We investigate the causal link between driver cell phone use and crash rates by exploiting a natural experiment induced by the 9 pm price discontinuity that characterizes a majority of recent cellular plans. We first document a 7.2 percent jump in driver call likelihood at the 9 pm threshold. Using a prior period as a comparison, we next document no corresponding change in the relative crash rate. Our estimates imply an upper bound in the crash risk odds ratio of 3.0, which rejects the 4.3 asserted by Redelmeier and Tibshirani (1997). Additional panel analyses of cell phone ownership and cellular bans confirm our result
Dingus and colleagues (Proc. Nat. Acad. Sci. U.S.A. 2016, 113, 2636–2641) reported a crash odds rati...
Because of a belief that the use of cellular telephones while driving may cause colli-sions, several...
This paper examines the relationship between smartphone use by drivers and traffic accidents in Cali...
We investigate the causal link between driver cell phone use and crash rates by exploiting a natural...
We investigate the causal link between driver cell phone use and crash rates by exploiting a natural...
Cell-phone bans have been motivated by previous research estimating large odds ratios (i.e., 3-4) fo...
Objectives: The objective of this study was to examine in a naturalistic driving setting the dose-re...
As Automated Vehicles (AVs) enter the fleet at lower levels of automated (SAE, 2018), the need for h...
Mobile phone usage while driving is increasing throughout the world. In this paper, we use survey da...
AbstractWe examine real-world data on 6,700 motor vehicle crashes and data on cell phone usage in a ...
Mobile phone usage while driving is increasing throughout the world. In this paper, we use survey da...
The goal of this study is to help resolve the discrepancy in relative risk estimates between recent...
Background The use of a cell phone or communication device while driving is illegal in many jurisdic...
Background The use of a cell phone or communication device while driving is illegal in many jurisdi...
Summary: This paper addresses the effects of cell phones on driving by means of a review of the lite...
Dingus and colleagues (Proc. Nat. Acad. Sci. U.S.A. 2016, 113, 2636–2641) reported a crash odds rati...
Because of a belief that the use of cellular telephones while driving may cause colli-sions, several...
This paper examines the relationship between smartphone use by drivers and traffic accidents in Cali...
We investigate the causal link between driver cell phone use and crash rates by exploiting a natural...
We investigate the causal link between driver cell phone use and crash rates by exploiting a natural...
Cell-phone bans have been motivated by previous research estimating large odds ratios (i.e., 3-4) fo...
Objectives: The objective of this study was to examine in a naturalistic driving setting the dose-re...
As Automated Vehicles (AVs) enter the fleet at lower levels of automated (SAE, 2018), the need for h...
Mobile phone usage while driving is increasing throughout the world. In this paper, we use survey da...
AbstractWe examine real-world data on 6,700 motor vehicle crashes and data on cell phone usage in a ...
Mobile phone usage while driving is increasing throughout the world. In this paper, we use survey da...
The goal of this study is to help resolve the discrepancy in relative risk estimates between recent...
Background The use of a cell phone or communication device while driving is illegal in many jurisdic...
Background The use of a cell phone or communication device while driving is illegal in many jurisdi...
Summary: This paper addresses the effects of cell phones on driving by means of a review of the lite...
Dingus and colleagues (Proc. Nat. Acad. Sci. U.S.A. 2016, 113, 2636–2641) reported a crash odds rati...
Because of a belief that the use of cellular telephones while driving may cause colli-sions, several...
This paper examines the relationship between smartphone use by drivers and traffic accidents in Cali...