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Sensitivity of Impulse Responses to Small Low-Frequency Comovements: Reconciling the Evidence on the Effects of Technology Shocks

机译:小型低频联动的脉冲响应敏感性:调和技术冲击影响的证据

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摘要

This article clarifies the empirical source of the debate on the effect of technology shocks on hours worked. We find that the contrasting conclusions from levels and differenced vector autoregression specifications, documented in the literature, can be explained by a small low-frequency comovement between hours worked and productivity growth that gives rise to a discontinuity in the solution for the structural coefficients identified by long-run restrictions. Whereas the low-frequency comovement is allowed for in the levels specification, it is implicitly set to 0 in the differenced vector autoregression. Consequently, even when the root of hours is very close to 1 and the low-frequency comovement is quite small, removing it can give rise to biases of sufficient size to account for the empirical difference between the two specifications.
机译:本文阐明了有关技术冲击对工作时间的影响的辩论的经验来源。我们发现,文献中记载的水平和向量自回归规格差异得出的结论相反,这可以通过工作小时数与生产率增长之间的小幅低频共动来解释,这导致了由确定的结构系数的解的不连续性。长期的限制。尽管在级别规范中允许使用低频共同运动,但在差分矢量自回归中将其隐式设置为0。因此,即使小时的根数非常接近1,并且低频联动非常小,将其删除也会引起足够大的偏差,以解决这两个规范之间的经验差异。

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