Appeal No. 1998-2047
Application No. 08/400,559
26. A method of controlling Sclerotium cepivorum infestation in allium
plants which comprises applying to allium seeds a seed dressing formulation
containing about 0.5 g to 8.0 g of cyproconazole per kg of seed.
33. A treated allium seed comprising:
a) an allium seed and
b) a coating on said seed for the control of Sclerotium cepivorum
infection in allium plants wherein said coating includes about 0.5 g to 8.0 g of
cyproconazole per kg of seed.
The examiner relies on the following references:
Schaub 4,849,439 Jul. 18, 1989
Smith et al. (Smith) 4,996,157 Feb. 26, 1991
Clough et al. (Clough) 5,124,329 Jun. 23, 1992
Wilson et al., (Wilson), “The Fungi: II,” Botany, Ch. 24, pp. 433-434 (1962).
Chemical Abstract 106:151483t; abstracting Gisi et al., “SAN 619, a new triazole
fungicide,” Proc. Brit. Crop Protection Conference Pests and Disease, Vol. 1, pp
33-40 (1986).
Kerse, et al. (CABA Abstracts 92:131620), “Cyproconazole – a new DMI
fungicide,” Proc. 42nd N.Z. Weed and Pest Control Conf., pp. 114-118 (1989).
“The Agrochemicals Handbook ,“3rd ed.,”p. A1032 (1991).
This merits panel also relies on the following references of record:
Coley-Smith et al. (Coley-Smith), “Possibilities for biological and integrated
control of white rot disease of Allium,” Proc. 1981 British Crop Protection Conf. –
Pests and Diseases, No. 2, pp. 459-466 (1981).
Gisi et al. (Gisi), SAN 619 F, “a new triazole fungicide,” Proc. 1986 Brit. Crop
Protection Conf. – Pests and Diseases, No. 1, pp. 33-40 (1986).1
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