Ardealite vegetation and preparation method thereof

Abstract

The invention belongs to the field of materials used for environment reconstruction and particularly relates to ardealite vegetation and a preparation method thereof. According to the ardealite vegetation, the greening reconstruction cost is greatly lowered, a base layer provides grabbing force to the growth ground for the ardealite vegetation, the good air permeability and continuous nutrient supply are guaranteed, and after laying, starch and yeast of the base layer conduct a fermentation reaction to generate moisture, carbon dioxide and lactic acid; since the base layer is directly laid onthe ground, the surface layer of the alkaline wilderness and desert soil is neutralized, the ardealite vegetation is suitable for growth rooting of plants in the early period, through carbon dioxide,the base layer is fluffy, the air permeability of the soil layer is guaranteed, a nutrient layer carries grass seeds and provides a germination environment for the grass seeds, the face layer has thefunctions of moisture retention and vegetation surface reinforcement, the vegetation is prevented from being eroded through weathering, and the structural integrity of the vegetation is guaranteed. According to the ardealite vegetation, water is added for mixing in the site, other agent is not needed, the ardealite vegetation is convenient to transport and use, the treatment cost is greatly lowered, and the treatment efficiency is improved.

Description

technical field [0001] The invention belongs to the field of materials used for environmental improvement, and in particular relates to a phosphogypsum vegetation and a preparation method thereof. Background technique [0002] Deserts, Gobi barren stalls and gravel barren slopes are difficult areas for traditional greening management. These areas have harsh climates. Deserts and Gobi barren stalls are mostly saline-alkali lands with poor soil, while gravel barren slopes have scarce soil and serious soil erosion. The traditional greening methods are almost ineffective. After years of accumulation of treatment experience, a variety of plant varieties suitable for the above-mentioned environmental transformation have been found. However, these plants generally cannot directly grow in the above-mentioned environment. Pre-management such as soil coverage, moisture replenishment, fertilization and maintenance has greatly increased the difficulty of greening. How to directly apply ...

AI Technical Summary

Problems solved by technology

[0002] Deserts, Gobi barren stalls and gravel barren slopes are difficult areas for traditional greening management. These areas have harsh climates. Deserts and Gobi barren stalls are mostly saline-alkali lands with poor soil, while gravel barren slopes have scarce soil and serious soil erosion. The traditional greening methods are almost ineffective. After years of accumulation of treatment experience, a variety of plant varieties suitable for the above-mentioned environmental transformation have been found. However, these plants generally cannot directly grow in the above-mentioned environment. Pre-management such as soil coverage, moisture replenishment, fertilization and maintenance has greatly increased the difficulty of greening. How to directly apply greening plants in these areas and reduce the workload has always been an urgent problem to be solved.