Sue Wessler Elected Vice President of the National Academy of Sciences

Sue Wessler, a distinguished UCR professor emerita of genetics, has been elected to a four-year term as vice president of the National Academy of Sciences (NAS).

Achieving Elite Status in Science

The NAS is renowned as the highest-profile scientific organization in the country, dedicated to recognizing and advancing cutting-edge science and promoting it to the public. Membership in the NAS is a significant honor, bestowed only upon scientists chosen by their peers. With 2,687 active members, the selection process is highly competitive.

Pioneering Roles in NAS

In 2011, Wessler was elected NAS Home Secretary, a position she held with distinction. Notably, she made history as the first woman to secure this role within the NAS’s 160-year history. Under her leadership, she spearheaded efforts to increase diversity within the NAS membership, doubling the percentage of female members from 11% to 22%.

“Helping female scientists be recognized for their achievements was extremely satisfying,” Wessler stated. “And it was also wonderful to be nominated for the VP role. I’m excited to continue contributing to such an impactful organization.”

New Responsibilities as NAS Vice President

In her new role, Wessler will play a pivotal role in overseeing several critical activities. Specifically, she will chair the academy’s Council Committee on Scientific Programs and manage initiatives like the Kavli Frontiers of Science symposia, bilateral scientific forums with the UK and Israel, and the NAS’s annual meeting. Her responsibilities also extend to various outreach programs aiming to increase public engagement with science.

Pioneering Research Contributions

Wessler’s research career has been marked by groundbreaking work, particularly in the study of transposable elements, also known as “jumping genes.” Her research has demonstrated the critical role these mobile DNA elements play in genetic variation among plants, including maize, rice, lotus, poplar, and citrus. Given that these elements are also found in animal genomes, her work has implications for a variety of scientific fields, from evolutionary biology to agriculture.

Her studies offer insights into how species, including crops, can adapt to environmental changes. Through her research, Wessler has furthered the understanding of genetic biodiversity and its importance in ensuring food security and sustainability.

Advocacy for Science Education

Wessler is a staunch advocate for science education and outreach, emphasizing the importance of effective communication between scientists and the general public. She co-authored the widely used textbook Introduction to Genetic Analysis and the popular reference The Mutants of Maize. These books have significantly influenced how genetics is taught and understood.

Beyond writing, she has adapted her research program for educational purposes, enabling students to experience firsthand the joy and challenges of scientific research. This pedagogical approach helps students develop their own scientific thinking and skills.

Shaping Future Scientific Leaders

Wessler sees her new role as an opportunity to enhance public understanding of critical scientific issues, including climate change and the importance of genetic research in food security. She encourages young scientists to seek strong mentors and to persevere in their endeavors despite challenges.

“Find something to do that you love, work hard, and don’t accept being treated any less than anybody else,” she advises.

Honors and Achievements

Wessler’s contributions to genetics and scientific leadership have garnered her numerous accolades. At the uncharacteristically young age of 44, she was elected to the NAS, a testament to her unparalleled skill and dedication. Additionally, she served as a Howard Hughes Medical Institute Professor and held the prestigious Neil A. and Rochelle A. Campbell Presidential Chair for Innovations in Science Education at UCR.

Continuing Legacy and Commitment

Wessler’s election as Vice President of the NAS not only recognizes her scientific excellence but also underscores her commitment to fostering collaboration, education, and diversity within the scientific community. In her new role, she remains dedicated to ensuring that scientific advancements are accessible and impactful for society.

“Science is always changing, always evolving,” she reflected. “The key is to keep asking questions, keep pushing boundaries, and make sure the next generation of scientists is ready to do the same.”

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