Table 10.

Job loss regressions with alternative teleworkability measures

	Dependent variable: involuntary job separations
	Line	DN	DN-JONET	Line	DN	DN-JONET
	(1)	(2)	(3)	(4)	(5)	(6)
Mobility${}_{i,j}$	− 2.294${}^{\ast \ast }$ (0.978)	− 6.417${}^{\ast \ast \ast }$ (2.249)	− 3.854${}^{\ast \ast }$ (1.802)
Policy${}_{i,j}$				0.507${}^{\ast }$ (0.278)	1.606${}^{\ast \ast }$ (0.675)	0.898${}^{\ast }$ (0.535)
Tel${}_i$	− 0.296 (0.228)	− 0.901 (1.326)	− 0.038 (1.017)	− 0.381${}^{\ast }$ (0.225)	− 1.679 (1.234)	− 0.284 (0.972)
Mobility${}_{i,j}\times$ Tel${}_i$	2.013${}^{\ast \ast }$ (0.920)	18.203${}^{\ast \ast \ast }$ (6.402)	7.636${}^{\ast \ast }$ (3.504)
Policy${}_{i,j}\times$ Tel${}_i$				− 0.676 (0.417)	− 5.271${}^{\ast \ast }$ (2.273)	− 2.190${}^{\ast }$ (1.278)
Observations	282	282	282	282	282	282
$R^2$	0.501	0.501	0.483	0.496	0.493	0.478

${\text{Mobility}}_{\mathit{ij}}=({\text{Retail}}_{\mathit{ij}}+{\text{Grocery}}_{\mathit{ij}}+{\text{Transit}}_{\mathit{ij}})/3.$ All regressions include prefecture-specific controls and month dummies and are weighted by prefecture population. Standard errors clustered at the prefecture level are shown in parentheses

${}^{\ast }p<0.1$; ${}^{\ast \ast }p<0.05$; ${}^{\ast \ast \ast }p<0.01$