Corteva Symposia Series Presents:
Cultivating the Future
on April 11th, 2025, 8 AM - 7 pm at the UC Davis Conference Center
We are thrilled to bring together the UC Davis Plant Sciences community for this year’s symposium!
Come to hear from speakers from across a diverse range of plant-related disciplines, network with academic and industry professionals, and enjoy a poster session and reception. The event will also be live-streamed to share fantastic research with attendees near and far.
In-Person Attendance Information
The symposium will be hosted at the UC Davis Conference Center (550 Alumni Ln, Davis, CA 95616). The doors will open at 8 AM, and the event will conclude at 7 PM. Upon arrival, please proceed to the lobby to check in and receive your name badge. If you are presenting a poster, please mount your poster in Ballroom A allocated for the poster session. Lunch and light refreshments will be served on-site. Please be prepared to show proof of age when checking in if you would like to consume an alcoholic beverage during the poster session.
2024 Virtual Poster Presentations
2024 Virtual Posters Commuting/Parking
Nearby bus stops are located at the Silo Terminal and Peter J. Shields Library, a 10-minute walk away. Bicycle parking is available near the Conference Center and across the street near the Mondavi Center. Car parking is available with purchase of a visitor pass (more information linked below) in the Gateway Structure Parking Lot and the open air lots behind the Manetti Shrem Museum. For visitor pass parking instructions, check the following link: https://taps.ucdavis.edu/visitor For information on accessible parking and services offered by UC Davis, check the following link: https://taps.ucdavis.edu/parking/guide/disabled
2025 Invited Speakers
Rex Bernardo
Rex Bernardo is a Distinguished University Teaching Professor and endowed chair in maize breeding and genetics at the University of Minnesota. He obtained his undergraduate degree in the Philippines in 1984 and his Ph.D. degree in plant breeding from the University of Illinois in 1988. Dr. Bernardo developed the widely used genomic best linear unbiased prediction or GBLUP procedure in 1994, and most of his work has focused on marker-assisted breeding. Dr. Bernardo is director of the Plant Breeding Center at Minnesota, has written two textbooks, and teaches graduate courses in plant breeding and in professional skills for scientists as well as a freshman seminar course on coffee.
Seeta Sistla
Seeta Sistla is an Associate Professor in Natural Resources Management and Environmental Sciences at Cal Poly, San Luis Obispo, CA. Dr. Sistla’s scholarship focuses on understanding how land systems respond to environmental and management changes and how these responses can feed back to affect critical environmental processes like carbon sequestration. She received her PhD from UCSB focusing on terrestrial biogeochemical responses to warming in arctic systems and was a NOAA Climate and Global Change postdoctoral fellow at UC Irvine. Dr. Sistla joined Cal Poly in 2019 where her lab’s research grew to include the study of the extent and consequences of plastic pollution in agricultural systems—a shift that reflects the pernicious expansion of plasticulture in CA and across the world.
Tawanda Gara
Tawanda Gara is an Assistant Professor in the Department of Environmental Science and Management at Cal Poly Humboldt, where he teaches in the geospatial interdisciplinary program. His research interests lie in GIScience, Earth Observation, and Spatial Statistics and their application in natural resources management, specifically forestry, agriculture, and environment (FORAGE).
Shelby Ellison
Dr. Shelby Ellison is an Assistant Professor in the Department of Plant and Agroecosystem Sciences at the University of Wisconsin - Madison. Her research interests include preserving, characterizing, and utilizing genetic diversity in alternative crops to meet the needs of regional farmers. She is also interested in how human interactions with plants, through domestication and breeding, have altered the plant genome and how we can use these selection signatures to trace domestication and improvement throughout history.
Adam Steinbrenner
Adam Steinbrenner studies plant immune systems, applying tools and models from plant immunity to understand their interactions with insect pests. He is an Associate Professor in the Department of Biology at the University of Washington in Seattle.
Program
Check back for the 2025 Program coming soon!
Faculty Advisor, Assistant Professor in Plant Sciences, plant genome evolution
President. PhD Candidate, Horticulture and Agronomy Graduate Group, Cantu Lab. Leveraging grape genomics and gene editing to develop durable resistance against bacterial and fungal diseases
Treasurer. PhD Candidate, Ecology Graduate Group, Eviner Lab. Soil management in native tree restoration to promote mycorrhizae and suppress soil-borne pathogens
Secretary. PhD Candidate, Plant Biology Graduate Group, Kliebenstein Lab. Specialized metabolism of generalist fungal pathogens and plant hosts
PhD Student, Horticulture and Agronomy Graduate Group, Taylor Lab. The genetic basis of water-use efficiency in lettuce
PhD Candidate, Horticulture and Agronomy Graduate Group, Linquist Lab. Practicing conservation agricultural management strategies - summer stale seedbed and no-tillage - as an alternative to conventional tillage in rice fields to evaluate the fertility requirements needed to achieve similar yield potentials
MS Student, Horticulture and Agronomy Graduate Group, Brummer Lab. Investigating segregation distortion in diploid alfalfa
PhD Student, Plant Biology Graduate Group, Dubcovsky Lab. Wheat spike development
PhD Student, Horticulture and Agronomy Graduate Group, Marino Lab. Identifying physiological water stress indicators using proximal and remote sensing to optimize pistachio water use
Graduate Student Researcher, Horticulture and Agronomy Graduate Group, Linquist Lab. Growing degree day modeling focused on the effects of temperature and nitrogen rate on rice plant physiology
PhD Candidate, Horticulture and Agronomy Graduate Group, Cook Lab. Chickpea genetics, genomics and breeding
PhD Candidate, Ecology Graduate Group, Taylor lab. Investigating plastic pollution in agricultural ecosystems and the effect on plants
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