Planting soil for plant micro-landscape modeling and preparation method of planting soil

Abstract

The invention discloses planting soil for plant micro-landscape modeling and a preparation method of the planting soil. The planting soil for plant micro-landscape modeling comprises peat soil, perlite, vermiculite, medical stone, volcanic rock, kanuma soil, green zeolite, pelelith, kieselguhr, pumice stone, pine barks, rice husk carbon, bone meal, a plant growth regulator, microbial bacteria, a modifier, organic matters and fertilizer. The method comprises the steps of stirring of all the components according to a certain proportion, sub-packaging, stirring by adding water, wire pulling detection and micro-landscape design. The caking property of the planting soil is increased by adding the modifier, so that the defect that common planting soil or nutrient soil cannot be modeled is overcome, the tedious process that shaping or modeling is conducted through iron wires, sphagna, toothpicks or glue substances is replaced, and meanwhile the defect that the sphagna or glue positions cannotprovide nutritional ingredient modeling for plants is overcome. By using the planting soil for modeling, the three-dimensional modeling and design steps are simple, the cost is low, and nutrient substances required by growth can be provided for the plants.

Description

technical field [0001] The invention relates to the technical field of nutrient soil, in particular to a planting soil for plant micro-landscape modeling and a preparation method thereof. Background technique [0002] In recent years, with the improvement of people's living standards, plant micro-landscape has attracted more and more attention. Plants (such as succulents and mosses) can not only provide people with visual and aesthetic enjoyment, but also play a role in beauty and air purification. . [0003] At present, for moss landscaping design, some use cumbersome steps such as toothpicks to fix, or silk thread binding, and some use vegetable glue, moss landscaping glue, etc. These glues cannot provide the nutrients needed for the normal growth of moss, which seriously affects moss. the state of plant growth. In the field of succulent modeling, water moss is generally used for succulent modeling design, but water moss cannot provide the nutrients needed for the normal...

AI Technical Summary

Problems solved by technology

[0003] At present, for moss landscaping design, some use toothpicks to fix, or silk thread binding and other cumbersome steps, and some use vegetable glue, moss landscaping glue, etc. These glues cannot provide the nutrients needed for the normal growth of moss, seriously affecting moss growth status of plants

In the field of succulent modeling, water moss is generally used for succulent modeling design, but water moss cannot provide the nutrients needed for the normal growth of succulents. Moreover, water moss has poor shaping ability and long-lasting shape. For long-lasting shape, barbed wire support is often needed , the steps are cumbersome

[0004] In summary, no matter the glue material used in moss landscaping or the water moss used in succulent modeling, they cannot provide the nutrients needed for normal growth of plants and the modeling ability is poor; at the same time, ordinary planting soil or nutrient The three-dimensional modeling of plant micro-landscape cannot be realized without the help of other tools, and the cost is relatively high

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