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Building: Western Colorado Research Center - Rogers Mesa
Room: OARS-R
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Selected PublicationsResistance and susceptibility QTL identified in a rice MAGIC population by screening with a minor-effect virulence factor from Xanthomonas oryzae pv. oryzae, Alejandra I Huerta,Emily E Delorean,Ana M Bossa-Castro,Bradley William Tonnessen,Chitra Raghavan,Rene Corral,Álvaro L Pérez-Quintero,Hei Leung,Valérie Verdier,Jan E Leach
Shared cis-regulatory architecture across defense response genes predicts broad spectrum quantitative resistance in rice, Colorado State University, Bradley W Tonnessen,Ana M Bossa Castro,Ramil Mauleon,Nickolai Alexandrov,Jan E Leach
Rice phenylalanine ammonia-lyase gene OsPAL4 is associated with broad spectrum disease resistance., Bradley William Tonnessen,P Manosalva,Jillian M Lang,M Baraoidan,A Bordeos,R Mauleon,J Oard,S Hulbert,H Leung,Jan E Leach

Bradley Tonnessen
Resch Sci/Scholar I
Western Colorado Research Center
Education
Colorado State University, Plant Pathology, 2017, PhD
University of New Mexico, Biology, 2010, BS
Website
Google Scholar
Biography
Brad Tonnessen is the Research Scientist at the CSU Western Colorado Research Center - Rogers Mesa (WCRC-RM). He grew up in Albuquerque, New Mexico and earned a PhD at Colorado State University in genetics and plant pathology. He spent time as an organic farmer before becoming an Extension program manager at New Mexico State University for chile pepper breeding and mixed vegetable production. At WCRC-RM, Brad is working to build community presence and conduct research that benefits farmers. His current research interests include organic methods of pest and disease control in tree fruit and vegetables, organic agroecosystems, integrated pest management, and disease diagnostics.
Selected Publications
Shared cis-regulatory architecture across defense response genes predicts broad spectrum quantitative resistance in rice, Colorado State University, Bradley W Tonnessen,Ana M Bossa Castro,Ramil Mauleon,Nickolai Alexandrov,Jan E Leach
Rice phenylalanine ammonia-lyase gene OsPAL4 is associated with broad spectrum disease resistance., Bradley William Tonnessen,P Manosalva,Jillian M Lang,M Baraoidan,A Bordeos,R Mauleon,J Oard,S Hulbert,H Leung,Jan E Leach
