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首页> 外文会议>International Conference on Organic Fruit-Growing >Effect of bioproducts on root growth and the occurrence of arbuscular mycorrhizal fungi in the rhizosphere of strawberry plants cv. ‘Elsanta’ and ‘Elkat’ in field conditions
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Effect of bioproducts on root growth and the occurrence of arbuscular mycorrhizal fungi in the rhizosphere of strawberry plants cv. ‘Elsanta’ and ‘Elkat’ in field conditions

机译：生物过程对草莓植物根际根际生长对根系生长及丛枝菌根真菌的影响。 'elsanta'和'elkat'在现场条件下

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The aim of the study was to determine the effect of biofertilizers on the growth of strawberry roots and their colonization by mycorrhizal arbuscular fungi. Plants of two strawberry cultivars, ‘Elkat’ and ‘Elsanta’, were planted in May 2010 in anexperimental orchard in Dqbrowice. The experiment was set up in a randomised block design in four replications. Each replication consisted of a plot of 20 strawberry plants planted 0.25 m apart with a 1-metre-wide gap between the rows. The experiment included 10 combinations: Control 0 (no fertilization), Control NPK, manure, Micosat + manure, Humus UP, Humus Active + Aktywit PM, BF Quality + manure, BF Amin + manure, manure + Tytanit, Vinassa + manure. In June 2011, the roots of the plants were collected for a laboratory assessment of mycorrhizal frequency. Regardless of the cultivar, the applied biopreparations had a positive effect on the colonization of the roots of strawberry plants cv. ‘Elkat’ and ‘Elsanta’ by arbuscular mycorrhizal fungi. The combined application of the preparation Micosat + manure caused a 6-fold increase in mycorrhizal frequency in the roots of strawberry cv. ‘Elkat’ in relation to the control fertilized with NPK. Mineral NPK fertilization caused a reduction in mycorrhizal frequency in the roots of strawberry plants of the two strawberry cultivars.
机译：该研究的目的是确定生物元化器对草莓根生长及其菌根丛枝真菌的殖民的影响。两个草莓品种，'elkat'和'elsanta'的植物于2010年5月在Dqbrowice的Anspertight果园种植。在四种复制中，在随机块设计中建立了实验。每份复制包括20个草莓植物的曲线，分开0.25米，在行之间具有1米宽的间隙。该实验包括10种组合：控制0（无施肥），控制NPK，粪肥，MICOSAT +粪便，腐殖质，腐殖质活性+ Aktywit PM，BF质量+粪肥，BF amin +粪肥，粪肥+ Tytanit，Vinassa +粪便。 2011年6月，收集了植物的根源进行菌根腐败频率的实验室评估。无论品种如何，所施加的生物制备对草莓植物CV根殖民的积极影响。 “Elkat”和'Elsanta'通过丛枝菌根真菌。制备MicoSat +粪肥的合并施用在草莓CV的根中引起了菌根频率的6倍。 “elkat”与用NPK施肥的控制有关。矿物NPK施肥引起了两种草莓品种草莓植物根系中的菌根频率降低。

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