Dr. Dominique Bergmann is the Shirley R. and Leonard W. Ely, Jr. Professor of the School of Humanities and Sciences at Stanford University. She is a plant developmental biologist using stomata and the stomatal lineage for fundamental discoveries about cell fate, cell signaling and cell polarity. Bergmann's group builds experimental, computational and imaging-based tools to capture and manipulate the morphological, behavioral and gene expression changes that accompany developmental decisions. We have developed the capacity to capture information at the single-cell level, but equally recognize that cell behavior must be considered in the context of the tissue, the organ, the plant and the planet. Dr. Bergmann was awarded the NIH Presidential Early Career Award in Science and Engineering and the Charles Albert Shull award from the American Society of Plant Biologists. She is an investigator of the Howard Hughes Medical Institute and is a member of the U.S. National Academy of Sciences and Academia Europaea.
Learning from the past and anticipating the future in stomatal development
Stomata provide a framework to study the fundamental processes of plants at different organizational levels, from molecules and cells to whole plants and ecosystems. And across vast temporal scales, from milliseconds to millennia. Our lab focuses on the molecules and the mechanisms that make and pattern stomata, but this work is enriched by collaborations: with ecophysiologists, who used tools derived from the molecular-scale studies to improve organismal-scale models for photosynthetic activity; with evolutionary biologists, who, taking advantage of stomatal preservation and sequencing of historic DNA, have been able to track how stomatal genes and developmental patterns change, and how this might link to climate change in the Anthropocene. In this talk, I will highlight open questions and potential places of synergy for our community to explore in the pursuit of an integrated understanding of stomatal biology.