Annals of Applied Biology · 1969 · 46 citations · 7 references
EngineeringBotanyThiram Seed SoakSeveral FungiCrop ProtectionPlant ProtectionFungal Seed–borne DiseasesPlant PathologyPest ManagementThiram Soak TreatmentFungal BiologyMicrobiologyRed BeetPlant-pathogen InteractionFungal PathogenFood SafetyPlant Health
SUMMARY A method of soaking seeds in an 0·2% aqueous suspension of thiram for 24 h at 30 °C, which had previously been shown to eradicate infection by several fungi, was tested against a further thirteen seed‐borne pathogens. Eleven of these were completely controlled, one was almost completely controlled and one was not adequately controlled by the treatment. The thiram soak treatment was much more effective than dust treatments with fungicides for the control of many internal fungal pathogens. It was also generally more effective and less damaging than hot‐water treatment. The ways of applying the method commercially have been investigated and it is being adopted for the treatment of celery, brassicas and red beet.
7
RESISTANCE TO MERCURY OF <i>PYRENOPHORA AVENAE</i> IN SCOTTISH SEED OATS
Mary Noble, Q. D. MacGarvie, A. F. Hams et al. · Plant Pathology · 1966 · 53 citations
R. B. Maude · Annals of Applied Biology · 1966 · 37 citations
Carrot Seed, Black Rot, Engineering +16
EXPERIMENTS ON BLACK LEG DISEASE OF SUGAR‐BEET SEEDLINGS
L. F. GATES, R. Hull · Annals of Applied Biology · 1954 · 21 citations
Biology, Phoma Betae, Fusarium Spp +13
Studies on <i>Septoria</i> on celery seed
R. B. Maude · Annals of Applied Biology · 1964 · 16 citations