What Is Important on the Job? Differences Across Gender,Perspective, and Job Level1

The importance ratings of job competency dimensions on a 360‐degree feedback instrument were examined. We hypothesized that men (incumbents and bosses) would rate agentic behaviors higher in importance than would women, and that women (incumbents and bosses) would rate communal behaviors higher in importance than would men. Differences were found for men and women across rating sources and across job level (organizational position). The present findings suggest that men and women incumbents view different factors as important for their jobs and that people in higher level jobs place more importance on agentic behaviors than do those in lower level positions, and people in lower level jobs place more importance on communal behaviors than do those in higher level positions.     

Grip Force-Load Force Coupling Is Influenced by Altered Visual Feedback about Object Kinematics

Abstract

Recent evidence suggests that visual feedback influences the adjustment of grip force to the changing load force exerted by a grasped object as it is manipulated. The current project investigated how visual feedback of object kinematics affects the coupling of grip force to load force by scaling the apparent displacements of the object viewed in virtual reality. Participants moved the object to manually track a moving virtual target. The predictability of the changing load force exerted by the object was also manipulated by altering the nature of target trajectories (and therefore the nature of object motions). When apparent object displacements increased in magnitude, grip force became more tightly coupled to load force over time. Furthermore, when load force variations were less predictable, the magnitude of apparent object displacements affected the relative degree of continuous versus intermittent coupling of grip force to load force. These findings show that visual feedback of object motion affects the ongoing dynamical coupling between grip force control and load force experienced during manipulation of a grasped object.