Aqueous, ethanol, methanol, chloroform and ethyl acetate extracts of seven plants were screenedrnfor antifungal activity against Botrytis fabae at different concentrations using poisoned foodrntechniques. The phytopathogenic fungi were isolated from diseased faba baen plants. Fourrneffective plant extracts were selected in vivo test on the infection of B. fabae on faba baen plants,rnwere evaluated and measured in comparison with sterile distilled water which was used asrncontrol. The result revealed that aqueous extracts of immature and matured leaf extracts of C.rnmacrostchyus completely inhibited mycelial growth at 30mg/ml and 50mg/ml respectively. C.rnaurea extract also inhibited fungal growth at 50mg/ml concentration. Most of the selected plantsrnwere highly extractable with ethanol especially, the immature and mature leaf extracts of S.rnmarginatum and immature leaf extracts of S. incunum siginificantly inhibited the growth of B.rnfabae at a concentration of 30mg/ml, followed by immature leaf extracts of D. stramonium andrnmature leaf extracts of S. incunum at 40mg/ml concentration. From the methanol extracts D.rnstramonium and C. aurea showed the highest inhibition. It was observed that the chloroformrnextracts of most selected plants do not show significant effect but, C. macrostchyus at 40mg/mlrninhibit 62%. The ethyl acetate extracts of all selected plants do not show effectiveness on therninhibition of the selected isolate. It was observed that ethanol extracts showed highly significantrnantifungal activity followed by aqueous and methanol extracts. The chloroform and ethyl acetaternextracts were inferior on inhibition of the fungal isolate. Methanol extracts of D. stramonium, C.rnaurea, ethanol extracts of S. marginatum and aqueous extracts of C. macrostchyus were selectedrnfrom the in vitro evaluation and tested in vivo on faba bean plants and at 20% show significantrninhibition. Mixture of plant extracts and bioagents Trychoderma harzianum show significantrninhibition on the growth of B. fabae on faba bean in vivo test. The semi purified fraction ofrnchloroform and ethyl acetate extracts of the selected plants did not exhibit effective antifungalrnactivity, but the aqueous solubilized fraction of all plants show significant inhibition.rnKey words: Antifungal compounds, Biocontrol, Botrytis fabae,MIC, Plant extracts, Solvent