Study Influence Nutrition of Boron, Liquid Organic and Foliar Spray Kinetin on National Status and Mineral Content of Fig Trees

Abstract

Abstract The investigation was conducted out at a private orchard in Kirkuk in the middle of the growing season in 2023. The purpose of the experiment was to investigate the impact that boron nutrition had at 0, 50, and 100 mg. L-1, organic liquid (0, 10, or 20) milliliters. L-1 as well as kinetin in dosages of 0, 100, and 200 mg. The L-1 on national status and mineral content of fig trees experiment was planned as a factorial experiment using in randomized complete block design R.B.C.D. The trees were treated at three different stages (start growing, fruit setting, and a month afterwards). According to the findings, extremely restrictive treatments were successful in achieving a high value, while interaction treatments with organic fertilizer 20 ml were less successful. L-1 plus kinetin, 200 milligrams; L-1 plus boron, 100 milligrams When compared to control, which produced the lowest value across all treatments, the L-1 treatment had the highest results and provided extremely effective levels of leaf area 254.94 cm2, chlorophyll 20.83CCI, carotene 9.96 mg.gm-1, carbohydrate 13.91%, dry matter 34.38%, nitrogen 2.41%, phosphorus 0.393%, and potassium 1.243%.