EVALUATION OF NEW OIL PALM CROSSES’ FOR THEIR FRESH FRUIT BUNCH YIELD IN ANDHRA PRADESH
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Keywords:
: Average bunch weight, Fresh fruit bunch yield, Hybrids in oil palm, Tenera crossesAbstract
India is one of the world’s major vegetable oil importers and second largest consumer. There is scope to raise the productivity of oil palm to two folds with the current land use and with the development of new hybrids. In this regard, 10 new oil crosses (D x P) were evaluated for 12 years (2011 to 2023) at Horticultural Research Station, Vijayarai, Andhra Pradesh. The number of bunches produced per palm per year has risen from 4 to 6 years after planting and decreased from 7 to 10 YAP, where these crosses recorded an average bunch weight of 2 kg to 3 kg in the first harvest year, while it was 20 kg to 24 kg, by palms reaching 11 to 12 years after planting (8th and 9th harvest years). Out of all the nine production years (4 YAP to 12 YAP), NRCOP-37 produced the highest number of bunches in five production years and in the remaining four years also it recorded on par bunch production with high yielding cross of that particular year. In the yield stabilization period (9 to 12 YAP), NRCOP-37 recorded the highest yield of 200 kg (9 YAP), 203.97 kg (10 YAP), and 206.09 (12 YAP) kg/palm/year in the above three harvesting years. While the cross NRCOP-39 recorded 263.73 kg/palm/year of FFB at 11 years after planting. The cross NRCOP-37 recorded a higher FFB yield of 28.61 t/ha/year by the 6th harvest year (9 YAP) and this cross recorded FFB yields of 29.16, 34.37, and 29.47 t/ha/year at the 7th, 8th and 9th harvest years. This is the one cross where annual yield fluctuation (FFB production).
References
1. Corley, R.H.V and Tinker, P.B. 2016. The oil
2. palm. John Wiley & Sons. New York.
3. pp.18-25.
4. Kushairi, A and Mohd Din Amiruddin. 2020.
5. Development of new oil palm cultivars in
6. Malaysia. Journal of Oil Palm Research.
7. DoI:https://doi.org/10.21894/
8. jopr.2020.0037
9. Lotte S.Woittez, Mark.T.Van Wijk Slingerland,
10. Meine Van Noordwijk and Ken E Giller.
11. Yield gaps in oil palm: A quantitative
12. review of contributing factors. European
13. Journal of Agronomy. 83:57-77.
14. Madhavi Latha, P. Kalpana., M and
15. Manorama., P. 2016. Influence of
16. plantation age on production
17. performance of Oil Palm in Andhra
18. Pradesh. The Journal of Research
19. ANGRAU. 44(3&4): 98-103.
20. Madhavi Latha, P., Tirupati Reddy, M., Pratap,B
21. and Maheswarappa, H.P. 2020. Annual
22. production trends in tenera hybrids of oil
23. palm in Andhra Pradesh.The Journal of
24. Research ANGRAU.48(4): 27-43.
25. Madhavi Latha, P.,Tirupati Reddy, M. Pratap,
26. B and Maheswarappa, H.P. 2021.
27. Pattern of fresh fruit bunch (FFB)
28. production and yield distribution of oil
29. palm in Andhra Pradesh.The Journal of
30. Research ANGRAU.49(4): 49-58.
31. Madhavi Latha, P.,Tirupati Reddy, M.,
32. Ranganna, G., Naram Naidu, L., Ravi
33. Bhat, M and Mathur, R.K. 2022.
34. Seasonal variation of fresh fruit bunch
35. production in two age groups of tenera
36. hybrids grown under coastal zone of
37. Andhra Pradesh, India. International
38. Journal of Oil Palm. 13 (1&2):22-28.
39. EVALUATION OF NEW OIL PALM CROSSES FRUIT BUNCH YIELD IN ANDHRA PRADESH
40. Manorama, K., Mathur, R.K., Suresh, K and
41. Behera, S.K. 2020. Influence of weather
42. parameters on fresh fruit bunch yield of
43. oil palm (Elaeis guineensis jacq.).
44. International Journal of Oil Palm. 12
45. (1&2):7-15.
46. Naveen Kumar, P., Mathur, R.K., Murugesan,
47. P., Gopal Krishna Reddy, P., Sunil Kumar,
48. A., Ramajayam, D and Ravi Chandran,
49. G. 2017. Seasonal variation in fresh fruit
50. bunch production in dura oil palm. Indian
51. Journal of Agricultural Sciences. 87(9):
52. -1189.
53. Rethinam, P and Murugesan. 2018. Global
54. Perspective of germplasm and breeding
55. for seed production in oil palm.
56. International Journal of Oil Palm. (10)
57. &2.
58. Rethinam, P. 2014. Increasing vegetable oil
59. production through oil palm cultivation in
60. India-Status and Strategies. Technical
61. Bulletin of Society for Promotion of Oil
62. Palm Research and Development
63. (SOPOPRAD). pp.3-18.
64. Sanjeevraddi, G. Reddi, Gawankar, M.S.,
65. Maheswarappa, H P., Madhavi Latha, P
66. and Mathur, R.K. 2016. Initial
67. performance of ten oil palm cross
68. combinations under three agro-climatic
69. conditions in India. Journal of Plantation
70. Crops. 44(3):141-146.
71. USDA.2023. Foreign Agricultural Services
72. (PS&D on line up-date to 07/2023).
73. Retrieved from the website
74. (ipad.fas.usda.gov/cropexplorer/
75. cropview/commodityview.aspx?
76. cropid=4243000) on 20.8.2023.
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