Other new members of the AAAS include: U.S. Secretary of State Hillary Rodham Clinton; James Fraser Stoddart, a chemist whose work helped establish the field of molecular nanotechnology; and Robert A. Moffitt, an authority on the incentives and disincentives in the U.S. welfare system. The Academy announced its new members on April 17, including winners of the National Medal of Science, the Pulitzer Prize, and the Kennedy Center Honors. Current AAAS membership includes more than 250 Nobel laureates and 60 Pulitzer Prize winners.
"This is an amazing surprise and a wonderful opportunity to serve the people of Arizona," Hurtado said.
Hurtado is a human evolutionary ecologist who has conducted extensive fieldwork in South America and is especially well known for her in-depth work with the hunter-gatherer Aché people of Paraguay, whom she has studied and lived among for periods of time for the past 25 years.
She studies the biological, social and cultural dimensions of human health, culture, and identity; human origins, evolution and diversity. Among her areas of specialization are emerging diseases, host-pathogen co-evolution, global health, and the origins of the sexual division of labor. Hurtado has taught courses ranging from human origins to evolutionary global health sciences.
Current research highlights include studies of the evolution of social immunity with faculty in the Social Insects Research Group of the School of Life Sciences, and the effects of xenophobic behaviors on population health with psychology department faculty. In addition, Hurtado is working with Massachusetts Institute of Technology researchers to study prejudice against indigenous people of Latin America and the implications for public health and population health differences.
"We discovered that at the peak of a recent tuberculosis epidemic among the Aché natives, 18 percent of the population had active tuberculosis. That's the highest prevalence ever published anywhere in the world," she said. "In the meantime, we would visit surrounding mestizo villages and ask if anyone had tuberculosis. We found zero cases, despite the fact that the mestizos and indigenous people were living only a few miles apart in the same ecozone. One of the things I've been mulling over was this invisible, social barrier creating pockets of disease. We need to understand those barriers."
Hurtado's field research plans for 2012 includes a new project with colleagues in Panama and Paraguay at the Smithsonian Tropical Research Institute and the Centro para el Desarrollo de la Investigacion Cientifica, to study indigenous health and explore the evolutionary origins of public health as well as health transitions in indigenous populations moving into modern environments.
"We are very much behind in the 21st century. There are 3 billion people in the world today who do not have access to clean water, sanitation and are infected with intestinal worms that make them susceptible to bacterial and viral diseases," Hurtado said. "Now these diseases can rapidly spread around the world, since populations are networked through frequent social interaction and transmission is much faster than ever before in human history. We have a time bomb right now in global health."
Hurtado is grateful for the interdisciplinary and trans-disciplinary environment at ASU that allows her to expand her research into other disciplines and work with researchers outside of her field of study. She credits this synergistic environment of ideas and communication as a major factor in articles she has published on unique social structure and cooperative breeding in human societies in the past year with her husband Kim Hill in the journals Nature and Science. "The vision of interdisciplinary discovery at ASU has worked for us beautifully," she said.
Provided by Arizona State University
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