Extending Construal-Level Theory to Distributed Groups: Understanding the Effects of Virtuality

This Perspectives article seeks to redirect research on distributed (also referred to as virtual) groups, a well-established organizational phenomenon in which group members are separated by one or more forms of distance (e.g., geographic or temporal). Such distances directly affect individual behavior and shape other features of the context that alter group processes (e.g., by forcing groups to adopt new communication tools). Prior research has examined isolated effects of various dimensions of virtuality without considering how these effects on individual behavior and group dynamics might have conceptually related underpinnings. To address this gap, we propose an extension of construal-level theory as a way to link the effects of virtuality through a common mediating mechanism. According to construal-level theory, events or objects that are physically or temporally distant are also distant psychologically and thus are likely to be described in terms of their general characteristics. In contrast, views of more proximal events or objects will be more detailed and nuanced. We develop propositions that illustrate how objective dimensions of distance create psychological distance and how that in turn affects how individuals view and interact with their teammates. We also develop propositions that show. how the context of the distributed group (e.g., technology usage) affects this process over time. We compare and link this construal-based approach to alternatives based in theories of computer-mediated communication and social identity, and we thereby show that construal-level theory offers both parsimonious explanations and novel predictions about how and why distance alters perceptions of distributed group members (including oneself). Finally, we consider theoretical and practical implications of construal-level theory for future organization science research and the management of virtual teams

Maximizing your Personal Virtual Presence

Drawing upon recent research, this article offers practical advice on two key elements of working in virtual settings: managing your digital profile and learning to focus at a distance. The first offers insights on how to create and reinforce a trustworthy identity with people who do not know you well. The second examines how you can overcome barriers to effective collaboration with physically distant others. Both elements attempt to overcome the challenges of being known and present to others in a digital age

Extending Construal Level Theory to Distributed Teams: Perception and Evaluation of Distant Others

Building on prior research on distributed teams that has identified physical and temporal distance as impediments to collaboration and relationship development, this paper explores how and why we treat geographically distant others differently from those who are proximal. According to construal level theory, physically- or temporally-distant events or objects are more psychologically distant and are more likely to be described in terms of their more general characteristics, while views of more proximal events or objects will be more detailed and nuanced. We extend construal level theory to the distributed team context by advancing propositions about how group members perceive and evaluate distant others in contrast to proximal others. By comparing to alternative computer-mediated communication and social psychological theories that have been applied to this phenomenon, we show that construal level theory offers parsimonious explanations as well as novel predictions about how and why we perceive and evaluate distant others differently. The paper then considers theoretical, methodological, and practical implications of construal level theory for distributed teams and other virtual settings

The Orbiting Carbon Observatory-2 Early Science Investigations of Regional Carbon Dioxide Fluxes

NASAs Orbiting Carbon Observatory-2 (OCO-2) mission was motivated by the need to diagnose how the increasing concentration of atmospheric carbon dioxide (CO2) is altering the productivity of the biosphere and the uptake of CO2 by the oceans. Launched on July 2, 2014,OCO-2 provides retrievals of the total column carbon dioxide (XCO2) as well as the fluorescence from chlorophyll in terrestrial plants. The seasonal pattern of uptake by the terrestrial biosphere is recorded in fluorescence and the drawdown of XCO2 during summer. Launched just prior to one of the most intense El Ninos of the past century, OCO-2 measurements of XCO2 and fluorescence record the impact of the large change in ocean temperature and rainfall on uptake and release of CO2 by the oceans and biosphere

Background levels of methane in Mars’ atmosphere show strong seasonal variations

International audienceVariable levels of methane in the martian atmosphere have eluded explanation partly because the measurements are not repeatable in time or location. We report in situ measurements at Gale crater made over a 5-year period by the Tunable Laser Spectrometer on the Curiosity rover. The background levels of methane have a mean value 0.41 ± 0.16 parts per billion by volume (ppbv) (95% confidence interval) and exhibit a strong, repeatable seasonal variation (0.24 to 0.65 ppbv). This variation is greater than that predicted from either ultraviolet degradation of impact-delivered organics on the surface or from the annual surface pressure cycle. The large seasonal variation in the background and occurrences of higher temporary spikes (~7 ppbv) are consistent with small localized sources of methane released from martian surface or subsurface reservoirs