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Influence of Arbuscular mycorrhiza fungi (AMF) on drought tolerance and charcoal rot disease of cowpea

机译:丛枝菌根真菌(AMF)对of豆的耐旱性和炭腐病的影响

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The influence of Arbuscular mycorrhiza fungi (AMF) (Glomus deserticola and Gigaspora gigantea) were evaluated on drought tolerance and charcoal rot disease of cowpea genotypes: IT90K-277-2, IT84S-2246-4 and IT06K123-1. IT90K-277-2 and IT84S-2246-4 were sown in 3kg of sterilized soil for drought experiment with five treatments. Treatment was established thirty days after germination with inoculation of G. deserticola, the mycorrhizal treated cowpea withstand the water stress and produced high yield. Biocontrol experiment had 2kg sterilized soil potted into bags with cultivars IT90K-277-2 and IT06K123-1, fourteen treatments were established with soil drenched before planting and simultaneous inoculation. Soil drenched with AMF before planting and inoculation of M. phaseolina after 10days of germination recorded higher growth parameters, while the simultaneous inoculated plant was the most effective in reducing disease severity. However, simultaneous treatment of G. deserticola, G. gigantea and M. phaseolina were most effective for both growth parameters and reduction of disease severity.
机译:评价了丛枝菌根真菌(AMF)(Glomus deserticola和Gigaspora gigantea)对cow豆基因型IT90K-277-2,IT84S-2246-4和IT06K123-1的耐旱性和木炭病的影响。将IT90K-277-2和IT84S-2246-4播种在3kg的无菌土壤中,进行五次干旱试验。发芽后三十天,通过接种沙漠地黄菌建立治疗,经菌根处理的cow豆能承受水分胁迫并产生高产。生物防治实验将2kg无菌土壤灌入装有IT90K-277-2和IT06K123-1品种的袋子中,在播种和同时接种之前对土壤进行了14种处理。在播种前播种和接种菜豆分枝杆菌之前,用AMF浸湿的土壤记录了更高的生长参数,而同时接种的植物在减轻病害严重程度方面最有效。但是,同时治疗沙门氏菌,巨大链球菌和菜豆分枝杆菌对生长参数和减轻疾病严重性最有效。

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