This paper investigates the time delay in the transmission of oil price shocks using disaggregated manufacturing data on inventories and sales. VAR estimates indicate that industry-level inventories and sales respond faster to an oil... more
This paper investigates the time delay in the transmission of oil price shocks using disaggregated manufacturing data on inventories and sales. VAR estimates indicate that industry-level inventories and sales respond faster to an oil price shock than aggregate gross domestic product, especially in industries that are energy-intensive. In response to an unexpected oil price increase, sales drop and inventories are accumulated. This leads to future reductions in production. We estimate a modified linear–quadratic inventory model to inquire whether the patterns observed in the VAR impulse responses are consistent with rational behavior by the firms. Estimation results suggest that three mechanisms play a role in the industry-level dynamics. First, oil prices act as a negative demand shock. Second, the shock catches manufacturers by surprise, resulting in higher-than-anticipated inventories. Third, because of their desire to smooth production, manufacturers deviate from the target level...
This paper employs disaggregated manufacturing data to investigate the causes of the time delay between an increase in oil prices and the following slowdown in economic activity. VAR results show that, unlike aggregate GDP, the effect of... more
This paper employs disaggregated manufacturing data to investigate the causes of the time delay between an increase in oil prices and the following slowdown in economic activity. VAR results show that, unlike aggregate GDP, the effect of an oil price shock on new motor vehicles ...
Oil price shocks have direct and indirect impacts on the economies of oil-exporting and oil-importing countries. The direct impacts are through demand and supply channels and the indirect (spillover) impacts are through interaction... more
Oil price shocks have direct and indirect impacts on the economies of oil-exporting and oil-importing countries. The direct impacts are through demand and supply channels and the indirect (spillover) impacts are through interaction between the countries. Most studies have focused on the direct effects of the oil price shocks in a specific country or a region and research works on indirect impacts are limited. In this research, the direct and indirect effects (spillover) of oil shocks on both groups of oil-exporting and oil-importing countries are estimated using a dynamic system model. The spillover effects are defined and measured by the “Trade Ratio” and “Weighted Average Economic Growth” indicators. The sample includes 30 oil-exporting and oil-importing countries with a share of 73 percent of the world’s economy. The results show that a positive oil price shock reduces economic growth in oil-importing countries and increases it in oil-exporting countries, but international trade between the oil- exporting and oil-importing countries mitigates the impact of oil shocks on economic growth of both groups.