Arts & Sciences

He was in a group that formed the separate Department of Anthropology in 1967 and was appointed chair that year.

Crimes Against Humanity: A Normative Account provides a philosophical analysis of some of the most difficult issues in international criminal law.

A panel discussion titled “Gender, Human Rights and Islam,” featuring Shaheen S. Ali, visiting professor in the School of Law, will be held at 4:15 p.m. Feb. 10 in the Bryan Cave Moot Courtroom of Anheuser-Busch Hall. Ali will present “Application of Islamic Law in Diasporic Communities: A Feminist Perspective.” Ali is a professor of […]

Designated a “Leadership in Energy and Environmental Design” structure, only one other in the St. Louis area has received this recognition.

John W. Bennett, Ph.D., founder and first chair of the Department of Anthropology in Arts & Sciences, died Feb. 1 at Alexian Brothers Landsdowne Village in St. Louis. He was 89.

Family structure may have an effect on educational outcomes.Educational outcomes of children in stable blended families are substantially worse than those of children reared in traditional nuclear families, according to a study published in the most recent issue of the journal Demography. Both stepchildren and their half-siblings who are the joint children of both parents achieved at similar levels, well below those of traditional nuclear families where all the children are the joint offspring of both parents, according to economists Donna Ginther of the University of Kansas and Robert Pollak of Washington University in St. Louis.

SmithSenate Majority Leader Bill Frist is playing with fire when he suggests that Republicans will deploy the so-called “go nuclear” option to prevent Democrats from using filibusters to block controversial judicial nominations expected to reach the floor in mid-to-late February, says congressional expert Steven S. Smith.

David Kilper / WUSTL PhotoWUSTL researchers are trying to infer the Egyptian climate from the fossil evidence.Earth and planetary scientists at Washington University in St. Louis are studying snail fossils to understand the climate of northern Africa 130,000 years ago. While that might sound a bit like relying on wooly bear caterpillars to predict the severity of winter, the snails actually reveal clues about the climate and environment of western Egypt, lo those many years ago. They also could shed light on the possible role weather and climate played in the dispersal of humans “out of Africa” and into Europe and Asia.

Carrine Blank/WUSTL PhotoA WUSTL scientist suggests that Cyanobacteria arose in freshwater environments rather than in the sea.A geomicrobiologist at Washington University in St. Louis has proposed that evolution is the primary driving force in the early Earth’s development rather than physical processes, such as plate tectonics. Carrine Blank, Ph.D., Washington University assistant professor of geomicrobiology in the Department of Earth & Planetary Sciences in Arts & Sciences, studying Cyanobacteria – bacteria that use light, water, and carbon dioxide to produce oxygen and biomass – has concluded that these species got their start on Earth in freshwater systems on continents and gradually evolved to exist in brackish water environments, then higher salt ones, marine and hyper saline (salt crust) environments.

David Kilper/WUSTL PhotoProfessor Yoram Rudy (center), with Ph.D. student Yong Wang (left) and post-doctroal fellow Leonid Livshitz (right), with their ECGI system on a mannequin, comment on the cardiac data.Scientists at Washington University in St. Louis have developed the first mathematical model of a canine cardiac cell that incorporates a vital calcium regulatory pathway with implications for life-threatening cardiac arrhythmias, or irregular heartbeats. Thomas J. Hund, Ph.D., post-doctoral researcher in Pathology ( in Dr. Jeffrey Saffitz laboratory) at the Washington University School of Medicine, and Yoram Rudy, The Fred Saigh Distinguished Professor of Engineering at Washington University, have incorporated the Calcium/Calmodulin-dependent Protein Kinase II (CaMKII) regulatory pathway into their model, improving the understanding of the relationship between calcium handling in cardiac cells and the cell’s electrical activity.