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Y. Hiratsuka, W. Morf, J. Powell (1966)
CYTOLOGY OF THE AECIOSPORES AND AECIOSPORE GERM TUBES OF PERIDERMIUM HARKNESSII AND P. STALACTIFORME OF THE CRONARTIUM COLEOSPORIOIDES COMPLEXBotany, 44
Samuel Samuel (1924)
Some new records of fungi for South Australia, part 3, together with a description of two new species of PucciniaTransactions of the Royal Society of South Australia, 48
C. Hodges, D. Gardner (1984)
Hawaiian Forest Fungi. IV. Rusts on Endemic Acacia SpeciesMycologia, 76
Morns Morns (1982)
A systemic rust fungus infecting Chrysanthemoides monilifera subsp. monilifera in South AfricaPhytophylactica, 14
Y. Hiratsuka (1968)
Morphology and cytology of aeciospores and aeciospore germ tubes of host-alternating and pine-to-pine races of Cronartium flaccidum in northern EuropeBotany, 46
M. Thirumalachar (1946)
A Cytological Study of Uromyces aloesBotanical Gazette, 108
Burges Burges (1935)
Studies in the genus Uromycladium (Uredineae). 11. Notes on the dikaryon stage of Uromycladium tepperianumProceedings of the Linnean Society of New South Wales, 60
McAlpine McAlpine (1905)
A new genus of UredineaeUromycladium. Annales Mycologici, 3
J. Gathe (1971)
Host range and symptoms in Western Australia of the gall rust, Uronycladium tepperianumJournal of the Royal Society of Western Australia, 54
Y. Anikster (1984)
4 – The Formae Speciales
Burges Burges (1934)
Studies in the genus Uromycladium (Uredineae). I. General introduction, the anatomy of the galls, and the cytology of the vegetative mycelium and pycnia of Uromycladium tepperianum (Sacc.) McAlp. on Acacia stricta WilldProceedings of the Linnean Society of New South Wales, 59
Germinating teliospores of Uromycladium tepperianum formed penetration pegs, which directly penetrated host epidermal cells, on the tip cell of three‐celled germ tubes. Diploid nuclei within teliospores appeared to divide soon after germination commenced. Only one of the daughter nuclei moved out of the teliospores with the developing germ tubes. Reactions of seedlings inoculated with teliospores from different host species and differences in teliospore dimensions indicated that distinct genotypes of U. tepperianum adapted to particular host species occur in Australia. Limited hyphal growth occurred in two of 20 African Acacia spp. inoculated with teliospores from Acacia saligna. Fungal development was, however, restricted by necrosis of surrounding host cells. U. tepperianum appears to be suitably host‐specific for use as a biological control agent against Ac. saligna, a weed in South Africa.
Plant Pathology – Wiley
Published: Mar 1, 1987
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