Abstract

Responses to the COVID-19 pandemic have dramatically transformed industry, healthcare, mobility, and education. Many workers have been forced to shift to work-from-home, adjust their commute patterns, and/or adopt new behaviors. Particularly important in the context of mitigating transportation-related emissions is the shift to work-from-home. This paper focuses on two major shifts along different stages of the pandemic. First, it investigates switching to work-from-home during the pandemic, followed by assessing the likelihood of continuing to work-from-home as opposed to returning to the workplace. This second assessment, being conditioned on workers having experienced work-from-home as the result of the pandemic, allows important insights into the factors affecting work-from-home probabilities. Using a survey collected in July and August of 2020, it is found that nearly 50 percent of the respondents who did not work-from-home before but started to work-from-home during the COVID-19 pandemic, indicated the willingness to continue work-from-home. A total of 1,275 observations collected using the survey questionnaire, that was administered through a U.S. nationwide panel (Prime Panels), were used in the model estimation. The methodological approach used to study work-from-home probabilities in this paper captures the complexities of human behavior by considering the effects of unobserved heterogeneity in a multivariate context, which allows for new insights into the effect of explanatory variables on the likelihood of working from home. Random parameters logit model estimations (with heterogeneity in the means and variances of random parameters) revealed additional insights into factors affecting work-from-home probabilities. It was found that gender, age, income, the presence of children, education, residential location, or job sectors including marketing, information technologies, business, or administration/administrative support all played significant roles in explaining these behavioral shifts and post-pandemic preferences.

Highlights

  • COVID-19 has forced many workers to adapt to new behaviors, norms as well as shifted commute patterns, preferences and mandated many to work-from-home

  • From a methodo­ logical perspective, the data were analyzed with a focus on different state changes during the COVID-19 pandemic

  • In the estimated random parameters logit models, many variables were found to be statistically significant, and some were found to exhibit heterogeneous effects across observations, with the means of the random parameters being a function of explanatory variables

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Summary

Introduction

COVID-19 has forced many workers to adapt to new behaviors, norms as well as shifted commute patterns, preferences and mandated many to work-from-home. Gaining more insights into factors influencing shifting towards permanently working from home or returning to workplaces will allow a better understanding of the behavioral complexities and behavioral economics of the post-pandemic world. Preliminary research in this domain has shown that, a significant share of the working population is likely to go back to inperson pre-COVID work arrangements, there does remain the possibil­ ity that a substantial number of workers would continue to work-from-. The current study fills an important gap in the literature by investi­ gating the various shifts to work-from-home arrangements along the timeline (stages) of the COVID-19 pandemic.

Literature review
Methodology
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