TAILIEUCHUNG - Field evaluation of selected botanicals and fungicides for the management of alternaria blight of cluster bean

Cluster bean [Cyamopsis tetragonoloba (L.)Taub.] is an important arid legume crop. It is commonly called as Guar. Cluster bean is grown for different purposes viz., vegetable (pods), green fodder, green manure, straw, guar gum, seed production, cattle fodder and increase soil fertility (Yogi et al., 2016).effect of different weather parameters on disease development and effective management of the disease through plant extracts and fungicides. In field study, the efficacy of laboratory effective treatments was again evaluated. Allium cepa(bulb extract) showed minimum per cent disease intensity against Alternaria blight disease on leaves with maximum yield ( q/ha) of Cluster bean. | 2020 9 7 1045-1053 International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 9 Number 7 2020 Journal homepage http Original Research Article https Field Evaluation of Selected Botanicals and Fungicides for the Management of Alternaria Blight of Cluster Bean Satish Sharma Reeti singh and Ajay Kumar Department of Plant Pathology-College of Agriculture . . Gwalior India Corresponding author ABSTRACT Cluster bean Cyamopsis tetragonoloba L. Taub. is an important arid legume crop. It is commonly called as Guar. Cluster bean is grown for different purposes viz. vegetable pods green fodder green manure straw guar gum seed production cattle fodder and Keywords increase soil fertility Yogi et al. 2016 .effect of different weather parameters on disease development and effective management of the disease through plant extracts and Alternaria fungicides. In field study the efficacy of laboratory effective treatments was again cucumerina var. evaluated. Allium cepa bulb extract showed minimum per cent disease intensity against cyamopsidis Alternaria blight disease on leaves with maximum yield q ha of Cluster bean. The Botanical maximum PDI and minimum yield q ha of cluster bean was showed by Fungicide Cassiatora. Carbendazim Mancozeb combination showed the minimum PDI after management 75 DAS against Alternaria blight disease of A. c. on the leaves and Article Info maximum yield q ha was obtained by this combination. In-vivo all the botanicals significantly reduced the per cent disease intensity of Alternaria blight of Cluster bean. Accepted Among the foliar applied botanicals A. cepa and fungicide Carbandazim Mancozeb 11 June 2020 were found best insignificantly reducing the Alternaria blight disease. In the field study Available Online 10 July 2020 Allium cepa leaf extract @ 20 concentration and Carbendazim .

• Nông nghiệp
• Alternaria cucumerina var cyamopsidis
• Fungicide management
• Alternaria blight
• Cluster bean
• Fungicides for the management
• Culture medium
• Growth behaviour
• Alternaria blight of clusterbean
• Different culture media on the growth
• Carbon sources
• Nitrogen sources
• Temperatures and pH
• Czapex’sdox agar
• Cyamopsidis (Rang and Rao)
• Exserohilum turcicum
• Evaluation of new fungicides
• New fungicides for management
• Management of turcicum leaf blight
• Maize caused
• Combi product and fungicides
• Blast diseases of paddy
• Combi product fungicides
• Management of blast diseases of paddy
• Important cereal crop belonging
• Leaf blight
• Alternaria alternata
• Plant extracts and fungicides
• Fungicides in vitro
• Natural condition
• Seed borne fungi
• Seed dressing fungicides
• Bio agents
• Novel seed dressing fungicides
• Seed borne diseases of sesame
• Disease management
• Meteorological factors
• Role of meteorological factors
• Relative impact of rust disease management
• Field peas through fungicides
• Tarai region of Indo gangetic plains
• Biocontrol agents
• Fusarium wilt management and banana
• Fusarium wilt management of banana
• Fungicides for fusarium
• Use of biocontrol agents
• Sheath blight
• Rhizoctonia solani
• Fungicides on the management
• Management of sheath blight of rice
• Sheath blight of rice
• Non systemic
• Pythium aphanidermatum
• Fungicides and bioagents
• Management of soft rot
• Soft rot of ginger caused
• Alternaria solani
• Early blight
• New fungicides in management
• Alternaria solani in tomato
• Tomato crop is affected
• Spot blotch
• Systemic fungicides
• Seed treatment
• Spot blotch (Bipolaris sorokiniana)
• Wheat using systemic fungicides
• A niger
• Eepae culture
• Fungicides and antibiotics
• Management of storage diseases
• Storage diseases of onion
• Black mold
• Pot trail
• Various fungicides
• Management of black mold of onion
• Cyamopsis tetragonoloba
• Root rot (Rhizoctonia solani)
• Clusterbean through fungicides
• Management of root rot
• Effect of insecticides
• Fungicides and herbicides
• Biofertilizer bacteria
• Their consortium
• Common crop management practices
• Erysiphe polygoni
• Powdery mildew
• Fungicides and cumin
• Erysiphe polygoni DC
• Cumin powdery mildew
• Leveillula taurica
• Organic amendments
• Chilli powdery mildew
• Evaluation of fungicides
• Chilli under field condition
• Alternaria leaf spot
• Management of foliar diseases
• Foliar diseases of sesame
• Fungicides in the management
• Cordia myxa
• Fungicides and plant extracts
• Plant extracts
• Lehsua through plant extracts
• Bio products
• Bio products and fungicides in vitro
• In vivo
• Trichoderma viride
• T harzianum
• Compatibility of biocontrol agents
• Certain fungicides
• Integrated disease management
• Cicer arietinum L
• Dry root rot
• Rhizoctonia bataticola
• Rhizoctonia bataticola through fungicides
• Dry root rot of chickpea caused
• Alternaria triticina
• Management of leaf blight of wheat
• Leaf blight of wheat
• Neem leaf extract and fungicides
• Fusarium wilt
• Bio fertiliser and fungicides
• Climate change
• Suitable IDM approaches for management
• Management of fusarium wilt of tomato
• Tomato wilt
• In vitro management fusarium wilt of tomato
• In vitro management fusarium
• Chemical methods