P., Yarazari, S. P

15. and Kushwaha, S. 2019. Effect of area

16. and yield on the production of pulses in

17. India. The Pharma Innovation Journal.

18. (4): 436–439.

19. GOI. 2023. Directorate of Economics and

20. Statistics, Department of agriculture, cooperation and farmers welfare, ministry

21. of agricultural and farmers welfare,

22. government of India. Retrieved from the

23. website (https://eands.dacnet.nic.in/ ) on

24. 06.2023.

25. FAO. 1998. On the measurement of instability

26. of agricultural production and the

27. associated risk of insecurity. In: A Paper

28. presented in Sixth IWG. Agri. Seminar on

29. Agri. Statistics, Russia. June 29–July 3,

30. Kumar D. S. 2019. Rice production in India:

31. analysis of trend, constraints and

32. technologies. In: Climate Change and

33. Future Rice Production in India.

34. Palanisami, K., Kakumanu, K.R.,

35. Nagothu, U.S and Ranganathan, C.R.

36. (Eds). Springer: Singapore. pp. 7-33.

37. Kumar, A., Singh, R.K.P., Singh, K.M and

38. Mishra, J.S. 2018. Economics of paddy

39. (Oryza sativa) production: A comparative

40. study of Bihar and Punjab. Indian Journal

41. of Agricultural Sciences. 88 (2): 314–

42. Mahato, A. 2014. Climate change and its

43. impact on agriculture. International

44. Journal of Scientific and Research

45. Publications. 4(4): 1–6.

46. Minhas, B and Vaidyanathan, A. 1965. Growth

47. of crop output in India, 1951-54 to l958-

48. : An analysis by component elements.

49. Journal of the Indian Society Agriculture

50. Statistics. 27(2): 230-252.

51. National Geographic Society. 2023. Food

52. Staple. Retrieved from website (https://

53. DEVEGOWDA et al.

54. education.national geographic.org/

55. resource/food-staple/) on 24.8.2023

56. Pathak, H., Tripathi, R., Jambhulkar, N. N.,

57. Bisen, J. P and Panda, B. B. 2020. Ecoregional rice farming for enhancing yield,

58. profitability and sustainability. NRRI

59. Research Bulletin No. 22, ICAR-National

60. Rice Research Institute, Cuttack 753006,

61. Odisha, India. pp. 28-29.

62. GoI. 2022. Achieving Aatmanirbharta in

63. Agriculture. Retrieved from the website

64. (https://pib.gov.in/Features Deatils.

65. aspx? NoteId=151185 & ModuleId

66. %20=%202) on 24.8.2023.

67. Rehman, F., Saeed, I and Salam, A. 2011.

68. Estimating growth rates and

69. decomposition analysis of agricultural

70. production in Pakistan: Pre and Post SAP

71. analysis. Sarhad Journal of Agriculture.

72. (1): 125-131.

73. Sharma, H., Parihar, T. B and Kapadia, K. 2017.

74. Growth rates and decomposition

75. analysis of onion production in Rajasthan

76. state of India. Economic Affairs. 62(1):

77. -161.

78. Singh, K. M., Ahmad, N., Pandey, V. V., Kumari,

79. T and Singh, R. M. 2021. Growth

80. Performance and Profitability of Rice

81. Production in India: An Assertive Analysis.

82. Economic Affairs. 66(3): 481–486.

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Published

26-03-2024

How to Cite

DEVEGOWDA S.R. (2024). TEMPORAL INSIGHTS: ASSESSING THE GROWTH PERFORMANCE OF RICE IN INDIA. The Journal of Research ANGRAU, 51(4), 169-177. https://doi.org/10.58537/jorangarau.2023.51.4.19