Fertilizer containing ferment bacteria special for eucalyptus and method for producing same

Abstract

The fertilizer specially for eucalyptus consists of saccharomycetes, organic matter, humic acid, nitrogen fertilizer, phosphate fertilizer, potash fertilizer, etc. The present invention has the following advantages of capacity of meeting the requirement for eucalyptus to grow to raise the growth of eucalyptus by over 20 %; lowered fertilizer applying cost; capacity of raising the resistance of eucalyptus to control diseases; and capacity of improving soil, raising water and fertilizer keeping ability of soil and protecting environment.

Description

Technical field: [0001] The invention relates to a special fertilizer for eucalyptus containing enzyme bacteria and a production method thereof. Background technique: [0002] Existing eucalyptus fertilizers are fresh chicken manure and compound fertilizers. These fertilizers only contain immature organic matter and a large number of elements (nitrogen, phosphorus, potassium), and their nutrient content is relatively high, but their fertilizer efficiency is short, and their nutrients are easily lost and their nutrient utilization efficiency is low. , and a large amount of use will destroy the soil aggregate structure and soil microbial ecological balance, reduce the function of soil water and fertilizer retention, cause a vicious cycle, pollute the environment, the growth of eucalyptus is not obvious, weaken the stress resistance of eucalyptus, the cost of fertilization increases year by year, and the output input Relatively low, the occurrence of diseases cannot be controll...

AI Technical Summary

Problems solved by technology

[0002] Existing eucalyptus fertilizers are fresh chicken manure and compound fertilizers. These fertilizers only contain immature organic matter and a large number of elements (nitrogen, phosphorus, potassium), and their nutrient content is relatively high, but their fertilizer efficiency is short, and their nutrients are easily lost and their nutrient utilization efficiency is low. , and a large amount of use will destroy the soil aggregate structure and soil microbial ecological balance, reduce the function of soil water and fertilizer retention, cause a vicious cycle, pollute the environment, the growth of eucalyptus is not obvious, weaken the stress resistance of eucalyptus, the cost of fertilization increases year by year, and the output input Relatively low, the occurrence of diseases cannot be controlled, and the cost of prevention and control is high