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Wilt caused by  Fusarium oxysporum  f. sp.  melongenae  causes high yield loss in eggplant ( Solanum melongena  L.). The present research was conducted to evaluate the effectiveness of combined use of  Trichoderma harzianum  and Carbendazim at a reduced dose against the wilt pathogen on eggplant variety Arka Shirish.  T. harzianum  and Carbendazim are detrimental to wilt pathogen and interfere with its growth. Both  T. harzianum  and Carbendazim were used either as a seed treatment (st) or soil application (sa). Carbendazim (st) produced the highest emergence rate (98.2%);  T. harzianum  (sa)+Carbendazim (st) had the least wilt incidence (16.36%).  T. harzianum  (sa)+Carbendazim (sa) caused the most improvement in plant fresh (169.24 g) and dry (26.35 g) weights and plant length (89.45 cm). Most fruit/plant (19.14), highest yield/plant (858.09 g) and highest phenolic content (98.52 μg catechol∙g −1 ) was due to treatment with  T. harzianum  (sa)+Carbendazim (st);  T. harzianum  (sa) produced the greatest increase in chlorophyll content (3.91 mg∙g −1 ). Integrated use  T. harzianum  and Carbendazim could reduce wilt incidence in eggplant.

Suppression of Fusarium wilt of eggplant using Trichoderma harzianum and Carbendazim