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Rhizomania is a disease that is difficult to control. Several control methods tested against this disease have shown many limitations. The most adopted control strategy against rhizomania was the use of tolerant varieties. However, this solution is beginning to show its limits. Indeed, several situations of tolerance bypass have been reported lately. Therefore, new strategies to control this disease have to be developed. The objective of the present work is to test the antagonistic effect of two biological agents, Trichoderma harzianum Item 908 and Fusarium oxysporum Fo 49, against Polymyxa…mehr

Produktbeschreibung
Rhizomania is a disease that is difficult to control. Several control methods tested against this disease have shown many limitations. The most adopted control strategy against rhizomania was the use of tolerant varieties. However, this solution is beginning to show its limits. Indeed, several situations of tolerance bypass have been reported lately. Therefore, new strategies to control this disease have to be developed. The objective of the present work is to test the antagonistic effect of two biological agents, Trichoderma harzianum Item 908 and Fusarium oxysporum Fo 49, against Polymyxa betae, fungus vector of the BNYVV virus causing rhizomania. Eleven soils representing six CDAs of the Tadla perimeter were sampled from 12 plots known to be infested by rhizomania. A bioassay was performed on these soils after their treatment with T.harzianum Item 908 and F.oxysporum Fo 49. After 4 weeks of cultivation, the roots of sugar beet seedlings were recovered and analyzed by ELISA.
Autorenporträt
Nacido en 1988 en Khenifra, Marruecos, Ingeniero Fitosanitario, laureado de Enam y ganador del premio al mejor proyecto fin de carrera de Cosumar en 2013, tema rizomanía. Ahadjor hará un doctorado para dedicarse plenamente a la investigación científica.