Research on modeling the relationship between agricultural informatization level and economic growth in green ecological environment.

Purpose: In order to improve the current level of agricultural informatization and the large deviation of economic growth. Combining the cost input of the green ecological environment and the level of economic growth, the relationship model between the level of agricultural informatization and economic growth is established in the green ecological environment. Design/methodology/approach: The authors establish an evaluation index system for the level of agricultural informatization and calculate the total index of agricultural informatization under the index system. Combining the cost input of the green ecological environment and the level of economic growth, the authors establish the relationship model between the level of agricultural informatization and economic growth in the green ecological environment. Findings: The research results show that the regression coefficient of determination including agricultural informatization elements from 2014 to 2018 is 5.105466, indicating that the model fits well. The sum of the variables is greater than 1, indicating that the mutual influence of agricultural informatization factors is also obvious. The condition of the hypothesis test in this study is significant (5%), which shows the positive relationship between the elastic coefficient of agricultural informatization and the elements of informatization. The results show that the continuous advancement of the informatization process can effectively promote agricultural economic growth. Originality/value: The condition of the hypothesis test in this study is significant (5%), which shows the positive relationship between the elastic coefficient of agricultural informatization and the elements of informatization. The continuous advancement of the informatization process can effectively promote agricultural economic growth. [ABSTRACT FROM AUTHOR]