tobacco bacterial wilt - Globe Thesis

Keyword [tobacco bacterial wilt] Result: 41 - 60 \| Page: 3 of 5
41.	Screening Of Antagonistic Bacterium Against Ralstonia Solanacearum And Biocontrol Application Research
42.	Effects Of Soil PH And Different Control Measures On Tobacco Bacterial Wilt Status
43.	Comparative Research On Silicon And BTH-Induced Tobacco Resistant To Tobacco Bacterial Wilt
44.	The Mechanism Research Of Tobacco Bacterial Wilt Influenced By Organic Acid From Root Exudates
45.	Differences Of Physiological And Biochemical Reaction Induced By Exogenous Substance Between Resistance/Susceptible To Bacterial Wilt In Tobacco Varieties
46.	Screening,Identification And Application Of Biocontrol Bacteria Against Tobacco Bacterial Wilt
47.	The Establishment And Popularization Of Integrated Prevention And Control Technology Of Bio-organic Fertilizer On Tobacco Bacterial Wilt
48.	Research Of The Effect Of Chemical Induction On Tobacco Bacterial Wilt Resistance
49.	The Impacts Of Green Manure-Tobacco Crop Rotation On Diversity Of Soil Bacteria And Disease Occurrence Of Tobacco Bacterial Wilt
50.	Study On Control Of XQ Bio-control Bacteria On Tobacco Bacterial Wilt And The Effects Of Growth And Development Of Tobacco Plant Of Guzhang County
51.	Early Identification And Genetic Basis Of Resistance To Bacterial Wilt In Tobacco
52.	Construction Of Linkage Genetic Map And QTL Mapping For Bacterial Wilt Resistance And Some Agronomic Traits In Tobacco
53.	Developing And Effects Rating Of Complex Microbial Inoculants On Tobacco Growth-promoting And Disease Resistance
54.	Effects Of PH Value On Growth And Root Colonization Of Ralstonia Solanacearum
55.	Study On Safety Transgenic Tobacco Toward Breeding Varieties With High Resistance To Bacterial Wilt Disease
56.	Isolation,Identification And Effects Of Antagonistic Bacteria From Tobacco Rhizosphere
57.	Characteristics Of Tobacco Rhizospheric Benificial Microbiome In The Soil Suppressive To Bacterial Wilt Disease
58.	Relationship Between Three Tobacco Diseases And The Microbial Communities In Soil Under Different Farming System And Phyllosphere
59.	Identification Of NtVQ35 Gene In Nicotiana Tabacum And Preliminary Study On Its Function Against Tobacco Bacterial Wilt Disease
60.	Characterization Of Molecular Variation Of Ralstonia Solanacearum Causing Tobacco Bacterial Wilt And Technique Exploration For The Disease Control
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