208 Technological Advances Driving the Next Green Revolution: High Throughput Genotyping and Phenotyping

The development of high-throughput genomics and imaging techniques will change the way that geneticist and breeders characterize their research and breeding lines. This poster session accompanies the symposia 'Technological Advances Driving the Next Green Revolution: High Throughput Genotyping' and 'Technological Advances Driving the Next Green Revolution: High Throughput Phenotyping'.

C07 Genomics, Molecular Genetics & Biotechnology
Tuesday, November 2, 2010: 4:00 PM-6:00 PM
Long Beach Convention Center, Exhibit Hall BC, Lower Level
Organizer:
Katrien Devos
290
208-1
Genetics of Agronomic Traits in Sunflower.
Jessica Barb, University of Georgia; Eleni Bachlava, University of Georgia; Laura Marek, Iowa State University; John Burke, University of Georgia; Steven Knapp, University of Georgia
291
208-2
Genomic Analysis of Wood Production in Sunflower.
Sukhpreet Sandhu, University of Georgia; Jessica Barb, University of Georgia; Kristen Gracom, National Renewable Energy Laboratory; Robert Sykes, National Renewable Energy Laboratory; Brook Moyers, University of British Columbia; Mark Davis, National Renewable Energy Laboratory (NREL); Loren Rieseberg, University of British Columbia; Laura Marek, Iowa State University; John Burke, University of Georgia; Steven Knapp, University of Georgia
292
208-3
Approaches to Association Analysis In a Hybrid Context In Maize.
James M. Johnson, University of Wisconsin; Shawn Kaeppler, University of Wisconsin; Natalia De Leon, University of Wisconsin
293
208-4
Genome Sequencing and Analysis of Wild Soybean (Glycine soja Sieb. and Zucc.).
Suk-Ha Lee, Seoul National University; Moon Young Kim, Seoul National University; Yang Jae Kang, Seoul National University; Minyoung Yoon, Seoul National University; Green Jhang, Seoul National University; Hyun-Ju Jang, Seoul National University; Kyujung Van, Seoul National University
294
208-5
High-Throughput Phenotyping the Physiological Responses of Cotton to a Hot, Arid Environment.
Michael Gore, USDA-ARS; Andrew French, USDA-ARS; Pedro Andrade-Sanchez, University of Arizona; Michael Salvucci, USDA-ARS; Kelly Thorp, USDA-ARS; Elizabete Carmo-Silva, USDA-ARS; Jeffrey White, USDA-ARS
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