The Trichoderma genus is well known as one of the most valuable biological control agents against several phytopathogens used in different plant species. Managing phytopathogenic fungi using through various associated antifungal mechanisms a sustainable and eco-friendly strategy that reduces harmful presence pathogens soil, roots aerial parts plants. However, biocontrol combined with chemical p...

One of the main obstacles to feeding world is fungal leaf spot disease, which has a negative impact on plants' photosynthetic areas and significantly lowers crop quality output. To manage fungi that pose serious hazard both humans environment, various chemical fungicides are utilized. The goal current study was determine whether local isolates three Trichoderma spp. (Trichoderma viride, harzian...

Trichoderma spp. se utilizan como método de biocontrol fitopatógenos causantes pérdidas agrícolas. El objetivo este trabajo fue identificar nueve cepas Trichoderma, determinar la capacidad an- tagónica contra Fusarium oxysporum y Corynespora cassiicola, así los genes que codifican elicitores Sm1 Epl1 resistencia sistémica en plantas. La antagónica determinó mediante enfrentamientos duales. identifi...

Potato is one of the common plants cultivated in Indonesia and used as a food ingredient besides rice. One pathogens that can attack potatoes Fusarium. Farmers usually use synthetic fungicides to inhibit Fusarium infection, but this method not environmentally friendly. countermeasures for be done with antagonistic fungus Trichoderma. This study aims examine Trichoderma spp. toward isolate from ...

In this study, aimed to investigate the effect of bacterial fertilizer: A (Bacillus spp., Trichoderma spp. ), B (Azorhizobium, Azotobacter and Azospirillum) C (Azotobacter Bacillus Pseudomonas putida) on soil carbon mineralization. On application A, fertilizers sterilized control soil, whose initial mineralization rates is 1.1%, 5.12%, 3.54%, 10.78% were respectively recorded. According these r...

in vitro studies with trichoderma spp., soil-borne fungal antagonists, demonstrated that a number of isolates produced volatile and non-volatile metabolites capable of inhibiting the growth and sporulation of several soil-borne plant pathogenic fungi. microscopic observations showed that t. harzianm and t. viride, isolated from soil samples from ahwaz and karaj, adversely affected the mycelial ...