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Why is TFP growth sectorally concentrated?

机译:为什么全要素生产率增长是部门集中的?

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Research shows that total factor productivity (TFP) growth is weak in European countries. This is inter alia attributed to the fact that substantial TFP growth is limited to a few industries. Because TFP growth is typically understood as technological progress, it is concluded that technology diffusion between sectors in Europe is hampered. We use EU KLEMS data sets to decompose sectoral TFP for nine European countries by means of a Malmquist approach in order to identify potential sources besides technical progress. Applying Harberger diagrams, we describe the sectoral distribution of TFP growth, efficiency gains and losses, economies of scale and technological progress. The analysis reveals that technological progress is quite evenly distributed across sectors in most European countries. The wide scattering of TFP growth is explained by deviating efficiency developments and the unused economies of scale. We conclude that the technology transfer between sectors in most European countries seems to work. Therefore, Europe in general does not need a new technology policy, but a further integration of the markets and a reduction of national market entry barriers. This requires further unification of pan-European standards in fields like trade and crafts codes or consumer protection policies.
机译:研究表明,欧洲国家的全要素生产率(TFP)增长较弱。这主要归因于TFP的大幅增长仅限于少数几个行业。由于TFP增长通常被理解为技术进步,因此可以得出结论,欧洲各部门之间的技术传播受到阻碍。我们使用欧盟KLEMS数据集通过Malmquist方法分解9个欧洲国家的部门全要素生产率,以识别除技术进步之外的潜在来源。利用哈伯格图,我们描述了全要素生产率增长的部门分布,效率得失,规模经济和技术进步。分析表明,在大多数欧洲国家,技术进步在各行业中的分布相当平均。 TFP增长的广泛分散是由于效率发展和未利用的规模经济的偏离造成的。我们得出的结论是,大多数欧洲国家/地区之间的技术转让似乎行之有效。因此,欧洲总体上不需要新的技术政策,而是市场的进一步整合和国家市场准入壁垒的减少。这就要求在贸易和手工业法规或消费者保护政策等领域进一步统一泛欧标准。

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