Boron is not found in nature as a pure element. It is found as oxides with other elements in the form of B2O3. Boron minerals are generally hydrated borates which are compounded with boron alkali and soil alkali metals such as Na, Ca, and Mg. Various distinctive characteristics of boron minerals and derivatives imalce it impossible to replace them with others. All plants need boron for their regular growth. It is difficult to define a limit of resistance againts boron for culture plants. In agriculture, boron minerals are used in biological growth and control chemicals to improve or prevent the growth of vegetation. Boron minerals are used in the production of slow-dissolving fertilizers to prevent molding as bactericide and fungicide. Boron is also used with compounds such as sodium chloride and bromosole to remove wilding or to stabilize the soil as an environment for growing plants (Groenewald, 1976). Tuber plants (especially sugar beet), clovers, alpha alphas, fruit trees, grape, olive, tobacco, and cotton are among the plants that boron shortages is observed. In such situations, a fertilizer made from waterless borax and borax pentahydrate is used. Sodium pentaborate that can be dissolved in water, or disodium extaborate are also used by spyraying on the crop.