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Research Paper

Study on the occurrence law and green control of grape gray mold from the perspective of ecological balance

, , , , &
Pages 779-790 | Received 26 Dec 2020, Accepted 05 Feb 2021, Published online: 28 Feb 2021

Figures & data

Figure 1. Disease state of grape leaves after inoculation of isolated leaves of single plant

Figure 1. Disease state of grape leaves after inoculation of isolated leaves of single plant

Figure 2. Incidence of single leaf infection of hybrid offspring in population after 5 days

Figure 2. Incidence of single leaf infection of hybrid offspring in population after 5 days

Figure 3. Resistance frequency of 304 B.cinerea strains to main fungicides

Figure 3. Resistance frequency of 304 B.cinerea strains to main fungicides

Table 1. Resistance of Botrytis cinerea to main fungicides in major grape-producing areas in China

Table 2. Antibacterial activity of yeast against 304 strains of Botrytis cinerea in different climate planting areas

Figure 4. Resistance of B. cinerea to main fungicides in major grape-producing areas in China

Figure 4. Resistance of B. cinerea to main fungicides in major grape-producing areas in China

Figure 5. Dynamics of spore capture of grape downy mildew pathogen

Figure 5. Dynamics of spore capture of grape downy mildew pathogen

Figure 6. Changes of shed rate of grape gray mold disease with time

Figure 6. Changes of shed rate of grape gray mold disease with time

Figure 7. Variation of flower spike rate of grape gray mold disease with time

Figure 7. Variation of flower spike rate of grape gray mold disease with time

Figure 8. Changes of ear rate of grape gray mold disease with time

Figure 8. Changes of ear rate of grape gray mold disease with time