Clay-based azoxystrobin formulation enhances cotton protection against charcoal rot diseaseOA
Clay-based azoxystrobin formulation enhances cotton protection against charcoal rot disease
DEGANI Ofir;HADAD Ariel;ETEDGI Eden;DIMANT Elhanan;LEVI-LION Achinoam;HADARI Peleg;RABINOVITZ Onn;RYTWO Giora
MIGAL-Galilee Research Institute,Tarshish 2,Kiryat Shmona 1101600,Israel||Faculty of Sciences,Tel-Hai College,Tel-Hai,Upper Galilee 1220800,IsraelMIGAL-Galilee Research Institute,Tarshish 2,Kiryat Shmona 1101600,Israel||Faculty of Sciences,Tel-Hai College,Tel-Hai,Upper Galilee 1220800,IsraelMIGAL-Galilee Research Institute,Tarshish 2,Kiryat Shmona 1101600,Israel||Faculty of Sciences,Tel-Hai College,Tel-Hai,Upper Galilee 1220800,IsraelMIGAL-Galilee Research Institute,Tarshish 2,Kiryat Shmona 1101600,IsraelMIGAL-Galilee Research Institute,Tarshish 2,Kiryat Shmona 1101600,IsraelMIGAL-Galilee Research Institute,Tarshish 2,Kiryat Shmona 1101600,Israel||Faculty of Sciences,Tel-Hai College,Tel-Hai,Upper Galilee 1220800,IsraelMIGAL-Galilee Research Institute,Tarshish 2,Kiryat Shmona 1101600,IsraelMIGAL-Galilee Research Institute,Tarshish 2,Kiryat Shmona 1101600,Israel||Faculty of Sciences,Tel-Hai College,Tel-Hai,Upper Galilee 1220800,Israel
AzoxystrobinBentoniteCrop protectionDisease controlMacrophomina phaseolinaSepioliteQuantitative real-time PCR
AzoxystrobinBentoniteCrop protectionDisease controlMacrophomina phaseolinaSepioliteQuantitative real-time PCR
《棉花研究（英文）》 2026 (1)
75-88,14
This study was supported by a one-year research grant(2023)from ICA Israel(Jewish Colonization Association)and a two-year grant(2023-2024)from Migal-Galilee Research Institute(Israel).The funders were not involved in the study designcollection,analysis,or interpretation of the datawriting of this articleor decision to submit it for publication.
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