Sentence examples for productivity size from inspiring English sources

The intuition of this technique is to estimate the effect of productivity (size) growth on size (productivity) growth by matching high-growth-productivity (-size) firms with non-high-growth-productivity (-size) firms.

This counterfacual is based on matching the high-growth-productivity (size) firm with a control group of similar characteristics that do not receive the productivity (size) shock.

Therefore, the productivity (size) shock considered in the baseline specification might include a size—(productivity-) shock component.

The method constructs a counterfactual which allows analyzing how size (productivity) of a firm would have evolved if it had not received a productivity (size) shock.

The baseline estimates control for selection on observables by including the following firm covariates: lagged high growth status, total factor productivity, size, export status, wages, and age.

HGF only TFP (size) refer to high-growth firms in terms of productivity (size) but not in terms of size (productivity) —see the main text for more details.

The spatial distribution of ecoregions, and their productivities, sizes and relations to other ecoregions inform us about their propensity for diversity.

Open image in new window Fig. 1 Distribution of productivity by size class in Spain.

The variable ({ HGF}_i) takes the value one if a firm i receives a productivity (or size) shock at (s=0).

In this paper we show cross-country empirical evidence of the relationship between aggregate productivity, plants' size distribution, and economic distortions.

First, in the baseline a firm is labeled as a high-growth firm if its productivity (or size) growth is above an annual growth rate above 10%, which roughly corresponds to the 75th percentile.