THE EFFECT OF DIVERSE FERTILIZERS ON THE QUALITY OF BEGONIA SEMPERFLORENS LINK. ET OTTO.
Date Issued
2022
Author(s)
Margarita Davitkovska
Zvezda Bogevska
Gordana Popsimonova
Rukie Agic
Ana Vujošević
Svjetlana Zeljković
Boris Dorbić
Abstract
This research was carried out to analyze the effect of diverse types of fertilizers and
concentrations on the morphological features of Begonia semperflorens Link. et Otto., as well
as to determine the most appropriate concentration of fertilizer to obtain the highest plant
quality. Different types of liquid fertilizers and concentrations were used in this experiment -
Agrosal with NPK 10-5-5 + microelements (0.2%; 0.3%; 0.4%), Agrosal with NPK 7-1-5 +
microelements (0.2%; 0.3%; 0.4%) and Agrosal with NPK 12-5-7 + microelements (0.2%;
0.3%; 0.4%). For measurement, 30 plants were used per treatment, three months after planting
into plastic containers. The following biometric parameters were analyzed: plant height (mm),
number of leaves, number of branches, and number of inflorescences. Measurements of
biometric parameters showed that the liquid mineral fertilizer Agrosal with NPK 12-5-7 +
microelements and a concentration of 0.4% showed the highest average number of branches
and number of inflorescences. Agrosal with NPK 12-5-7 + microelements and concentration
of 0.3% showed the highest average height of plant and Agrosal with NPK 7-1-5 +
microelements and concentration of 0.2% showed the highest average number of leaves.
Agrosal with NPK 12-5-7 + microelements and a concentration of 0.4% can be recommended
in practice.
concentrations on the morphological features of Begonia semperflorens Link. et Otto., as well
as to determine the most appropriate concentration of fertilizer to obtain the highest plant
quality. Different types of liquid fertilizers and concentrations were used in this experiment -
Agrosal with NPK 10-5-5 + microelements (0.2%; 0.3%; 0.4%), Agrosal with NPK 7-1-5 +
microelements (0.2%; 0.3%; 0.4%) and Agrosal with NPK 12-5-7 + microelements (0.2%;
0.3%; 0.4%). For measurement, 30 plants were used per treatment, three months after planting
into plastic containers. The following biometric parameters were analyzed: plant height (mm),
number of leaves, number of branches, and number of inflorescences. Measurements of
biometric parameters showed that the liquid mineral fertilizer Agrosal with NPK 12-5-7 +
microelements and a concentration of 0.4% showed the highest average number of branches
and number of inflorescences. Agrosal with NPK 12-5-7 + microelements and concentration
of 0.3% showed the highest average height of plant and Agrosal with NPK 7-1-5 +
microelements and concentration of 0.2% showed the highest average number of leaves.
Agrosal with NPK 12-5-7 + microelements and a concentration of 0.4% can be recommended
in practice.
Subjects
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