Andre Kessler

Contributing to thought leadership in the field of ecology and evolutionary biology, Andre Kessler serves as a Professor at Cornell University, where he is recognized as a leading chemical ecologist. His pioneering research focuses on the intricate responses of plants to herbivore damage, delving into the mechanisms, ecological consequences, and evolutionary aspects of these induced responses. Through his work, Kessler explores the fascinating world of chemical elicitation and its impact on plant chemistry, which in turn influences insect dynamics and plant-plant communication. Kessler's research is not confined to a single ecosystem; rather, it spans a diverse array of environments, providing a comprehensive understanding of how chemical information mediates plant interactions at both molecular and community levels. His investigations into plant-pollinator interactions and plant defense mechanisms have significantly advanced the field, offering insights into the complex web of relationships that sustain ecosystems. With a deep-seated interest in community ecology and population biology, Kessler's work also extends to plant-animal interactions, where he examines the delicate balance of these relationships and their implications for biodiversity and ecosystem health. His expertise in chemical ecology is instrumental in uncovering the subtle yet profound ways in which plants communicate and defend themselves, contributing to broader discussions on sustainability, environmental stewardship, and conservation. At Cornell University, Kessler is not only a researcher but also an educator, inspiring the next generation of ecologists with his passion for understanding the natural world. His contributions to the field are marked by a commitment to advancing scientific knowledge and addressing pressing environmental challenges through innovative research and collaboration. Through his extensive body of work, Andre Kessler continues to shape our understanding of ecological interactions, emphasizing the importance of chemical ecology in the broader context of environmental science. His research not only enhances our comprehension of plant dynamics but also underscores the critical role of interdisciplinary approaches in tackling the complexities of ecological systems.