High-grade granular construction application scope

1. This construction technique boasts a wide range of applications. It is capable of cultivating ideal arboreal community systems in challenging greenery areas such as various rock types, hard soil, sandy soil, barren land, acidic soil, arid regions, riverbanks, and embankments, utilizing specialized materials and spraying machinery. It can rapidly improve ecological landscapes, achieving excellent greening effects within six months, and stable results within two to three years. Once stabilized, no human maintenance or intervention is required, as the system maintains the natural succession function of plants, forming a green landscape harmonious with the surrounding environment.

The soil culture medium formed by spray-sowing has an ideal granular structure, which offers both water retention and aeration, making it suitable for plant growth. It effectively resists erosion from rain and wind, while the stable plant root systems firmly hold the soil in place, protecting the growing medium on the slope and preventing soil and water loss. Additionally, it achieves comprehensive effects such as ecological environment restoration and landscaping.

3. Promote the advanced greening concept of "Planting Trees and Forests."Instead of traditional tree planting and greening, the construction materials are environmentally friendly, biodegradable, and do not require fertilization or the use of pesticides. Compared to slope restoration techniques such as the thick base material jetted vegetation slope protection technology, artificial vegetation grooves, artificial vegetation bags, and mixed vegetation spraying, it boasts shorter construction periods and less maintenance and management work.

4. In accordance with the niche theory, we strive for a natural, species-rich green ecological environment. We require a three-dimensional configuration of shrubs and grasses, achieving species diversity, and focusing on the concept of "plant community." Currently, many domestic slope protection and greening methods predominantly use exotic pioneer species, resulting in a single variety and consequences such as an unreasonable population structure and susceptibility to degradation. From the perspective of ecological restoration, with a view of scientific development, the ecological restoration of bare mountain vegetation must consider the relationship between individual plants and populations. It must achieve a rapid green effect while maintaining sustainability, preserving biodiversity, and forming a stable, multi-species three-dimensional vegetation structure. The spray seeding technology combines trees, shrubs, and grasses for greening, making it as compatible as possible with the local plant community structure and moving towards localization.