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    IntegraciĂłn entre cepas de Pseudomonas protegens y fluquinconazole para el control de mal del pie en trigo, Integration between strains of Pseudomonas protegens and fluquinconazole for the control of take-all in wheat, Carola Andrea Vera Palma ; profesor guĂ­a: Ernesto Moya Elizondo

    Type
    • http://bibfra.me/vocab/lite/Work
    • http://bibfra.me/vocab/marc/ComputerFiles
    • http://bibfra.me/vocab/marc/Multimedia
    • http://bibfra.me/vocab/marc/Software
    Classification
    1
    • CDTM633
    Contributor
    2
    • Universidad de ConcepciĂłn, Facultad de AgronomĂ­a
    • Moya Elizondo, Ernesto Antonio
    Creator
    1
    • Vera Palma, Carola Andrea
    Subject
    4
    • Triazoles
    Content
    1
    • text
    autora
    1
    • Vera Palma, Carola Andrea
    instituciĂłnqueotorgaelgrado
    1
    • Universidad de ConcepciĂłn, Facultad de AgronomĂ­a
    supervisordegrado
    1
    • Moya Elizondo, Ernesto Antonio
    Label
    IntegraciĂłn entre cepas de Pseudomonas protegens y fluquinconazole para el control de mal del pie en trigo, Integration between strains of Pseudomonas protegens and fluquinconazole for the control of take-all in wheat, Carola Andrea Vera Palma ; profesor guĂ­a: Ernesto Moya Elizondo
    Language
    spa
    Abstract
    Mixing fungicides with bacteria that produce antimicrobial compounds is an integrated management tool that can reduce root rot pathogens such as Gaeumannomyces graminis var. tritici (Ggt), which causes take-all disease of wheat. This study analyzed the effect of wheat seed treatments on the survival of two strains of Pseudomonas protegens, when were applied to the seeds alone or integrated with fungicide a.i. fluquinconazole. Through three field experiments, under wheat monoculture and rotation, and inoculated with Ggt, the effect of bacterial combination with the fungicide seed treatment on yield components, above ground symptoms and root rot severity of take all disease was determined. In addition, bacterial populations were quantified using PCR and qPCR with phlD+-specific primers in wheat roots during tillering and anthesis during two seasons. P. protegens did not show marked effects on the evaluated parameters; however, when combined with fungicide, they increased yield, grain quality, test weight parameters, biomass, and plant heigh in early stage of plant development, decreasing also the severity of the disease. Initial populations of the bacteria were not affected when were co-treated with fluquinconazole, which was related with an early root colonization and protection in initial stages of development to stabilize their population during anthesis. Results suggest that integration of P. protegens strains with fluquinconazole is an alternative management strategie to reduce take-all disease in southern Chile
    Characteristic
    document
    Main title
    IntegraciĂłn entre cepas de Pseudomonas protegens y fluquinconazole para el control de mal del pie en trigo
    Responsibility statement
    Carola Andrea Vera Palma ; profesor guĂ­a: Ernesto Moya Elizondo
    Sub title
    Integration between strains of Pseudomonas protegens and fluquinconazole for the control of take-all in wheat
    Target audience
    specialized

    Incoming Resources

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      • IntegraciĂłn entre cepas de Pseudomonas protegens y fluquinconazole para el control de mal del pie en trigo, Integration between strains of Pseudomonas protegens and fluquinconazole for the control of take-all in wheat, Carola Andrea Vera Palma ; profesor guĂ­a: Ernesto Moya Elizondo

    Trigo + Enfermedades y Plagas
  • Gaeumannomyces graminis
  • Control quĂ­mico