Abstract:

The study has studied the possibilities of rooted wood steels of the celtis australis plant (Celtis australis L.) In the first year of the study, the IBA applied 2, 4, 6, 8 or 10 g/l to steel, in the greenhouse of the glass is rooted from the bottom to the heating coating plant, in the perlit environment. In the second year of the study, the potential for rooting of 5 different types of steel collected in the same period was examined again. At the end of the 100-day root period, the root rate, the number of roots, the length of the root and the living rates in the adaptation phase are determined. By determining the size, diameter and number of leaves of the plants grown over a year in fertility conditions, the development differences of the types have been revealed. In the first year of the study, the highest root rate and maximum number of roots were provided from 6 g/l IBA applied steel (respectively 83.33% and 9.34 pieces/steel). The increase in the IBA dose has negatively affected root development. In the second year, rooted differences occurred between the rooted types, and the highest rooted rate was found in the T5 type steel (86.67%). The success rate in the adaptation of root plants has increased depending on the root quality in the root phase. The best development in an elderly fertilizer in terms of length (125.85 cm), body diameter (18.30 mm) and leaf number (170.81 pieces) has again shown the type T5.

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