ADOPTION OF RECOMMENDED BENGALGRAM PRODUCTION TECHNOLOGIES IN GUNTUR DISTRICT OF ANDHRA PRADESH
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Keywords:
Adoption, Recommended production technology, Bengalgram, constraints, correlationAbstract
During the year 2022-23, the Extension Department of RARS, Lam, Guntur conducted a study to analyse the extent adoption of recommended production technologies among Bengalgram farmers in Guntur district. A sample of one hundred Bengalgram farmers was surveyed. All surveyed farmers adhered to recommendations regarding varieties, soils, and harvesting practices. The survey revealed that 75.00 per cent of farmers adopted water management practices, while
69.00 per cent and 63.00 per cent adopted weed and disease management practices, respectively. However, a significant majority of farmers were not adopting recommendations for fertilizer management (92.00%), seed rate (82.00%), seed treatment (78.00%), spacing (75.00%), sowing time (68.00%), and insect management (59.00%). Regarding constraints faced by Bengalgram farmers, a large majority reported issues such as untimely seed supply (83.00%), dry root rot/wilt incidence (71.00%), increased cost of cultivation and lower MSP (69.00%), lack of government procurement (65.00%), challenges in weed management (56.00%) and labor scarcity during weeding and harvesting (51.00%). Significant relationships between the adoption of recommended production technologies and factors such as education, extension contact and trainings undergone of the farmers were found. Land holding, farming experience, economic motivation, social participation and risk orientation of farmers did not exhibit a significant relationship with adoption of Bengalgram production technology.
References
1. ANGRAU Bengalgram Outlook Report-January
2. to December 2021. Bengalgram area,
3. production and productivity. Retrieved
4. from the website ( agricoop.nic.in) on
5. 03.2024
6. Brunda, S., Hiremath,G. M., Reddy, B.S.,
7. Amrutha , Joshi, T and Goudappa, S. B.
8. Extent of Adoption of Bengalgram
9. Technologies Developed by UASR in
10. NEK Region. International Journal of
11. Current Microbiology and Applied
12. Sciences. Special Issue-9 : 18-27
13. FAO. 2019. Food and Agriculture Data. Food
14. and Agriculture Organization, Rome,
15. Italy.
16. Nidhi Sharma, Shehrawat, P.S., Amit Kumar
17. and Aditya, 2020. Adoption of Improved
18. Chickpea Production Technology in
19. Haryana. Economic Affairs. 65 (2): 183-
20. Rajbhar, A.K., Singh, H.C. Jha, K. K., Mohit
21. Kumar and Kuldeep Maurya. 2018.
22. Adoption of chickpea production
23. technology among farmers in central
24. plain zone of Uttar Pradesh. Journal of
25. Pharmacognosy and Phytochemistry;
26. (4): 2250-2254.
27. Ramalakshmi Devi, S., Veeraiah, A., Swami
28. Chaitanya, T and Shilpakala, V. 2023.
29. Extent of adoption of ANGRAU
30. technologies in Bengalgram crop in YSR
31. district of Andhra Pradesh. Ecology,
32. Environment and Conservation. 29 (April
33. Suppl. Issue) :S444-S448.
34. Saurabh, P.M., Ramkishan. F.T and Tukaram.
35. B.M. 2023. Constraint faced by chickpea
36. growers in adoption of recommended
37. Chickpea production technology by
38. VNMKV In Hingoli District of Maharashtra
39. International Journal for Research
40. Trends and. Innovation. 8 (11): 2456-
41. Surat Singh, Suryaprakash Jain, Satyapriya
42. and Triveni Dutt, 2015. Constraints
43. analysis in Chickpea Cultivation in
44. Disadvantage Region of Bundelkhand.
45. Indian Research Journal of Extension
46. Education. 15 (4), Special Issue:128-131.
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