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The neoteny of 64-day-old European plane tree autovegetative progeny is  described, starting from the fact that sexual maturity in the juvenile stage  of tree development is a rare and significant process by which the period of  synthesis of new lower taxonomic units is shortened. The observed formation  of European plane tree reproductive organs has been classified as induced  neoteny. Compared to the inflorescences of mature European plane trees, the  number of precocious inflorescences was lower, flower structure was simpler,  and the diameters of inflorescences were the same. As neoteny is a genetic  and physiological marker for the tree genotype and the species, and as it is  classified as an example of parallelinherited variability explained by  changed interactions of trophic, hormonal and genetic systems, this analysis  of neoteny can be a contribution to its further scientific study and its  practical utilization at a larger scale

Neoteny of the European plane tree