Abstract

Agricultural mechanization is essential to increase farmers’ income in modern agriculture. However, the use of machinery for crop production in China is quite inefficient. To understand the obstacles limiting farmers’ use of machinery, we conducted face-to-face interview surveys with 1023 farmers (including cooperative directors, machine operators, and farmers without machines) in two major cereal-producing regions with large differences in farming scale: the North China Plain (2.7 ha per capita) and the Northeast China Plain (12.8 ha per capita). The results revealed that farmers in both regions had strong will to use machines. The obstacle preventing farmers from buying machines was the lack of machinery training in the Northeast China Plain and land fragmentation in the North China Plain. Among different farmer groups, land fragmentation was the main barrier for cooperative directors. Farmers without machines thought that there was lack of machinery training and that the cost of machinery purchase was high. Machine operators believed that machine maintenance was too expensive. The income and age also had an effect on the different groups of farmer. It is concluded that, to improve mechanization efficiency and stimulate farmers’ intention to use machinery, the government should make policies to encourage the merge of fragmented farmlands, provide targeted subsidies for agricultural machinery, and organize machinery training in an efficient way.

Highlights

  • Of the 570 million farms worldwide, most are small scale, with family farms accounting for approximately 75% of global agricultural land management [1]

  • The findings suggest the need for policy approaches to remove barriers and speed up agricultural mechanization in China

  • The surveys were conducted in October–November 2019 and August–September 2020 in North China Plain (NCP) (Hebei, Shandong and Henan Provinces) and Northeast China Plain (NEP) (Heilongjiang, Jilin and Liaoning Provinces)

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Summary

Introduction

Of the 570 million farms worldwide, most are small scale (less than 2 ha), with family farms accounting for approximately 75% of global agricultural land management [1]. In 2020, the national crop planting and harvesting mechanization rate reached 71%. The comprehensive mechanization rate of planting and harvesting exceeds 95%, 85%, and 90% for wheat, rice, and maize, respectively [3]. Machinery utilization in China is reported to be inefficient and unproductive for agricultural production, which accounted for 22.4% of employment and only 7.2% of output in the primary sector in 2018 [6]. The low efficiency of mechanized production hinders farmers’ intention to purchase new machines and renew old equipment [7]. To improve mechanization efficiency and stimulate farmers’ intention to use machinery, it is essential to understand the obstacles limiting farmers’ use of machinery and recommend corresponding policies for the government

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