Weed Research · 2004 · 42 citations · 37 references
AgriculturePlant PathologyPlant SciencesBiological ControlPlant Disease ManagementPlant-microbe InteractionsBiocontrol Of Plant DiseasesBiological Weed ControlPathogen IsolationPlant-pathogen InteractionsPlant-pathogenic FungiWeed-disease InteractionsBiocontrol ApplicationsBiocontrol Of Fungal DiseasesBiological Control EfficacyBiological Control FungiFungal Biocontrol AgentsFungal ControlPathogen-plant InteractionsPlant Disease Symptoms
Summary As a first step in the development of a mycoherbicide for biological control of Cirsium arvense indigenous fungal pathogens that had been isolated from diseased hosts were tested both singly and in combination on potted plants under environmental conditions. Disease symptoms (necroses, chloroses and macerations) and parameters of growth and development were evaluated to determine the potential for weed control. During 1998, Phoma destructiva , Phoma hedericola , a Mycelia sterilia and Puccinia punctiformis were inoculated singly. With the exception of the obligate biotroph P. punctiformis (local infections), the single inoculations reduced the measured parameters. A combined inoculum of P. punctiformis and Ph. hedericola was less effective than Ph. hedericola alone. In 1999, Ph. hedericola , Ph. destructiva , Ph. nebulosa and the Mycelia sterila were applied both singly and as a combined inoculum. Of all the tested inocula, the mixture of four pathogens had the greatest potential for biocontrol, significantly reducing reproductive capacity of the plants. These results demonstrate the importance of taking advantage of synergisms in developing a mycoherbicide.
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Rachel McFadyen · Annual Review of Entomology · 1998 · 953 citations
Plant‐Microbe Interactions and Biological Control
Thomas J. Baum · Crop Science · 1999 · 196 citations