Benefit from integrating zinc oxide nanoparticles with probiotic bacteria to produce strong Biofertilizer for increasing the production of agricultural crops, vegetables and fruits

In this research, new methods were found to produce a strong, In this study, zinc oxide useful and usable biofertilizer in any agricultural soil and with any agricultural crop, whether fruit or vegetables, which is Nanoparticles is combined and it is incubated and prepared with some important nutrients for the growth and reproduction of the probiotic bacteria microorganisms present together to produce a biofertilizer and organic fertilizer rich in important nutrients for plant growth and increased production of agricultural crops, A mixed and combined nutritional medium of many materials and vegetables and fruits. nutrients suitable for the purpose of growing many living microorganisms such as bacteria and fungi and controlling the growth rates of microorganisms with the percentage of food present in the biofertilizer (F/M Ratio ).It was reached to increase the efficiency of agricultural fertilizer production, the work of biological fertilizers, and the production of a new strong and effective biological product in increasing the production of agricultural crops and supplying the plant with what it needs from important nutrients to increase growth, early production and improve the quality of agricultural soil. The main goal of adding many food media is the multiplicity and diversity of the carbon source, the multiplication of the growth of microbial isolates, the increase in their numbers, the reduction of growth, reproduction and regeneration quickly, and to reach an increase in the efficiency and effectiveness of biological fertilizer for soil and plants together, as it is considered an integrated nutrient medium. Biofertilizers, a sustainable ecofriendly agricultural approach to crop improvement is used to supplement chemical fertilizers mainly to maintain soil fertility. Continuous application of expensive chemical fertilizers causes reduction of organic matter content in soil and also microbial activity drastically. Biofertilizers are organic, biodegradable. They contain micro-organisms, provide nutrients viz., N, P, K and other nutrients, antibiotics, hormones like auxins, cytokinin, vitamins which enrich root rhizosphere. The present article highlights biofertilizer mediated crop functional such as plant growth and productivity, nutrient profile, plant protection and there by crop improvement. The knowledge gained from the literature appraised here in will help us to understand the physiological bases of biofertilizers towards sustainable agriculture in reducing problems associated with the use of chemicals fertilizers. Therefore, there is an urgent need to adapt biological sciences applications in agriculture field. Biotechnology is an amalgamation of variety of disciplines- molecular biology, bioinformatics, biochemistry, genetics and microbiology. The usage of combinations of these disciplines in agricultural field leads to generation of biotech crops with increased yield and enhanced quality. Agriculture biotechnology not only upgrades the quality but also utilizes the resources and livestock for the well-being of animals and wild plants. Phosphorus, Probiotic bacteria with yoghurt and sugar Charcoal sodium chloride and some other nutrients such as flour and starch are mixed with zinc oxide nano particles to produce a bio-fertilizer fully of nutrients necessary for plant growth, increase the production of agricultural crops, which improve the quality characteristics of agricultural soil, treat stress and poor production and some agricultural pests that may negatively affect plant growth and work to reduce the rate of increase of agricultural crops, vegetables and fruits , and so it is necessary to find alternative strategy to increase availability of nutrients for plants. One possible way could be application of so called bioeffectors (BE) which should improve the mobilization of nutrients (especially phosphorus) from less available forms in soil, improve plant growth and contribute to mycorrhiza development. BEs are commercially supplied products which contain active substances (live microorganisms and active natural compounds). BEs can be used in organic agriculture, because their application represents no risk for the environment.