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Mycorrhizal colonization, P uptake and yield of older and modern wheats under organic management

机译:有机管理下的菌根殖民,P旧和现代小麦的菌根和产量

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Kirk, A. P., Entz, M. H., Fox, S. L. and Tenuta, M. 2011. Mycorrhizal colonization, P uptake and yield of older and modern wheats under organic management. Can. J. Plant Sci. 91: 663-667. Arbuscular mycorrhizal fungi (AM F) are important for plant nutrient uptake, and mycorrhizal dependence varies between wheat genotypes. Cultivar selection under fertilized conditions may have reduced mycorrhizal associations in modern cultivars. This study investigated AMF colonization, tissue P and grain yield of five modern (post 1990) and five older (pre 1970) spring wheat cultivars over 4 site-years in Manitoba. Older cultivars actually had significantly lower AMF colonization and grain yield than modern cultivars, but no tissue P concentration differences were observed. The two highest yielding lines were released after 2004, and one of these (FBC Dylan) was selected for suitability in organic farming systems.
机译:Kirk,A.P.,Entz,M.H.,Fox,S. L.和Tenuta,M.2011。有机管理下的老年人和现代小麦的菌根殖民,P. 能。 J.植物SCI。 91:663-667。 丛枝菌根真菌(AM F)对植物营养吸收很重要,菌根依赖性在小麦基因型之间变化。 施肥条件下的栽培品种可能会减少现代品种的菌根协会。 本研究调查了5个现代(1990年第1990篇)和5岁的春小麦品种的AMF定植,组织P和粮食产量,在曼尼托巴省的4个位点春小麦品种。 年龄较大的品种实际上具有比现代品种的AMB殖民化和谷物产量显着降低,但没有观察到组织P浓度差异。 在2004年之后释放了两条最高产量的线,并选择其中一种(FBC Dylan)以在有机农业系统中适合。

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