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Perennial bioenergy grass crops, despite a relatively similar production of   aboveground biomass, show significant differences in the overall root   biomass. Rhizomes play a key role in economizing nutrients in miscanthus. The   aim of this research was to establish the effect of N (nitrogen) on the   distribution of biomass and concentration of major macro- and micronutrients   in the miscanthus root system, using simple experiment in pots. After two   years of growth, the rhizomes and roots were taken out of the pots, cleaned   of earth and analyzed. About 2/3 of the mass of the miscanthus root system   consist of rhizome mass. The overall dry biomass of newly formed rhizomes and   roots is decreased with the increase in the amount of applied N   fertilization. Thereby, the N concentration in the entire root system, as   well as in some of its parts, increased with the rise in applied amount of N.   Our results show that increasing amounts of applied N consistently negatively   correlate with P concentrations in the miscanthus root system, in contrast to   Mn concentrations, with which they correlate positively

Effect of nitrogen on the distribution of biomass and element composition of the root system of miscanthus × giganteus