Multifunctional tree infusion liquid based on utilization of water bloom algae and preparation method of multifunctional tree infusion liquid

Abstract

The invention discloses a multifunctional tree infusion liquid based on water bloom algae utilization and a preparation method thereof. The multifunctional tree infusion liquid is composed of a main nutrient solution and an auxiliary nutrient solution according to a ratio of 1000 ml: 10 ml. The main nutrient solution contains a water bloom algae extracting solution, a stress-resistant osmotic adjusting substance, superoxide dismutase, catalase, peroxidase, antibiotics, chelated calcium, chelated iron, chelated manganese, chelated zinc, chelated copper, chelated boron, chelated molybdenum, abscisic acid and the balance of purified water, and the total volume is 1000ml; the auxiliary nutrient solution contains potassium chloride, chelated magnesium and the balance of purified water, and the total volume is 10ml. The invention can provide the tree infusion liquid which is wide in source, environment-friendly in production process and closer to nutritional ingredients in a tree body, so that the tree nutrition can be efficiently supplemented, the physiology of the tree can be regulated, and the stress resistance of the tree can be improved.

Description

technical field [0001] The invention relates to the technical field of nutrient solutions for agricultural planting, in particular to a multifunctional tree hanging needle solution based on the utilization of algae in blooms and a preparation method thereof. Background technique [0002] Due to the increasing frequency of industrial activities, urban life, and agricultural activities, a large amount of industrial and domestic sewage is discharged into the water system, and pesticides and fertilizers are also discharged into the water system along with the runoff of rainwater, resulting in eutrophication of freshwater bodies, and the growth of algae blooms, forming algal blooms. Water blooms not only destroy the normal ecological balance of water bodies, but also pollute water bodies. Algae blooms can even wrap around the gills of aquatic animals and inhibit their breathing, leading to suffocation and death. Bloom algae are mainly dinoflagellates, cyanophyta, and euglenophyta...

AI Technical Summary

Problems solved by technology

[0004] At present, there are a large number of tree hanging needle liquid products on the market, most of which are composed of simple macroelement compound fertilizers and trace element compound fertilizers with various hormones. The raw materials are overly dependent on chemical products, and the production process causes a lot of pollution; trace elements are mostly zinc, Sulfates such as copper or monovalent salts such as boric acid are not easily absorbed and utilized by plants directly. The metal ions in them can easily react with sulfate ions and phosphate ions to form calcium sulfate, calcium phosphate (tricalcium phosphate), magnesium phosphate, Insoluble substances such as iron phosphate not only block the needles but also cause waste of nutrients; a small amount of products are made of plant extracts, but the plant extracts or squeezed juices used are mostly suspensions rather than aqueous solutions, which not only cannot be absorbed by trees, but also because of Suspensions are easy to spoil and deteriorate, and are easy to block the tree transportation channel, causing tree poisoning and death; some other products are probiotic suspension liquids, which mainly add EM bacteria or use yeast to ferment solid waste to obtain nutrients. Liquid root irrigation can promote the absorption of nutrients and antagonistic ability of plants. However, neither EM bacteria nor yeast are endophytic bacteria in trees. When they are added to the hanging needle liquid and enter the tree body, the direction of reproduction is uncertain, and they cannot help trees obtain nutrients. Risk; at present, all tree hanging needles on the market are mainly for nutritional supplementation, supplemented by physiological regulation, low nutrient utilization rate, lack of substances to improve plant stress resistance, and cannot fundamentally improve tree rejuvenation ability