Organic bacterial fertilizer for decomposing poisonous toxins in soil

Abstract

The invention discloses an organic bacterial fertilizer for decomposing poisonous toxins in soil. The fertilizer includes the following ingredients in parts by weight: crop straw, amino acids, organic matter, a multi-functional biological bacterium preparation, a soil-loosening agent, sodium alcohol ether sulphate, slow-release boron, fermentation-type humic acid, slow-release silicon, a fertilizer synergist, a crop rooting agent, an amino acid chelator, a compound microbial bacterium preparation resistant to zinc and lead, a compound microbial bacterium preparation resistant to manganese, silicon sulfate, sugar beet pulp, sesame cake meal, beeswax, calcium ammonium nitrate, vermiculite powder, sodium nitrate, ammonium chloride, toosendanin, medical stones, conch powder, goose manure, pig manure, potash feldspar and a multi-functional biological bacterium preparation. The fertilizer provided by the invention can decompose the toxicity of crop rhizosphere soil, increase the survival rate of plants and promote plant growth, has the efficacy of improving a soil structure, retaining and holding water, improving soil, fertilizing soil, etc., enhances the repair ability of the soil and can change the physical property, chemical property and biological property of the soil, reduce soil pollution and improve the environment.

Description

technical field [0001] The invention relates to an organic bacterial fertilizer, in particular to an organic bacterial fertilizer for decomposing toxic toxins in soil. Background technique [0002] Soil is composed of minerals, organic matter and soil microorganisms. The transformation of mineral nutrients in minerals and organic nutrients in organic matter is mainly completed by microorganisms in the soil. Microorganisms are active factors in soil development. The life activities of microorganisms in the soil are based on soil organic matter, transforming soil nutrients, improving soil fertility, and providing effective ingredients for plant growth and development. Conversely, as the soil continues to mature and its fertility increases, it also promotes the reproduction and growth of microorganisms, thus forming a benign ecological balance of the soil. However, due to the large-scale application of chemical fertilizers over the years, the enriched inorganic elements in t...

AI Technical Summary

Problems solved by technology

To solve the problem of pesticide residues, chemical fertilizers or chemical pesticides are not used in the planting process of agricultural products, and most of them are accumulated and fermented farmyard manures. However, the disadvantages of applying all organic fertilizers are low fertilizer efficiency and unbalanced nutrients, which are difficult to meet the requirements of organic fruit growth and disease resistance. Require