In two studies, we examined the effects of perspective taking aimed at one's romantic partner, and type of romantic relationship (long-distance vs. geographically close) on sensory specificity. Sensory specificity is defined as selectivity in using sensory dimensions such as visual, acoustical, or tactile, in romantic interactions. Participants were undergraduate students involved in exclusive romantic relationships. In Study 1 (N = 210), a perspective-taking orientation to the partner enhanced sensory selectivity in both types of relationships. In Study 2 (N = 120), in which perspective taking was manipulated, perspective taking caused an increase in sensory specificity for partners living in the same location, and not for those in long-distance relationships. These findings underscore the importance of studying perspective taking in the context of sensory-based romantic interactions. Implications and future directions are discussed.

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The Laurentian Great Lakes have substantial influences on regional climatology, particularly with impactful lake-effect snow events. This study examines the snowfall, cloud-inferred snow band morphology, and environment of lake-effect snow days along the southern shore of Lake Michigan for the 1997–2017 period. Suitable days for study were identified based on the presence of lake-effect clouds assessed in a previous study and extended through 2017, combined with an independent classification of likely lake-effect snow days based on independent snowfall data and weather map assessments. The primary goals are to identify lake-effect snow days and evaluate the snowfall distribution and modes of variability, the sensitivity to thermodynamic and flow characteristics within the upstream sounding at Green Bay, WI, and the influences of snowband morphology. Over 300 lake-effect days are identified during the study period, with peak mean snowfall within the lake belt extending from southwest Michigan to northern Indiana. Although multiple lake-effect morphological types are often observed on the same day, the most common snow band morphology is wind parallel bands. Relative to days with wind parallel bands, the shoreline band morphology is more common with a reduced lower-tropospheric zonal wind component within the upstream sounding at Green Bay, WI, as well as higher sea-level pressure and 500-hPa geopotential height anomalies to the north of the Great Lakes. Snowfall is sensitive to band morphology, with higher snowfall for shoreline band structures than for wind parallel bands, especially due south of Lake Michigan. Snowfall is also sensitive to thermodynamic and flow properties, with a greater sensitivity to temperature in southwest Michigan and to flow properties in northwest Indiana.

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