Loading...

Bhartiya Krishi Anusandhan Patrika

​Automation in Agriculture and On-ranch Agro-handling: A Review

DOI: 10.18805/BKAP433    | Article Id: BKAP433 | Page : 27-34
Citation :- ​Automation in Agriculture and On-ranch Agro-handling: A Review.Bhartiya Krishi Anusandhan Patrika.2022.(37):27-34
R. Agilesh, N. Hariharasuthan, K. Santhosh, S. Syed Ahamed Shahul Hameed, S. Yuvaraj Kumar hariharasuthan.ag19@bitsathy.ac.in
Address : Bannari Amman Institute of Technology, Sathyamangalam-638 401, Erode, Tamil Nadu, India.
Submitted Date : 15-01-2022
Accepted Date : 12-04-2022
First Online:

Abstract

This paper studies the work completed by different specialists to get an all-encompassing picture of the present status of execution of robotization in rural practices throughout the planet. World Food and Agriculture Organization (FAO) said the total populace is relied upon to arrive at 9.1 billion by the year 2050, so take care of this populace food creation ought to be expanded by essentially 70%. Robotization of cultivating rehearses has been demonstrated to expand the food creation levels. Non-industrial nations need to twofold their food creation. The customary strategies for cultivating and consistently diminishing homestead work accessibility are making horticulture monetarily unviable and wasteful. In the above setting research on the advancement of insightful, self-ruling apparatus for conveying agrarian activities is fundamental to work on the amount and nature of the horticultural produce. Today there is a dire need to resolve the issues like unpredictable utilization of agrochemicals, protection of energy, control on ecological contamination and impacts of a worldwide temperature alteration.

Keywords

​Agro synthetics Automation Farming Motorization Sensor organizations

References

  1. Alam, A. (2000). Energy use Scenario in Indian Agriculture. Invited Paper, Int’l Conference on NRMfor Sustainable Agric, New Delhi.
  2. Alam, A. (2001). Post-harvest Management of Agricultural Produce and By-products. Agricultural Science Congress on Sustainable Development of Mountain Agriculture, AAU, Guwahati. 
  3. Alam, A. (1999). Small Farm Mechanization in Rice. Rice Group Meeting, PDR, Hyderabad. Vol. 12. 
  4. Alam, A. and De, D. (2000). Energy Management in Agriculture. Paper, Souvenir. International Conference on NRM for Sustainable Agric, New Delhi. 
  5. Alam, A. and Ilyas, S.M. (2001). Agro-Processing for Additional Income and Employment. National Symposium on Empowerment of Women in Agric, RAU, Pusa (Bihar). 
  6. Anonymous. Electronic ultrasonic pest repeller. Dhakar Engineers. Pratapnagar, Udaipur.
  7. Anonymous (2001). Zero Tillage Technology - Wheat Production at a Lower Cost. DWR, Kamal.
  8. Anonymous (2002). The Gazette of India. Regd No DL-33004/98, Extraordinary Notification (No. 438, 446,447,505 and 508) on Dereservation of Several FIM.
  9. Bisht, B.S., Kachru, R.P. and Alam, A. (2001). Potential for small- scale agro-processing industries in rural areas of Chhattisgarh. Paper presented in launching workshop on Raipur Centre of AlCRP-PHTS, 14aD, Raipur, 10 Sept, 1-2l. 
  10. Cowx, Ian G. (1990). Developments in Electric Fishing. 
  11. Farooq, M.A., Oezmerzi, A. and Barut, Z.B. (1998). Mechanization Level in Vegetable Production in Antalya Region and Turkey.  Agricultural Mechanization in Asia Africa and Latin America.  29: 43-46.
  12. Gite, L.P. and Singh, G. (1997). Ergonomics in Agricultural and Allied Activities in India. Central Institute of Agricultural Engineering. 
  13. Khan, A.U. (1990). Dual-mode all-crop thresher for Egyptian conditions.  Agricultural Mechanization in Asia, Africa and Latin America (Japan). 21.4 : 11-14.
  14. Kondo, N. (1998). Education System at Okayarea University and Research Activities of Laboratory of Agricultural Systems Engineering. Agricultural Mechanization in Asia Africa and Latin America. 29: 76-80.
  15. Pandey, M.M., Majumdar, K.L. and Singh, G. (1997). Farm Machinery Research Digest.
  16. Shin-Norinsha (1998). Main products of agricultural machinery manufacturers in Japan. AMA. 29(1): 85-89.
  17. Singh, et al. (1997). Use of Energy in Agriculture and Future Needs. Third Agricultural Science Congress, PAU, Ludhiana, (Proceedings). 
  18. Singh, G. and Chandra, H. (2000). Analytical approach to growth dynamics of agricultural inputs and their effect in increasing productivity in Madhya Pradesh. Agricultural Situation in India. 56(12): 723-732.
  19. Singh, G.. (1997). Data Book on Mechanization and Agro-processing Since Independence. 
  20. Tiwari, P.S., Varshneyº, A.C. and Mehta, C.R. (1997). Field evaluation of power tiller rotavator with seating attachment. Indian Journal of Agricultural Sciences. 67(9): 414-417.
  21. Tiwari, P.S., Gite, L.P., Dubey, A.K. and Kot, L.S. (2001). Agricultural Accidents in Central India. Paper, XXXV Annual Convention of ISAE, OUAT, Bhubaneshwar, 22-24 January, 1-20. 
  22. Yadav, R.N.S. (2007). Mechanisation of Sugarcane Production in India. XXVI Congress, International Society of Sugar Cane Technologists, ICC, Durban, South Africa, 29 July-2 August, International Society Sugar Cane Technologists.

Global Footprints