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Indiana University Bloomington

Department of Biology

Alumni & Development

Biology Alumni Newsletter: Summer 2011

Five faculty honored

Lynda Delph

Associate Chair and Professor Lynda Delph. Photo: Courtesy of Indiana University

Roger Hangarter

Class of 1968 Chancellor’s Professor Roger Hangarter. Photo: Courtesy of Indiana University

Four biology faculty elected to AAAS

Lynda Delph, Roger Hangarter, Roger Innes, and Rudolf Raff are the latest fellows elected to the American Association for the Advancement of Science (AAAS), adding to an already lengthy list of fellows from our department. “We now have 14 active AAAS fellows, which is nearly 25% of our current biology department faculty,” stated Chair Roger Innes. “These honors point to the extremely high quality of our faculty.” The department has a total of 19 AAAS fellows accounting for emeriti or departed faculty. Indiana University President Michael A. McRobbie noted that four of the university’s five new fellows came from the Department of Biology, stating, “When you have that many members from one department it reflects a culture of excellence in that department or school.”

Professor Lynda Delph is an evolutionary ecologist, whose current research focuses around the plant species, Silene latifolia. Using ecological and genetic perspectives, her research aims to understand selective forces in natural populations and the extent to which adaptation is slowed or prevented by the genetic integration of traits. Delph is also the associate chair for teaching and director of undergraduate studies.

Class of 1968 Chancellor’s Professor Roger Hangarter studies the physiological and molecular mechanisms by which plants perceive and respond to environmental stimuli through the model plant Arabidopsis thaliana. Current research projects include tropisms, light-induced chloroplast movements, and chloroplast development. Hangarter is also the director of graduate studies.

Professor Roger Innes uses molecular genetics approaches to understand the biochemical basis of disease resistance in plants, using Arabidopsis thaliana as the model plant. Ongoing research focused on how plants detect the presence of pathogens is providing new insights into the human immune system, as well. Innes was elected a fellow of the prestigious American Academy of Microbiology this year, making this a banner year for our chair.

Rudy Raff and Roger Innes

AAAS fellows Raff (left) and Innes outside of Myers Hall. Innes was also named a fellow of the American Academy of Microbiology. Photo: Jeremy Bennett/Indiana University

Distinguished Professor Rudolf Raff is a co-founder of the evolutionary developmental biology field, commonly referred to as “evo devo.” This field examines how the development of an organism from fertilized egg to an adult differs from one species to another. Current work in the Raff lab is focused on the biological, physical and chemical processes that enable soft-bodied organisms to be fossilized. Raff is the James H. Rudy Professor of Biology and director of the Indiana Molecular Biology Institute.

Newly elected fellows were invited to attend the Fellows Forum held on Feb. 19 at the organization’s annual meeting. There, they received certificates and blue and gold rosettes of recognition for their contributions to science and technology.

AAAS is the world’s largest general scientific society dedicated to advancing science around the world. The group publishes several newsletters, books and reports, most notably the journal Science.


Lively promoted to Distinguished Professor

Curt Lively

Photo: Courtesy of Indiana University

Biologist Curtis Lively was recently promoted to distinguished professor, the most prestigious academic appointment the university bestows upon its faculty. “This honor recognizes Curt’s high standing in the field of Evolutionary Biology,” Chair Roger Innes stated, “and more specifically his paradigm setting work on answering the question of why sexual reproduction in eukaryotes exists.”

Lively was the first to provide hard evidence that parasitism selects against asexually reproducing individuals because parasites can quickly spread through a genetically uniform population. Sexual reproduction helps maintain genetic diversity, thus slows parasite spread. Manfred Millinski, a biologist at Germany’s Max Planck Institute for Evolutionary Biology, praised Lively’s work, stating, “I am sure that when the puzzle of the evolution of sex is regarded as being solved, the name of one great scientist will stand out: Curt Lively.”

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