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Agricultural environmental total factor productivity in China under technological heterogeneity: characteristics and determinants

机译:技术异质性下中国农业环境总因素生产力:特征与决定因素

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With limited resources, growing environment constraints and downward pressure on the economy, increasing agricultural environmental total factor productivity (AETFP) and its contribution to agricultural growth is significant for transforming agricultural development to make it more resource efficient and environment-friendly. This paper considered technological heterogeneity in different regions of China and measured AETFP in 30 provinces from 1997 to 2015 using the Metafrontier Malmquist-Luenberger (MML) productivity index. Multi-dimensional analysis was made on temporal and spatial characteristics, evolution patterns, and influencing factors of AETFP in China. The results showed that: (1) AETFP increased in the Ninth, Tenth, Eleventh, and Twelfth Five-Year Plan periods, with average annual growth rates of 0.76%, 0.88%, 1.17%, and 0.87%, respectively. (2) The average annual growth rate of AETFP in the eastern, central, and western regions decreased successively. The eastern region generally had played a leading role. The central region had a catch-up effect on environmental production technologies from the eastern region, while the western region lacked the catch-up effect. (3) The dynamic evolution of AETFP had prominent features. For the whole nation, the kernel density curve of AETFP continuously moved to the right. The main peak value continuously decreased and the width of the main peak continuously increased. The internal differences of AETFP in the eastern and western regions exhibited an increasing trend, while the internal differences of AETFP in the central region showed little change. (4) There was an inverted U-shaped relationship between agricultural economic growth and AETFP. Both the disaster rate and planting structure had a negative impact on AETFP with varying degrees of significance. Income gaps between urban and rural areas can partially offset the role of urbanization in promoting the growth of AETFP. The greater the income differences between urban and rural areas, the weaker the role of urbanization in promoting the growth of AETFP. These findings can help the government determine policies to change the agricultural development mode and formulate effective measures to improve AETFP.
机译:利用有限的资源,环境限制和对经济的下行压力,增加农业环境总要素生产率(AETFP)及其对农业增长的贡献对于改变农业发展,使其更具资源效率和环境友好。本文认为中国不同地区的技术异质性,并使用Metafrontier Malmquist-Luenberger(MML)生产力指数从1997年到2015年的30个省份测量了AetFP。对中国AETFP的时间和空间特征,演化模式和影响因素进行了多维分析。结果表明:(1)AETFP在第九,第十一,第十一和第十二期的时间内增加,平均年增长率为0.76%,0.88%,1.17%和0.87%。 (2)东部,中央和西部地区AETFP的平均年增长率连续下降。东部地区一般都发挥了主导作用。中部地区对东部地区的环境生产技术进行了追赶效果,而西部地区缺乏追赶效果。 (3)AETFP的动态演进具有突出的特色。对于整个国家,AETFP的核密度曲线持续向右移动。主要峰值连续降低,主峰的宽度不断增加。东部和西部地区的AETFP的内部差异表现出越来越大的趋势,而中部地区的AETFP的内部差异表现出很少的变化。 (4)农业经济增长与AETFP之间存在倒U形关系。灾害率和种植结构均对AETFP产生负面影响,具有不同程度的意义。城乡之间的收入差距可以部分抵消城市化在促进AETFP的增长方面的作用。城乡之间的收入差异越大,城市化在促进AETFP增长方面的作用越弱。这些调查结果可以帮助政府确定改变农业发展模式的政策,并制定有效措施,以改善AETFP。

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