Estimating perceptions of the relative COVID risk of different social-distancing behaviors from respondents' pairwise assessments.

How do people compare the effectiveness of different social-distancing behaviors in avoiding the spread of viral infection? During the COVID pandemic, we showed 676 online respondents in the United States, United Kingdom, and Israel 30 pairs of brief videos of acquaintances meeting. We asked respondents to indicate which video from each pair depicted greater risk of COVID infection. Their choices imply that on average, respondents considered talking 14 min longer to be as risky as standing 1 foot closer, being indoors as standing 3 feet closer, being exposed to coughs or sneezes as 3 to 4 ft closer, greeting with a hug as 7 ft closer, and with a handshake as 5 ft closer.

Self-reported wellbeing indicators are a valuable complement to traditional economic indicators but are not yet ready to compete with them.

We join the call for governments to routinely collect survey-based measures of self-reported wellbeing and for researchers to study them. We list a number of challenges that have to be overcome in order for these measures to eventually achieve a status that is competitive with traditional economic indicators. We discuss in more detail one of the challenges, : single-question wellbeing measures do not seem to fully capture what people care about.

The Relationship Between the Normalized Gradient Addition Mechanism and Quadratic Voting.

Quadratic Voting and the Normalized Gradient Addition mechanism are both social choice mechanisms that confront individuals with quadratic budget constraints, but they are applicable in different contexts. Adapting one or both to apply to the same context, this paper explores the relationship between these two mechanisms in three contexts: marginal adjustments of continuous policies, simultaneous voting on many public choices, and voting on a single public choice accompanied by private monetary consequences. In the process, we provide some formal analysis of Quadratic Voting when (instead of money) votes are paid for with abstract tokens that are equally distributed by the mechanism designer.

Beyond Happiness and Satisfaction: Toward Well-Being Indices Based on Stated Preference.

This paper proposes foundations and a methodology for survey-based tracking of well-being. First, we develop a theory in which utility depends on "fundamental aspects" of well-being, measurable with surveys. Second, drawing from psychologists, philosophers, and economists, we compile a comprehensive list of such aspects.

Can Marginal Rates of Substitution Be Inferred From Happiness Data? Evidence from Residency Choices.

We survey 561 students from U.S. medical schools shortly after they submit choice rankings over residencies to the National Resident Matching Program.

Conclusions Regarding Cross-Group Differences in Happiness Depend on Difficulty of Reaching Respondents.

A growing literature explores differences in subjective well-being across demographic groups, often relying on surveys with high nonresponse rates. By using the reported number of call attempts made to participants in the University of Michigan's Surveys of Consumers, we show that comparisons among easy-to-reach respondents differ from comparisons among hard-to-reach ones. Notably, easy-to-reach women are happier than easy-to-reach men, but hard-to-reach men are happier than hard-to-reach women, and conclusions of a survey could reverse with more attempted calls.

What Do You Think Would Make You Happier? What Do You Think You Would Choose?().

Would people choose what they think would maximize their subjective well-being (SWB)? We present survey respondents with hypothetical scenarios and elicit both choice and predicted SWB rankings of two alternatives. While choice and predicted SWB rankings usually coincide in our data, we find systematic reversals. We identify factors-such as predicted sense of purpose, control over one's life, family happiness, and social status-that help explain hypothetical choice controlling for predicted SWB.