Status of mechanization in Kadapa district of Andhra Pradesh

Status of mechanization in Kadapa district

Authors

  • M VINAYAK ANGRAU, Telengana, India
  • S RAHAMAN ANGRAU, Telengana, India
  • R VENAKT ANGRAU, Telengana, India
  • S SAI MOHAN ANGRAU, Telengana, India
  • B HARIBABU Dr. NTR College of Agricultural Engg., Bapatla, Telengana, India

DOI:

https://doi.org/10.21921/jas.v10i01.12260

Keywords:

Andhra Pradesh, Kadapa, Farm mechanization, Survey, mechanization index

Abstract

Indian Agriculture is undergoing a gradual shift from dependence on human power and animal power to mechanical power. Mechanical power is largely consumed in big land holdings asunder their economic condition, the small and marginal farmers are unable to own farm machinery on their own. Andhra Pradesh State is typically an agrarian State with 80.96 lakh ha of the net sown area and has about 65.39 lakh ha operational holdings and 34.35 lakh ha are small and marginal holdings. Some of the initial problems in farm mechanization had been the small and scattered size of farm holdings, financially challenged farmers, lack of awareness among the marginal farmers, and the issue of dry land agriculture. In Andhra Pradesh at present, the Farm power availability is below 2.00Kw/ha. Which is low and there is a lot of scope for improvement. The mechanization index very low SC and ST category because of that is staying away from the municipal areas, small land holding, less annual income, and repair and Maintenance Lake of non-availability of workshops in rural areas. The economic status of the farmers is greatly affected by the farm mechanization index less mechanization formed in less than 25,000 Rs of the annual income of the farmers.

 

Author Biographies

M VINAYAK, ANGRAU, Telengana, India

Ph.D.Scholar

S RAHAMAN, ANGRAU, Telengana, India

Ph.D.Scholar

R VENAKT, ANGRAU, Telengana, India

Ph.D.Scholar

S SAI MOHAN, ANGRAU, Telengana, India

Ph.D.Scholar

B HARIBABU, Dr. NTR College of Agricultural Engg., Bapatla, Telengana, India

Associate Professor, Deptt. of Farm Machinery and Power Engineering

References

Bidyut KG.2010. Determination of farm mechanization in modern agriculture a case study of burdwan district of west Bengal. International journal of agricultural research 5 (12) 1107-1115.

Hitesh S, Satya NS, Vinit M and Balkrishna P.2020.Status Strategies and Challenges for Farm Mechanization in Narmada District, Gujarat. Journal of AgriSearch 7(4):247-250.

Jonathan K.Y., Ango U.F and Williams A.2011. A Survey of Mechanization Problems of the Small Scale (peasant) Farmers in the Middle Belt of Nigeria. Journal of Agricultural Science 3(2): 262-266.

Mehta CR, Chandel NS and Senthilkumar T. 2014. Status, Challenges and strategies for farm Mechanization in India. Agricultural Mechanization in Asia, Africa and Latin America 45 (4):43-50.

Momtaz I, Azmi Y, Muhammad RN.2020. Mechanization Status based on Machinery Utilization and Workers work load in Sweet Corn Cultivation in Malaysia. Computers and Electronics in Agriculture 169(105208).

Singh R, Gupta OP and Patel SK.2015. Energy Use Pattern and Scenario Change in Sugarcane (ratoon) Cultivation for Bhabar Region of Uttarakhand, India. Journal of AgriSearch 2(2): 119-125.

Sundaram P K, Sarkar B, Jeet P, Patel S K, Anurag AP and Upadhyaya A. 2020. Dynamics of farm power sources and their availability in Bihar. Journal of AgriSearch 7(3):128-131.

Venkat R, Mohan SS, Mohnot P and Vinayak M. 2021. Economic Analysis and easibility of Rotary Weeder-cum-Fertilizer Drill. Economic Affair 66(3): 451-457.

Vinayak M, Ramana C, Babu BH. and Reddy KM.2022. Field Evaluation and Economic Feasibility of Tractor Mounted FYM Spreader. Econ. Aff 67(03): 257-262.

Downloads

Published

2023-03-30