[Objective] The aim was to explore biocontrol approaches of strawberry an-thracnose. [Method] With hyphal growth inhibition method, bacteriostatic activities of Bacil us subtilis and Osthole on strawberry anthracnose ...[Objective] The aim was to explore biocontrol approaches of strawberry an-thracnose. [Method] With hyphal growth inhibition method, bacteriostatic activities of Bacil us subtilis and Osthole on strawberry anthracnose were measured and field test was carried out. [Result] The results show that both of Bacil us subtilis and Osthole were of higher bacteriostatic activity on strawberry anthracnose, and the values of EC50 were 0.007 5 mg/L and 1.063 0 ml/L, respectively. The result of field test show that the prevention effects of Bacil us subtilis （600-750 g/hm2） and 25% prochloraz （600 ml/hm2） both achieved higher than 76%, 7 and 14 d after triple medical applica-tions with rains sheltered or in open field. But the effects were of extremely signifi-cant differences with that of Osthole （1 800-2 700 ml/hm2） （P〈0.01）. [Conclusion] Bacil us subtilis can be made use of for control ing strawberry anthracnose.展开更多
基金Supported by Jiangsu Agricultural Science and Technology Support Program(BE2012378)Six Talents Peaks Program of Jiangsu Province in 2013(2013-NY-001)Jiangsu Agricultural Scientific and Technological Self-innovation Foundation[CX(11)2018]~~
文摘[Objective] The aim was to explore biocontrol approaches of strawberry an-thracnose. [Method] With hyphal growth inhibition method, bacteriostatic activities of Bacil us subtilis and Osthole on strawberry anthracnose were measured and field test was carried out. [Result] The results show that both of Bacil us subtilis and Osthole were of higher bacteriostatic activity on strawberry anthracnose, and the values of EC50 were 0.007 5 mg/L and 1.063 0 ml/L, respectively. The result of field test show that the prevention effects of Bacil us subtilis （600-750 g/hm2） and 25% prochloraz （600 ml/hm2） both achieved higher than 76%, 7 and 14 d after triple medical applica-tions with rains sheltered or in open field. But the effects were of extremely signifi-cant differences with that of Osthole （1 800-2 700 ml/hm2） （P〈0.01）. [Conclusion] Bacil us subtilis can be made use of for control ing strawberry anthracnose.
