A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Slope surface tree planting and fixing system and method
The invention discloses a slope tree planting fixing system and method, and relates to the technical field of vegetation planting. Compared with a previous tree fixing and planting technology, the problems that the prior art is not suitable for a side slope, and the side slope is prone to toppling when trees are planted are solved; in order to solve the problems of slow tree vigor recovery and low survival rate in the prior art, an inverted-arch biological concrete retaining wall is adopted to provide strong supporting force for a soil structure around trees, so that plants and soil layers are prevented from laterally sliding, and the stability of a tree growth environment is kept; and the retaining wall material has the characteristics of high porosity and low alkalinity, so that the reproduction of soil microorganisms can be promoted, and the development of tree root systems is facilitated. The fixing piles buried underground are used for being connected with the traction rope to generate pulling force on the tree body, and the tree can be effectively prevented from toppling over after being planted. The ecological planting bags arranged on the upstream face of the slope surface can effectively relieve the rainwater scouring force of the slope surface, water and soil loss is reduced, and the stability of trees is further improved; after the nutrients in the planting bag infiltrate, the nutrients required by the growth can be provided for the root system of the tree.
本发明公开了一种坡面树木种植固定系统及方法，涉及植被种植技术领域。本发明与之前的树木固定及种植技术相比，改进了现有技术不适用于边坡，边坡栽种树木易发生倾倒边；树势恢复缓慢，成活率低的问题，采用反拱形生物混凝土挡墙对树木周围土壤结构提供强支撑力，防止植物及土层发生侧向滑动，保持树木生长环境的稳定性；且挡墙材质具有高孔隙率及低碱性的特点，能促进土壤微生物繁殖，有利于树木根系的发展。利用埋入地下的固定桩连接牵引绳对树体产生拉力，可有效地防止树木在种植后发生倾倒。设置于坡面迎水面的生态种植袋能够有效减缓坡面雨水冲刷力，降低水土流失，进一步增加树木稳固性；种植袋中养分下渗后，还能为树木根系提供生长所需养分。
Slope surface tree planting and fixing system and method
The invention discloses a slope tree planting fixing system and method, and relates to the technical field of vegetation planting. Compared with a previous tree fixing and planting technology, the problems that the prior art is not suitable for a side slope, and the side slope is prone to toppling when trees are planted are solved; in order to solve the problems of slow tree vigor recovery and low survival rate in the prior art, an inverted-arch biological concrete retaining wall is adopted to provide strong supporting force for a soil structure around trees, so that plants and soil layers are prevented from laterally sliding, and the stability of a tree growth environment is kept; and the retaining wall material has the characteristics of high porosity and low alkalinity, so that the reproduction of soil microorganisms can be promoted, and the development of tree root systems is facilitated. The fixing piles buried underground are used for being connected with the traction rope to generate pulling force on the tree body, and the tree can be effectively prevented from toppling over after being planted. The ecological planting bags arranged on the upstream face of the slope surface can effectively relieve the rainwater scouring force of the slope surface, water and soil loss is reduced, and the stability of trees is further improved; after the nutrients in the planting bag infiltrate, the nutrients required by the growth can be provided for the root system of the tree.
本发明公开了一种坡面树木种植固定系统及方法，涉及植被种植技术领域。本发明与之前的树木固定及种植技术相比，改进了现有技术不适用于边坡，边坡栽种树木易发生倾倒边；树势恢复缓慢，成活率低的问题，采用反拱形生物混凝土挡墙对树木周围土壤结构提供强支撑力，防止植物及土层发生侧向滑动，保持树木生长环境的稳定性；且挡墙材质具有高孔隙率及低碱性的特点，能促进土壤微生物繁殖，有利于树木根系的发展。利用埋入地下的固定桩连接牵引绳对树体产生拉力，可有效地防止树木在种植后发生倾倒。设置于坡面迎水面的生态种植袋能够有效减缓坡面雨水冲刷力，降低水土流失，进一步增加树木稳固性；种植袋中养分下渗后，还能为树木根系提供生长所需养分。
Slope surface tree planting and fixing system and method
一种坡面树木种植固定系统及方法
WANG JUNLI (author) / FU JIALIN (author) / SUN YONGJUN (author) / SHI JIN (author) / DING HAINAN (author) / CUI LIHONG (author) / HOU YALI (author)
2024-10-01
Patent
Electronic Resource
Chinese
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