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35 articles found in Crossref database.
Durability of Disease Resistance (1993)
From Farrer to the Australian Cereal Rust Control Program
McIntosh R. A.
Australian Journal of Agricultural Research. 2007 58(6). p.550
Resistance in three common wheat cultivars to Puccinia graminis
Sanghi A. K., Luig N. H.
Euphytica. 1974 23(2). p.273
Evidence for somatic hybridization in nature in Puccinia recondita f. sp. tritici, the leaf rust pathogen of wheat
Park R.F.,
Burdon J.J., Jahoor A.
Mycological Research. 1999 103(6). p.715
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Park R. F.
Australian Journal of Agricultural Research. 2007 58(6). p.558
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Zhang Jianping,
Zhang Peng,
Karaoglu Haydar, Park Robert F.
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Derevnina L.,
Fetch T.,
Singh D.,
Brueggeman R.,
Dong C., Park R. F.
Plant Disease. 2014 98(11). p.1485
Specificity in Plant Diseases (1976)
Resistance to Puccinia graminis f. sp. avenae in Barley Is Associated with the Rpg5 Locus
Dracatos Peter,
Singh Davinder,
Fetch Tom, Park Robert
Phytopathology®. 2015 105(4). p.490
ANTICIPATORY BREEDING FOR RESISTANCE TO RUST DISEASES IN WHEAT
McIntosh R. A., Brown G. N.
Annual Review of Phytopathology. 1997 35(1). p.311
Somatic Hybridization in the Uredinales
Park Robert F., Wellings Colin R.
Annual Review of Phytopathology. 2012 50(1). p.219
Diseases, Distribution, Epidemiology, and Control (1985)
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BURDON J.J., ROBERTS J.K.
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Vulnerability of triticales to wheat stem rust
McIntosh R.A.,
Luig N.H.,
Milne D.L., Cusick Jane
Canadian Journal of Plant Pathology. 1983 5(2). p.61
Microbial Control of Weeds (1991)
Loss of
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Chen Jiapeng,
Upadhyaya Narayana M.,
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Taylor Jennifer M.,
Steffenson Brian,
Jin Yue,
Zhang Peng,
Kanyuka Kostya,
Figueroa Melania,
Ellis Jeffrey G.,
Park Robert F., Dodds Peter N.
Science. 2017 358(6370). p.1607
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Skolotneva E. S.,
Kelbin V. N.,
Morgunov A. I.,
Boiko N. I.,
Shamanin V. P., Salina E. A.
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Prins R.,
Steffenson B. J.,
Case A. J.,
Boshoff W. H. P.,
Agenbag G. M., Pretorius Z. A.
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Park Robert F.,
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Wang Meinan,
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NEWTON A. C.,
CATEN C. E., JOHNSON R.
Plant Pathology. 1985 34(2). p.235
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Henningsen Eva C.,
Omidvar Vahid,
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Michno Jean-Michel,
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Myers Chad L.,
Gordon Sean P.,
Vogel John P.,
Steffenson Brian J.,
Kianian Shahryar F.,
Hirsch Cory D., Figueroa Melania
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Zwer Pamela K., Qualset Calvin O.
Euphytica. 1991 58(2). p.171
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Pfender W. F.
Plant Disease. 2001 85(9). p.993
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Menardo Fabrizio,
Praz Coraline R,
Wyder Stefan,
Ben-David Roi,
Bourras Salim,
Matsumae Hiromi,
McNally Kaitlin E,
Parlange Francis,
Riba Andrea,
Roffler Stefan,
Schaefer Luisa K,
Shimizu Kentaro K,
Valenti Luca,
Zbinden Helen,
Wicker Thomas, Keller Beat
Nature Genetics. 2016 48(2). p.201
Disease resistance in cool-season forage range and turf grasses II
Braverman S. W.
The Botanical Review. 1986 52(1). p.1
