A group of nitrobacteria, phosphate solutions and some pathogens were treated with carbamato and pimetroide for resistance, which were used as liquid bio fertilizer for edific and / or foliar purposes.
The invention provides a method for making a charity microbial complex resistant to trace carbohydrates in thiodiphenyl ether and synthetic pyrethroids in bifendrin. In the course of this study for more than five years, the strain changed its physical environment without manipulating the genome, and adapted to the increase of the concentration of thiodiphenyl and diphenyltrichloroethane. This compound enriches and increases the concentration of charitable microorganisms used to produce high quality liquid fertilizers,It can be used for agricultural production, land restoration and conservation, but it must conform to the parameters stipulated by sustainable organic agriculture. The purpose of sustainable organic agriculture is to conserve, restore and use the nature or environment, while minimizing the adverse effects. The application of these liquid Biofertilizers will bring favorable load of particles to the soil, absorb nitrogen from the air for plant use, dissolve phosphate in the soil, such as P2O4, add one or convert it into P2O5 that can be absorbed by plants, and resist microorganism of some pathogens,The soil is recovered from degradation by charitable bacteria that extract organic matter from the cell wall. It is important to point out that the microorganisms in our consortium are genetically unchanged and are not pathogens to humans, animals and plants. Castro References，L.1997. "Mixture of biodegradable organics", patent No. 26662 issued by the Ministry of economic development, includes a specific culture medium and specially modified microorganism and its inoculation process. Columbia. Castro,L.2006. IPP, patent No.: PA / 2006 / 003777, is composed of microorganism suitable for biodegradation, organic part in solid residue and its preparation process. Mexico. Orozco J.C., mart í Nez P. (approved April 27, 2017) assessed the inoculation of Asian nitrogen pathogenic microorganisms isolated from Pinus patula rizosfera, Colombia. Alexander von Humboldt Inst
