With the gradual transformation of traditional agriculture into modern agriculture, agricultural mechanization has played a very important role in the contribution rate of the whole people’s economy in Jiangxi Province. Because of the wide application of Cobb-Douglas (C-D) production function in western economics, many scholars have used this method in practice in recent years. By establishing the C-D production function model, the agricultural mechanization data of Jiangxi Province from 2005 to 2019 are analyzed, and the factors such as agricultural output value, agricultural mechanization input, agricultural material consumption, labor input and land input play a key role in the economic growth of agricultural mechanization development.
Yang H, 2018, Research on Economic Contribution rate of Agricultural Mechanization in Sichuan Province based on C-D Production Function. Chengdu University of Technology.
Jiangxi Provincial Bureau of Statistics, 2017, Jiangxi Investigation Team, National Bureau of Statistics. Statistical Bulletin of National Economic and Social Development of Jiangxi Province in 2016. Jiangxi Daily.
Wu B, Meng W, 2018, Prediction of Contribution Rate of Agricultural Mechanization in Jiangxi Province Based on Cobb_Douglas Function. China Southern Agricultural Machinery, 49(13): 1, 7.
Zhang F, Yao F, 2017, Analysis and Application of C-D Function in Contribution Rate of Agricultural Production Factors. Inner Mongolia Science technology& Economy, (11): 63-64, 66.
Tang J, Zhuang S, Zhao T, 2015, Calculation of Contribution Rate of Technological Progress in Construction Industry Based on C-D Production Function. Journal of Civil Engineering and Management, (2): 74-77, 95.
Sun F, Wang F, 2005, Method for Calculating Contribution Rate of Agricultural Mechanization by Variable Elastic C-D Production Function. Journal of Northeast Agricultural University, (1): 75-77.
Lin Y, Wang W, 2005, Application of C-D Production Function in Calculating Contribution Rate of Agricultural Machinery to Agricultural Production. Journal of Agricultural Mechanization Research, (4): 207-208.
Geng X, Zhang A, 2015, Contribution Rate of Agricultural Mechanization in Binzhou City Based on Grey Correlation and Cobb-Douglas Model. Journal of Anhui Agricultural Sciences, 43(29): 355-356, 377.
Liu H, Xie Z, 2010, Study on Contribution Rate of Agricultural Scientific and Technological Progress to Economic Growth in Gansu Province. Journal of Northwest University for Nationalities (Natural Science), 31(4): 85-90.
Li C, 2005, Research on the Contribution of Agricultural Mechanization to Agricultural Economic Growth. Shandong Agricultural University.