Western russet: A new potato variety with excellent fresh market and frozen-fried processing quality and field resistance to common scab and PVYo |
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Authors: | S. L. Love R. G. Novy J. Whitworth D. L. Corsini J. J. Pavek A. R. Mosley M. J. Pavek N. R. Knowles C. R. Brown S. R. James D. C. Hane |
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Affiliation: | 1. Aberdeen R & E Center, University of Idaho, 83210, Aberdeen, ID, USA 2. USDA/ARS, Aberdeen R & E Center, 83210, Aberdeen, ID, USA 3. Oregon State University, 97331, Corvallis, OR, USA 4. Washington State University, 99164, Pullman, WA, USA 5. USDA/ARS, IAREC, 99350, Prosser, WA, USA 6. Oregon State University, 97741, Madras, OR, USA 7. Oregon State University, 97838, Hermiston, OR, USA
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Abstract: | Western Russet, designated experimentally as A7961-1, and resulting from the cross A68113-4 x Bel-Rus, was released in 2004 by the USDA/ARS and the agricultural experiment stations of Idaho, Oregon, and Washington. The foliage of Western Russet is spreading, with medium-sized olive-green leaves and abundant white flowers. The tubers are tan, with medium russet skin, oblong shape, a slightly prominent eyebrow, white flesh, and distinctly visible pith. Western Russet was compared with Russet Burbank in trials across the Pacific Northwest for yield, quality, and disease response. In general, Western Russet produced lower total yields than Russet Burbank, but on average and depending on location, similar U.S. No. 1 yields. When observed for defect problems, Western Russet exhibited resistance to second growth, growth cracks, shatter bruise, stem-end discoloration, and heat necrosis, moderate resistance to hollow heart, and moderate susceptibility to blackspot bruise. In product quality tests, Western Russet was rated similar to Russet Burbank for french fry and dehydrated potato flake quality and slightly inferior for baked potato quality. In replicated evaluations, Western Russet was found to have good field resistance to common scab and PVYo, and moderate resistance to verticillium wilt and tuber net necrosis caused by PLRV. It demonstrated susceptibility to late blight, foliar PLRV, dry rot, soft rot, and tuber early blight. Biochemical analysis of Western Russet tubers showed markedly higher vitamin C content than those of Russet Burbank. Tuber glycoalkaloid concentration in tubers produced in a 1988 trial was 1.0 mg 100 g?1. |
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