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(1978)
Sugarcane rust found in the Dom inican Repub lic
L. Penrose, J. Tarran, A. Wong (1976)
First record of Sclerotinia laxa Aderh. Ruhl. in New South Wales: differentiation from S. fructicola (Wint.) Rehm. by cultural characteristics and electrophoresisCrop & Pasture Science, 27
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Sugarcane Rust in Tanganyi ka
J. Simmonds (1966)
Host index of plant diseases in Queensland.
J. Lenné (1977)
Colletotrichum dematium on Stylosanthes spp.Australian Plant Pathology Society Newsletter, 6
(1979)
Rust of sugar cane in the Caribbean
(1977)
Rust disease of Sugarca ne in Taiwan : the causa l organ ism Puccin ia melanocephala Sydo w
J. Irwin, D. Cameron (1978)
Two Diseases in Stylosanthes spp. Caused by Colletotrichum gloeosporioides in Australia, and Pathogenic Specialization within One of the Causal OrganismsCrop & Pasture Science, 29
(1978)
Distribu tion of Sclerotinia laxa in New South Wales
B. T. Egan (1964)
Sugarcane Diseases of the World
(1965)
Sclerotinia laxa Ader h . and Ruhl : a cause of bro wn rot of sto ne fr uits , not prevlous ly recorded in Australia
Von Arx (1970)
A revision of the fungi classified as Gloeosporium
(3) t.enne, J. M. and Sonoda, R. M. (1978). Colletotrichum spp. Isolates of C. dematium were recovered and grown on on tropical forage legumes. Plant Disease Reporter 62: Czapek-Dox agar. At 25°C, colonies cover a 9 em plate in 813-817. 6-14 days. Aerial mycelium is moderate to dense with turf to 2.5 mm although some isolates produce sparse aerial (4) Von Arx, J. A. (1970). A Revision of the Fungi Classified as mycelium. Colonies are usually olivaceous grey to pale Gloeosporium. Second edition. J. Cramer, Germany. olivaceous grey (one iron grey) and the reverse of all isolates varies from leaden grey to leaden black. Sclerotia are superficial or immersed, microscopic to large amorphous, glistening bodies. Conidia are borne on cylindrical sclerotial surfaces or acervuli. The phial ides are Rust on Sugar Cane (Puccinia in shape occasionally septate, hyaline to very light brown, melanocephala) and give rise to conidia in basipetal succession. Conidia are falcate, smooth, hyaline; the apex is acute to rounded, base truncate to rounded, 21-26Jlm long x 3-3.5 urn wide. C. C. Ryan and B. T. Egan, Spores in mass are white to very light salmon. Setae are Bureau of Sugar Experiment Stations, smooth, thick-walled with an
Australasian Plant Pathology – Springer Journals
Published: Jan 25, 2011
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