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Creators/Authors contains: "Losee, Joy E."

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  1. Abstract

    Face mask‐wearing is important for reducing COVID‐19 spread. Masking is a publicly visible behavior and thus, social factors such as descriptive and personal norms, risk images, and impression management concerns are salient and likely influential. Study 1 (N = 381) surveyed participants during the early stages of the pandemic, assessing correlational relationships between social factors and masking intentions. Study 2 (N = 778) replicated Study 1 at a later stage in the pandemic and experimentally manipulated the group to which norms and risk images referred—familiar, unfamiliar, or general others. Study 1 findings revealed that perceived descriptive norms, personal norms, and risk images, together strongly related to face mask‐wearing independent of COVID‐19 threat perception. Study 2 results revealed that people's impressions of non‐mask wearers were less negative and their perceptions of mask‐wearing less normative among familiar versus unfamiliar others. People were also less likely to wear masks among familiar versus unfamiliar others. These results indicate that specific care should be taken to develop interventions that will increase masking in the presence of familiar others.

     
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  2. Abstract

    The human and economic costs of severe weather damage can be mitigated by appropriate preparation. Despite the benefits, researchers have only begun to examine if known decision-making frameworks apply to severe weather–related decisions. Using experiments, we found that a hyperbolic discounting function accurately described participant decisions to prepare for, and respond to, severe weather, although only delays of 1 month or longer significantly changed decisions to evacuate, suggesting that severe weather that is not imminent does not affect evacuation decisions. In contrast, the probability that a storm would impact the participant influenced evacuation and resource allocation decisions. To influence people’s evacuation decisions, weather forecasters and community planners should focus on disseminating probabilistic information when focusing on short-term weather threats (e.g., hurricanes); delay information appears to affect people’s evacuation decision only for longer-term threats, which may hold promise for climate change warnings.

     
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