E clover, the substrate effect was AP24534 943319-70-8 not significant in both years. In the presence of clover increased, increased nitrogen concentration of roots and rhizomes of wild plants to compost only in 2006, while w It in 2007 in all plants grown on substrates with increased Ht au He clayC. Although the nitrogen concentrations were grown in the wild without clover plants grown on the same for all substrates were h Here nitrogen concentrations in the wild clover grown with lownutrient on both substrates, L Ss and clay increased. The effect of sweet clover was st More strongly pronounced gt, In the second year of experience, particularly in relation to plants in clay, L Growing SS and clayCS. With regard to the production of nitrogen, which h Chsten values in roots and rhizomes were Kn Terich found when the plants were grown on compost and clayCS.
These plants accumulated approximately one gram of nitrogen in its underground A-769662 844499-71-4 structures, which is about twice that in plants in clay and / or L grown were observed. The concentration of carbon in roots and rhizomes dumplings terich was not affected by the presence of clover, au He plants on L grown in 2006. There was a positive correlation between carbon and concentrations of resveratrol derivatives in 2006, both in the absence and presence of clover, which means that a significant proportion of organic carbon in schl gt take resveratrol And its derivatives. Phosphorus in knots Terich rhizome showed anything similar values in the years 2006 and 2007. The phosphorus concentration in the clover took two years of cultivation on L Ss and clayC grown, and grown into plants in sand in 2006.
However, there was a clear trend towards reducing phosphorus levels in the plants grown on all substrates. Upper terrestrial biomass, Figure 1 Reynoutria × bohemica in T Pfennigs with different substrates on the basis of clay Mioz N of mine grew Verw Hnen banks with and without Melilotus alba in 2006 and 2007. Slow-release organic fertilizer ClayC tone Conavit, ClayCS clay enriched with Conavit arbuskul Ren Symbivit mycorrhizal product, enriched both by accident Symbiom Ltd. produces letters show no significant differences between the substrates, without tiny clover, sweet clover with capital letters. Kov ov á ř á et al. BMC Plant Biology 2010, 10.19 19/10/2229 Page 4 of 16 the h HIGHEST concentration of phosphorus was in the wild to compost and grown without clover found in 2006 and in year 2007.
The same results were terich with production data by the positive correlation between phosphorus and biomass dumplings. Mycorrhization only in the roots of the wild was found planted with clover appeared, sweet clover, a dispenser for mycorrhizal dumplings terich be. A positive correlation was observed between mycorrhization of wild and sweet clover biomass in 2006 and 2007, Fig. 8b. The rate of mycorrhizal colonization was h Ago in 2006 when the growth of sweet clover was not eliminated, compared to 2007. In 2006, the lowest colonization was found in plants grown on compost, w Had during the year 2007 grew crops on sand Conavit with the lowest rate of colonization. In both years, the h Highest rate in the colonization of plants on N Hrstoffarmen substrates, and sound Ss found growing. Although the degree of difference of mycorrhizal infection in clover did not differ between the substrates, there was a gr Ere mycorrhization of wild clover at F Susceptibility dumplings terich was grown on substrates with low N Drastic decrease when dumplings terich was on fertile substrate grown