Gender and Diversity in Organizations: Past,Present, and Future Directions

This introduction reviews some of the key issues that have been studied by researchers focused on gender and diversity in organizations. Issues such as discrimination, affirmative action, barriers to career advancement, and sexual harassment at work are discussed. Although the study of gender and diversity in organizations has expanded in the last decade, key areas of research are still underrepresented. Issues for future research in this area are discussed.     

THE EVALUATION OF A SEXUAL ASSAULT SELF-DEFENSE AND RISK-REDUCTION PROGRAM FOR COLLEGE WOMEN: A PROSPECTIVE STUDY

The present study evaluated the efficacy of a sexual assault risk-reduction program that included a physical self-defense component for college women ( N = 500). Program group women significantly increased their protective behaviors over the 6-month follow-up period compared to the waiting-list control group. However, there were no significant differences between the two groups regarding rates of sexual victimization, assertive communication, or feelings of self-efficacy over the follow-up periods. Program group women who were victimized during the 3-month follow-up period evidenced less self-blame and greater offender blame for their assaults than control group women who were victimized following the program. Given that program women evidenced a greater awareness of sexual assault at the end of the study than control group women, the difficulty in addressing the impact of programming on rates of sexual victimization is discussed.     

Do rhesus monkeys (Macaca mulatta) perceive the Zöllner illusion?

A long-standing debate surrounds the issue of whether human and nonhuman animals share the same perceptual mechanisms. In humans, the Zöllner illusion occurs when two parallel lines appear to be convergent when oblique crosshatching lines are superimposed. Although one baboon study suggests that they too might perceive this illusion, the results of that study were unclear, whereas two recent studies suggest that birds see this illusion in the opposite direction from humans. It is currently unclear whether these mixed results are an artifact of the experimental design or reflect a peculiarity of birds’ visual system or, instead, a wider phenomenon shared among nonhuman mammals. Here, we trained 6 monkeys to select the narrower of two gaps at the end of two convergent lines. Three different conditions were set up: control (no crosshatches), perpendicular (crosshatches not inducing the illusion), and Zöllner (crosshatches inducing the illusion in humans). During training, the degrees of convergence between the two lines ranged from 15° to 12°. Monkeys that reached the training criterion were tested with more difficult discriminations (11°–1°), including probe trials with parallel lines (0°). The results showed that monkeys perceived the Zöllner illusion in the same direction as humans. Comparison of these data with the data from bird studies points toward the existence of different orientation-tuned mechanisms between primate and nonprimate species.     

Infants’ Brain Responses to Looming Danger: Degeneracy of Neural Connectivity Patterns

Abstract

A fundamental property of most animals is the ability to see whether an object is approaching on a direct collision course and, if so, when it will collide. Using high-density electroencephalography in infants and a looming stimulus approaching under three different accelerations, we previously found how visual information for impending collision is sustained in the young human nervous system. In the present study, using longitudinal data on 25 infants at 4–5?months and 12–13?months, we show that infants’ looming-related brain activity is clearly localized in the visual cortex (V1) following retinotopic mapping, but is highly adaptive in its organization otherwise. Analyzing the orientation of electrical source flow, we provide evidence for a high degree of variability, spread across a relatively large area of the visual cortex. The findings reveal a highly dynamic functional organization, with connectivity patterns constantly emerging and changing in many different directions between trials. This suggests degeneracy of neural connectivity patterns through reentry principles, where neurons temporarily assemble to enable an appropriate looming response with the necessary precision.