Advisory Board

Dr. Nahla Bassil Dr. Nahla Victor Bassil is a Molecular Plant Geneticist with the United States Department of Agriculture (USDA) - Agricultural Research Service (ARS) - National Clonal Germplasm Repository (NCGR) in Corvallis, Oregon. She received her BS from the American University of Beirut in 1984, and her MS and Ph.D. at Oregon State University in 1989 and 1994, respectively. Since starting her position at the NCGR in 2002, her primary research focus has been molecular marker development and applications to germplasm management and diversity evaluation in plants, with an emphasis on temperate fruits and nuts. Dr. Bassil was elected as a Fellow of the American Society of Horticultural Sciences, Class of 2019, for her contributions to Horticulture. Dr. Bassil developed the first microsatellite markers in blueberry and hazelnut. She also optimized fingerprinting sets for these two crops to establish a procedure that is now used by laboratories worldwide for cultivar identity confirmation. The results of her research are invaluable to nursery people and growers who want to confirm the identity of foundation plant material.  Her research accomplishments in blueberry were recognized by the USDA through a Technology Transfer award in 2014. In addition to her genetics work in blueberry and hazelnut, she developed and applied an array of molecular tools for germplasm characterization of strawberry, cranberry, red and black raspberry, blackberry, pear, medlar, quince, hops, and mint.
Dr. David Chagne Dr. David Chagne is involved in the International Advisory Group for this project. His role at Plant & Food Research, NZ is about genome analysis and molecular tool development for breeding in multiple crops, including polyploidy kiwifruit, blueberry, and hops. Dr. Change leads a group of 25 researchers focusing on bioinformatics and gene mapping analysis.
Dr. Massimo Iorizzo


Dr. Massimo Iorizzo is an associate professor at NCSU in the Department of Horticultural Science and is affiliated with the Plant Genetics and Nutritional Genomics Plants for Human Health Institute. His research focus on developing genetics and genomics resources to study economically important traits with an emphasis on fruit quality and nutritional related traits. Dr. Iorizzo works on polyploidy crops like blueberry and banana. He is directing an SCRI-CAP proposal focusing on blueberry that will specifically target the genetics of fruit quality traits in tetraploid blueberry. Dr. Iorizzo is a member of the Advisory Board for this project and is interested in the new computational tools that this project will develop.

Dr. Mike Kenna


Dr. Michael P. Kenna is retired from the US Golf Association. He was director of the Green Section Research for 30 years and was responsible for the USGA’s turfgrass and environmental research activities, including soliciting and evaluating research proposals, grantmaking, and development of cooperative funding with government and commercial sources. Dr. Kenna travels extensively to visit turfgrass and environmental research sites, speak at conferences about the USGA's research programs and serves on advisory boards and research foundations. He has worked closely with the US Department of Agriculture on water and energy conservation research that relates to golf courses. Dr. Kenna has served as an editor of several books concerning turfgrass biotechnology, environmental issues, and water conservation and reuse. Dr. Kenna received his B.S. degree in Ornamental Horticulture from California State Polytechnic University in Pomona. While at Oklahoma State University, he received his M.S. degree in Agronomy and a Ph.D. degree in Crop Science. His graduate studies involved turf and forage grass breeding, quantitative genetics, plant physiology, and turfgrass management. In 1985, Dr. Kenna joined the faculty at Oklahoma State University as an assistant professor, responsible for turfgrass research activities and a statewide extension program. He received the 2003 Distinguished Alumnus for the College of Agriculture at California State Polytechnic University, the 2016 Turfgrass Producers International Distinguished Service Award, the 2020 Oklahoma State University Ferguson School of Agriculture Distinguished Alumni, and 2020 Golf Course Superintendents Association of America Colonel John Morley Distinguished Service Award.

Joshua Parsons


Joshua Parsons is located in Rhinelander, Wisconsin, and is a potato breeder for PepsiCo - Frito Lay globally.

