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The results of this study showed that the tested antagonistic bacteria namely  Bacillus amyloliquefaciens  BB19 (B19) and  Bacillus atrophaeus  B16 (B16) and fungicides (tebuconazole, fludioxonil-difénoconazole and difénoconazole) inhibit significantly the “ in vitro ” growth of the two  Fusarium culmorum  isolates (FC1 and FC2). Contrarily, in the growth chamber experiments, the B19 and B16 strains and tebuconazole each alone showed a lower inhibition effect. However, the results of the combination method were promising. The losses caused by the FC1 and FC2 isolates were significantly reduced and the growth parameters were significantly improved. In the presence of FC2 isolate, the combination “tebuconazole-B19” gave more than 50% increase in the length of the root system and 76.42% enhancement in the fresh weight of the root system compared to the positive control. It was also observed that necrosis and browning symptoms on wheat seedlings disappeared. Statistical analysis revealed that the combination “tebuconazole-B19” was synergistic regarding all the studied growth parameters.

Efficacy of the combination tebuconazole- Bacillus in the control of the Fusarium culmorum responsible for Fusarium crown rot in durum wheat