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Utilization of endophytic microorganisms for growth promotion of Miscanthus
Mrnka, Libor ; Frantík, Tomáš ; Schmidt, Christoph Stephan ; Lovecká, P.
Increased survival and aboveground biomass yield of Miscanthus was achieved due to the inoculation of Miscanthus seedlings by a mixed inocula based on the selected endophytic microbes (bacteria and fungi). Inoculated treatments produced 20-90% higher yield of biomass compared to the controls. Importantly, fungal inoculum increased also production of rhizomes and the same trend was observed in the treatment inoculated by the bacterial mixture. Bacterial endophytes also strongly augmented overwintering of the plants on one of the tested model plantations. Because the price of the inocula production is economically feasible and does not substantially increase the plantation establishment costs we hope for fast implementation of the methodology both in CR and beyond.
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Rostliny a mikroorganismy zajišťující cyklus PCB a chlorbenzoátů v životním prostředí
Macková, Martina ; Vrchotová, Blanka ; Frančová, Kateřina ; Rezek, Jan ; Beranová, K. ; Najmanová, Jitka ; Lovecká, P. ; Tříska, J. ; Vrchotová, N. ; Uhlík, Ondřej ; Sylvestre, M. ; Demnerová, K. ; Macek, Tomáš
Bacterial metabolism of plant PCB degradation products and degradation of chlorobenzoic acids by plant cells were studied.
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Následky interakcí mezi rostlinami a mikroby ovlivňujících osud xenobiotik v životním prostředí
Macková, Martina ; Vrchotová, N. ; Beranová, K. ; Najmanová, J. ; Lovecká, P. ; Kochánková, L. ; Sylvestre, M. ; Demnerová, Kateřina ; Macek, Tomáš
The effects and consequences of plant-microbe metabolic interactions influencing fate of xenobiotics in the environment.are discussed, illustrated by our results on PCB degradation by microflora in plant rhizosphere.
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