Dr. Moira Sheehan


Dr. Moira Sheehan is the Director of the Breeding Insight program at Cornell, which is a USDA-ARS initiative to bring genomic and phenomics tools and software solutions to ARS breeders.  Before coming to Cornell last year, she worked for almost 9 years at Nature Source Improved Plants as Research Scientists and Project Manager.  In that time, she had worked with about 12 different crops to help major and small seed companies optimized their breeding pipelines.  Prior to joining the industry, she received her Ph.D. from Cornell in 2006 and did postdocs with both Wojtek Pawlowski’s and Ed Buckler's groups. The breeding of specialty crops and animals has lagged behind the major crops and livestock, despite the fact that these specialty species together have equal economic value to the major crops and provide critical nutrition and variety to human diets. One of the avenues for improving this situation is to accelerate breeding efforts by integrating the use of phenomics (trait analysis) with genomics and natural variation to increase the rate of genetic gain and to create novel healthy, nutritious, and sustainable specialty crops and animals. There are numerous challenges facing specialty crops that hamper technology adoption and limit program efficiency. One of the major biological challenges facing many specialty crops is their polyploid genomes and the lack of genomic resources designed and accessible to them.  Breeding Insight ( is a USDA-ARS-funded project hosted by Cornell University.  BI is creating new opportunities for ARS specialty breeders to assimilate tools, technologies (including software), and methods into their programs, allowing genomic insight to be used routinely in breeding. In the pilot phase, Breeding Insight is supporting breeding for grape, blueberry, sweet potato, alfalfa, and salmonid fishes but is expected to expand support to 50-100 crop and animal breeding programs across the US over time.
Dr. Charles Brummer


Dr. Charlie Brummer is the Director of the Plant Breeding Center and a Professor in the Department of Plant Sciences at the University of California, Davis. He was born on Long Island, NY and grew up on a diversified farm in central Pennsylvania, where alfalfa and potatoes sucked him into a lifetime with polyploids. His research includes cultivar improvement of alfalfa and other crops, applying genetic markers to practical plant improvement programs, and using genomics to understand the control of important traits. His program evaluates and incorporates various untapped germplasm sources into breeding populations to expand genetic diversity and introduce new traits. He is on the advisory board for the Tools for Polyploids project, which is of great interest for improvement of tetraploid alfalfa. In addition to research, he teaches advanced plant breeding and other courses.
Dr. Michael Friedmann


Dr. Michael Friedmann has over 25 years of experience managing discovery/ breeding research programs, both in academia and private industry. Currently, he is the Senior Science Officer of the CGIAR Research Program in Roots, Tubers and Bananas (RTB), led by the International Potato Center, Peru.  He is hosted at the Alliance of Bioversity and CIAT in Montpellier France. As senior science officer, he provides strategic scientific support to the RTB Program and project management activities. Previously Michael worked as Project & Research Manager, of an applied poplar genomics project at the University of British Columbia, Canada.  He has also worked as a tomato breeder for about ten years at the Volcani Institute in Israel as well as at the Hebrew University of Jerusalem.  After a PhD in Horticulture from Washington State University, Michael did a postdoc in molecular cancer research at WSU, followed by a visiting associate position at the NIH in Bethesda, Maryland in molecular immunology.

Dr. Cole Thompson


Dr. Cole Thompson oversees the United States Golf Association’s Turfgrass and Environmental Research Program, which supports and conducts research to improve sustainability and advance turfgrass science principles that enhance management practices for golf courses. The USGA supports several university turfgrass breeding programs that work with polyploid turfgrass species important to golf and is interested to help breeders increase the efficiency of their programs by supporting the development of new strategies and tools.
Dr. Amanda Hulse-Kemp


Dr. Amanda Hulse-Kemp is a Computational Biologist with the United States Department of Agriculture – Agriculture Research Service in the Genomics and Bioinformatics Research Unit and is located in Raleigh, NC on the North Carolina State University campus. The Hulse-Kemp lab is highly interdisciplinary and focuses on collaborative projects in order to answer biological problems and make an impact on breeding programs. We are interested in intelligently enhancing the scope of projects by fusing biology and BigData through the development of genomic resources and utilization of bioinformatics to answer field-relevant questions. We have recently been involved in the development of high-quality genome reference sequences using cutting-edge technology for a number of important crops such as coffee, spinach, pepper, and cotton as well as identification of traits important for quality, yield, and disease resistance. Many of the crop systems that we focus on are varying levels of polyploid therefore we specialize in methods for handling and developing tools for these species with complex genomes. This experience connected Amanda with the 'Tools for Polyploids' project as the outcomes of the project will be highly relevant in the work that we do in the Hulse-Kemp lab.