We study how extreme (high) temperatures affect firm dynamics---entry, exit, and aggregate productivity---in Chinese manufacturing sectors. Existing studies focus on the effects on incumbent firms (intensive margin), while we examine the effects on entry and exit (extensive margin), and their...

In this paper, we document a novel fact that disclosures of public information reshape social dynamics in China. Using the staggered roll-out of a quasi-natural experiment of air pollution information disclosure and a novel high-frequency data set of social and public events, we find...

Using a novel city-level high-frequency panel data set of social and public events in Chinese cities, we document that extreme high temperatures significantly reshape social dynamics. Extreme high temperatures lead to an increase in social cooperation, and the effects are more salient when...

We study how extreme (high) temperatures affect firm dynamics—entry, exit, and (aggregate) productivity—in Chinese manufacturing sectors. Existing studies focus on the effects on incumbent firms (intensive margin), while we examine the effects on entry, exit (extensive margin), and their...

We study how air pollution affects firm dynamics: entry, exit, innovation, and (aggregate) productivity. Using an instrumental variable strategy, we find that air pollution significantly reduces entry and innovation and raises exit. Moreover, air pollution leaves firms with higher productivity...

We study how the extreme temperature affects firm dynamics in Chinese manufacturing sector, including entry, exit, and (aggregate) productivity. While existing literature mostly focus the effects of the extreme temperature on incumbent firms (intensive margin), we contribute the literature by...