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White mold, caused by Sclerotinia sclerotiorum (Lib.) de Bary, is an important disease of snap beans and dry beans (Phaseolus vulgaris L.) reducing both yield and quality (Kerr et al., 1978). Host plant resistance can be attributed to physiological and architectural components that are controlled by multiple genes (Kolkman and Kelley, 2003). The incorporation of these genes to new market classes can be achieved through recurrent selection that systematically increases the frequency of desirable genes and gene combinations (Lyons et al., 1987). A greenhouse test for white mold resistance known as the straw test shows a very high correlation with fi eld resistance (Petzoldt and Dickson, 1996). This test was used to develop breeding line Cornell 501, a determinate, sieve 4 snap bean with resistance to white mold. No acceptable commercial snap bean cultivar with white mold resistance is available. This breeding line should be useful as a parent in developing white mold resistant cultivars.

Cornell 501: A White Mold Resistant Snap Bean Breeding Line