Plant growth mutual inductance mixing agent and preparation method thereof as well as flower and fruit plant grafting and nursing method

Abstract

The invention discloses a plant growth mutual inductance mixing agent relating to the field of agricultural science. The plant growth mutual inductance mixing agent is prepared from the following raw materials in parts by weight through comprehensive inductance for 15 days after being mixed: 45-55 parts of vitamin miscible solution, 45-75 parts of Sanyuan plant gene induction solution, 45-55 parts of plant oleanolic acid pre-corroded solution, 45-55 parts of plant oligosaccharide active agent water solution, 12-18 parts of plant vitamin E, 14-22 parts of plant vitamin D3, 6-10 parts of plant vitamin C, and 3-5 parts of chitosan. The invention further discloses a preparation method of the plant growth mutual inductance mixing agent and a flower and fruit type plant grafting and nursing method applying the mixing agent. By adopting the mixing agent, a plant self-touching state that one tree has multiple flower colors, multiple flowering phases, multiple fruits, multiple fruiting seasons, and multi-period flower and color fruits can be achieved, and a wide-range normal state which is multi-dimensional in landscape culture and diverse in material culture is reflected.

Description

technical field [0001] The invention relates to the field of agricultural science and technology, in particular, to a plant growth mutual induction and compatibility agent, a preparation method thereof, and a method for grafting and maintaining flower and fruit plants. Background technique [0002] When the inventor was doing a plant microbial fertilizer application test earlier, he synthesized plant vitamins E and D and applied them to plants as microbial fertilizers. He unexpectedly found that the artificially extracted plant vitamins have a growth-promoting effect on plants. Through consulting the information, we know that most of the vitamins needed by plants can be synthesized by themselves, but their content is often low in plants due to some reasons, which leads to changes in plant metabolism to a certain extent. Further in-depth research, through experiments on plant grafting and grafting, the addition of exogenous vitamins is used as a growth regulator to promote th...

AI Technical Summary

Problems solved by technology

Through consulting the information, we know that most of the vitamins needed by plants can be synthesized by themselves, but their content is often low in plants due to some reasons, which leads to changes in plant metabolism to a certain extent