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
agent
Perithecia of Pyrenophora japonica on barley in South AfricaPyrenophora japonica occurring on barley in South AfricaFungicide sensitivity of isolates of Ramulispora herpotrichoides (eyespot) in the Western Cape ProvinceSensitivity of South African Ramulispora herpotrichoides isolates to benzimidazole and triazole fungicidesEndophytic fungi occurring in Acacia mellifera spp. detinens in NamibiaEyespot (Ramulispora herpotrichoides) disease of wheat in South AfricaCharacterization of Pyrenophora isolates associated with spot and net type lesions on barley in South AfricaFungicide sensitivity among Ramulispora herpotrichoides (eyespot) isolates in South AfricaPyrenophora hordei and Drechslera wirreganensis occurring on graminicolous crops in South AfricaThe Pyrenophora net blotch disease complex of barleyThe characterization of Alternaria species associated with core rot of apples in South AfricaPhoma spp. endophytic in Acacia mellifera spp. detinens in NamibiaCharacterisation of Alternaria species associated with core rot of apples in South AfricaOccurrence of Sclerophthora macrospora (Crazy top) on wheat and triticale in South AfricaSexual compatibility between Pyrenophora japonica and P. teresEndophytic fungi associated with core rot of apples in South Africa, with special reference to Alternaria speciesEndophytic fungi associated with shoots and leaves of Vitis vinifera with special reference to the Phomopsis viticola complexDNA homology between Pyrenophora japonica and P. teresResearch on grapevine diseasesThe Pyrenophora net blotch disease complex of barley in South AfricaVirulence spectrum to barley in single ascospore isolates of Pyrenophora japonicaTapesia yallundae collected from wheat stubble in South AfricaRelative importance of the barley net blotch pathogens Pyrenophora teres f. teres (net-type) and P. teres f. maculata (spot-type) in South AfricaSensitivity of South African R. herpotrichoides isolates to carbendazim and ergosterol biosynthesis inhibitorsResistance of wheat genotypes to Ramulispora herpotrichoides in South AfricaEndophytic fungi associated with core rot of apple, with specific reference to Alternaria spp.Endophytic fungi associated with core rot of apples in South Africa, with specific reference to Alternaria speciesOccurrence of Tapesia yullandae on wheat in the Western Cape, and heterogenicity within the populationEndophytic fungi associated with core rot of apple, with specific reference to Alternaria spp.Characterization of the Pyrenophora net blotch disease complex of barleyWojonicia hirta and Bipolaris spicifera, new records from winter wheat in the Western Cape ProvinceResistance of South African spring wheat genotypes towards Ramulispora herpotrichoides