Sabine Eckmann named director of Mildred Lane Kemper Art Museum

EckmannSabine Eckmann, Ph.D., will become director of the Mildred Lane Kemper Art Museum at Washington University in St. Louis effective July 1, 2005, Chancellor Mark S. Wrighton announced today. Eckmann joined the Kemper Art Museum as curator in fall 1999 and also regularly teaches seminars in the Department of Art History & Archaeology in Arts & Sciences. She succeeds Mark S. Weil, Ph.D., the E. Desmond Lee Professor for Collaboration in the Arts, who has led the museum since 1998. Weil, a longtime faculty member in art history, will retire June 30.

Certain female fish have special mating preference

Male Bahamas mosquitofish (left) chasing a female (right).A biologist at Washington University in St. Louis has shown that for some fish species, females prefer males with larger sexual organs, and actually choose them for mating. That does not exclude males with an average-sized sex organ, called a gonopodium. These fish out-compete the larger-endowed males in a predator-laden environment because they have a faster burst speed than the males with larger genitalia, thus avoiding predators and staying in the mating game.

2005 A.E. Hotchner Playwriting Competition winners announced

The Performing Arts Department in Arts & Sciences has announced winners for the 2005 A.E. Hotchner Playwriting Competition. Four student plays were selected in two categories. Full-length winners were Highness, by junior Carolyn Kras, and Shades of Light Blue, by junior Yuan Ji. Flick, by freshman Nicholas A. Loyal, and Chosen Family, by freshman Nick Rogers, won for short plays.

Adult and child brains perform tasks differently

As our brains mature, we tend to use the red regions more frequently for these certain tasks, using the regions represented in blue less.Children activate different and more regions of their brains than adults when they perform word tasks, according to investigators at Washington University School of Medicine in St. Louis. Reporting in the journal Cerebral Cortex, the researchers say those changes in regional brain activity from childhood to adulthood may reflect the more efficient use of our brains as we mature.
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