Flower culture soil and preparation method thereof

Abstract

The invention provides flower culture soil and a preparation method thereof. The flower culture soil comprises, by weight, 14-16 parts of straw, 11-13 parts of corn cob, 7-9 parts of sorghum husk, 7-9 parts of sawdust, 6-8 parts of Tenebrio molitor excrement, 4-6 parts of perlite, 4-6 parts of medical stone, 2-5 parts of water-retaining agent, 10-49 parts of pig manure, 3-6 parts of beer yeast paste, 30-65 parts of carbon powder and 0.2-0.5 part of compatibilizer. The flower culture soil has the advantages that flowers cultured by the culture soil are high in survival rate and low in disease and pest probability, and biological chains can fast form in the culture soil. The preparation method is simple and easy to achieve batch production.

Description

technical field [0001] The invention relates to a cultivation soil, in particular to a flower cultivation soil and a preparation method thereof. Background technique [0002] In order to meet the growth and development needs of flowers, especially potted flowers, according to the different requirements of various varieties of soil, artificially prepared soil rich in nutrients, has good drainage and permeability, can keep moisture and fertilizer, and is not dry when dry. Soil that cracks, does not stick when wet, and does not crust after watering is called culture soil. [0003] The culture soil used for flower cultivation in the prior art often adds components rich in organic matter, such as fermented animal manure, rotten plant straw, etc., although the organic matter content is increased to a certain extent, but the nutrients in these culture soils are single and inorganic. Nutrient deficiency. [0004] Existing technologies such as Chinese Invention Authorized Patent Do...

AI Technical Summary

Problems solved by technology

The invention adapts measures to local conditions, utilizes a large amount of agricultural and forestry waste resources, and develops a clean and environmentally friendly substrate with low production costs and recyclable use, which can solve the gap between the rapidly growing demand for cultivation substrates for today's flower seedlings and the increasingly depleted total amount of peat resources. Contradictory, but the cultivation substrate still has room for improvement in terms of the formation of biological chains in the substrate and the expansion of the water storage capacity of the substrate