4.6 Article

Farm Size, Risk Aversion and Overuse of Fertilizer: The Heterogeneity of Large-Scale and Small-Scale Wheat Farmers in Northern China

期刊

LAND
卷 10, 期 2, 页码 -

出版社

MDPI
DOI: 10.3390/land10020111

关键词

scale management; risk aversion; optimal fertilizer use; environmental protection

资金

  1. National Key Research and Development Program of China The Assessment of Application Effect of Fertilizer and Pesticide Reduction Technologies on Wheat in Northern China [2018YFD0200408]
  2. National Natural Science Foundation of China General Program Economic Incentive, Peer Effects and Green Fertilization Behavior of Wheat Growers: A Randomized Controlled Trail [71973087]
  3. National Natural Science Foundation of China Youth Fund Project Effects of Incentive Heterogeneity on Agricultural Technology Extension: A Randomized Controlled Experiment in Northern Wheat of China [72003215]
  4. Ministry of education of Humanities and Social Science project Ecological Compensation Mechanism of Protected Areas Based on Biodiversity Valuation [20YJC790114]
  5. Shaanxi Provincial Social Science Fundation Research on Integration and Optimization of Shaanxi Agricultural Product Quality safety Traceability System from the Perspective of Circulation Innovation [2019D024]
  6. Special Fund project of Basic Scientific Research Operation funds of Central Universities: The Influence of Peer Effect on Farmers' Green Fertilization Behavior: Based on the Analysis of the Randomized Controlled Experiment of Winter Wheat in Fen-Wei Plai [20SZYB21]

向作者/读者索取更多资源

The study shows that excessive use of fertilizer in China has caused environmental degradation and increased health costs. One of the measures to address the issue is to consider large-scale operation. Research found that farmers in the northern wheat-growing region of China tend to deviate from the optimal amount of fertilizer application, with small-scale farmers showing a greater deviation.
The excessive use of fertilizer has resulted in serious environmental degradation and a high health cost in China. Understanding the reasons for the overuse of fertilizer is critical to the sustainable development of Chinese agriculture, and large-scale operation is considered as one of the measures to deal with the excessive fertilizer use. Under the premise of fully considering the resource endowment and heterogeneity of large-scale farmers and small-scale farmers in production and management, different production decision-making frameworks were constructed. Based on the 300 large-scale farmers and 480 small-scale farmers in eight provinces of northern China wheat region, we analyzed the optimal fertilizer use amount and its deviation as well as the influencing factors of small-scale and large-scale farmers, then further clarified whether the development of scale management could solve the problem of excessive fertilizer use. The empirical results show that: (1) both small-scale farmers and large-scale farmers deviated from the optimal fertilizer application amount, where the deviation degree of optimal fertilizer application of small-scale farmers is significantly higher than that of large-scale farmers, with a deviation degree of 35.43% and 23.69% for small and large scale farmers, respectively; (2) not all wheat growers in North China had the problem of excessive use of chemical fertilizer, as the optimal level of chemical fertilizer application in Heilongjiang and Inner Mongolia are 346.5 kgha(-1) and 335.25 kgha(-1), while the actual fertilizer use amount was 337.2 kgha(-1) and 324.6 kgha(-1), respectively; and (3) the higher the risk aversion level, farmers tended to apply more fertilizer to ensure grain output. Therefore, increasing farm size should be integrated into actions such as improving technological innovation and providing better information transfer to achieve the goal of zero-increase in Chinese fertilizer use.

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