Australian Journal of Experimental Agriculture and Animal Husbandry · 1971 · 31 citations · 3 references
Life SciencesPlant BiologyPlant SciencesBiological ControlMycologyPlant Disease ManagementDisease DynamicsFungal Diseases Of InsectsFungal PathogenesisInvasive Forest PathogensPlant-pathogenic FungiPruning Wound ManagementBiological Control EfficacyBiological Control FungiBiological Control SuccessBotanical FungicidesInvasion DynamicsPlant Defense SuppressionPlant Fungal DiseasePruning Wounds
Evidence is collated in support of the hypothesis that natural invasion of wound surfaces by other micro-organisms reduces the incidence of infection of apricot trees by Eutypa armeniacae. Fusarium lateritium, isolated from apricot wood, readily colonizes wounded tissues, apparently without detriment to rhe host. When one-day-old pruning wounds were inoculated with 10 ascospores of E. arnzeniacae significantly less were infected on trees that had been sprayed immediately after pruning with a suspension of F. lateritium macroconidia. A higher degree of protection, however, was obtained on trees sprayed with either benomyl or thiabendazole.
3
<b>Stump protection against <i>Fomes annosus</i></b>
J. Rishbeth · Annals of Applied Biology · 1963 · 211 citations
Agriculture, Botany, Plant Sciences +15