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. 2024 Dec 21;87(1):158. doi: 10.1007/s00248-024-02472-2

Table 4.

Effectiveness of Trichoderma species against fungus that are found in the soil

Trichoderma strains Pathogens Plant/crops Disease with efficacy References
TH-3 T. harzianum Rhizoctonia solani Tomato Wilt (5%) [102]
T. harzianum Fusarium solani Tomato Root rot (70–72%) [103]
T. harzianum R. solani Tomato Damping off (51%) [103]

T. harzianum

Mutants

R. solani Tomato Damping off (40%) [103]

T. viride (Tv-R)

T. harzianum

M. phaseolina

R. bataticola

Chickpea

Mungbean

Root rot (62%)

Dry root (87%) rot

[104]

T. harzianum

T-22

F. verticillioide Maize

Ear and kernel

Rot (65% reduce size of necrotic area

)

[105]
T. viride

F. oxysporum

f. sp. Adzuki

Soybean Root rot [106]
T. harzianum Cucumerinum Cucumber

Stem and root (12–79%)

Rot

[107]
T. harzianum

Alternaria

tenuissima

Sorrel Leaf spot (67–76%) [107]
T. viride F. verticilloid A. alternate Tomato Root rot and wilt 67% [107]

T. harzianum

T. longibrachiatum

A. porri Onion Purple blotch 73% [108]
T. viride Colletotrichumcapsici Chilli Fruit rot 58% [109]
T. harzianum F. udum Pigeon pea Wilt (T. harzianum is more successful when applied to the soil than when seed is used) [110]
T. hamatum F. oxysporum Lentil Vascular wilt (33%) [111]