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David H. Byrne, Patricia Klein, Muqing Yan, Ellen Young, Jeekin Lau, Kevin Ong, Madalyn Shires, Jennifer Olson, Mark Windham, Tom Evans, and Danielle Novick

many more. In addition, cultivated roses are mainly diploid, triploid, and tetraploid, whereas wild species range from diploid to decaploid ( Jian et al., 2010 ; Ueckert et al., 2015 ; Zlesak, 2009 ). In general, the breeding approach in rose is

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Campbell G. Davidson

68 WORKSHOP 9 (Abstr. 662–666) Ornamental Plant Breeding in the Midwest

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Kathy Zuzek, David Zlesak, Vance Whitaker, Steve McNamara, and Stan C. Hokanson

blooming, black spot–resistant landscape rose cultivars available for use in northern continental landscapes ( Zuzek and Hokanson, 2007 ). Below we describe four polyantha rose cultivars developed by the Woody Landscape Plant Breeding and Genetics Project

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Yan Ma, David H. Byrne, and Katrina G. Porter

108 POSTER SESSION (Abstr. 357–361) Breeding and Genetics–Woody Ornamentals

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Yan Ma and Junyu Chen

175 ORAL SESSION 51 (Abstr. 360-366) Rose and Tree Fruits (Citrus and Papaya): Breeding and Genetics

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Xuan Wu, Shuyin Liang, and David H. Byrne

al., 2015 ; Morel et al., 2009 ; Wu et al., 2019 ). Little is known about which traits are critical to the selection of specific bush shapes. The focus of the TAMU Rose Breeding and Genetics program is the development of garden roses for the modern

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Tina M. Waliczek, Dave Byrne, and Don Holeman

meet the needs of the consumer. Historically, when breeding rose plants, information considered in creating new cultivars has been limited. For example, rose breeders traditionally bred plants based on what they personally have deemed appealing, or

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H. Brent Pemberton, Kevin Ong, Mark Windham, Jennifer Olson, and David H. Byrne

) were recognized at the University of Nebraska North Platte Experiment Station in 1957 by Viehmeyer (1961) . By 1959, a 4- to 5-acre block of rose breeding stock at the station was heavily infected ( Allington et al., 1968 ). In the same area

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Hiroaki Ito, Masaki Ochiai, Hiroaki Kato, Katsuhiro Shiratake, Daigo Takemoto, Shungo Otagaki, and Shogo Matsumoto

apple, suggesting that the vector might enter and replicate in the meristematic tissue of apple trees ( Yamagishi et al., 2011 ). In this study, as a first step for developing a functional analysis of genes in rose and a new breeding system in rose, we