Transplanting planning design method for trees with bird nests based on BIM technology

Abstract

The invention discloses a transplanting planning design method for trees with bird nests based on a BIM technology. The method comprises the following steps: dividing a tree planting land and a tree transplanting land to obtain region division data, building a blank tree transplanting BIM virtual model, and synchronizing the data; updating the tree transplanting BIM virtual model; obtaining growing environment data of the tree planting land and the tree transplanting land, planning a tree relocation matching scheme according to the tree growing environment data and tree and bird nest three-dimensional model data, updating the tree transplanting BIM virtual model through the above steps, and establishing a planned tree relocation planning map in the tree transplanting BIM virtual model; and carrying out tree and bird nest relocation according to the tree relocation planning map, and tracking the growth condition of each tree and the inhabitation conditions of birds in the corresponding bird nests. The method has the beneficial effects that the data are tracked in real time and established in the BIM model in real time, the relocation plan is finally made, growth change simulation is carried out on trees and birds, and long-term reference is facilitated.

Description

technical field [0001] The invention relates to the technical field of tree transplanting, in particular to a BIM technology-based transplanting planning and design method for trees with bird's nests. Background technique [0002] When planting trees, often the cultivated trees are planted alive and suitable for transplanting, and then planted to the destination. However, in the planting process, most of the varieties are randomly selected and planted directly in selected places. During the planting process, the survival and growth of the planted tree species will not be analyzed, resulting in a low survival rate of the planted trees. Especially for rare species of trees, in the existing planting technology, the professionals in charge of planting generally only give guidance during the planting process. After planting, they are generally handed over to local gardeners or workers responsible for watering for continued breeding. In the process of tree excavation, hoisting, ...

AI Technical Summary

Problems solved by technology

In the process of tree excavation, hoisting, transportation and transfer, there is no professional comparison and design, it is easy to damage the roots, and there is a risk of tree death

[0003] And along with the increasing attention to the environment, many untransplanted trees are generally several years or even more than ten years, and most of them are planted in remote areas. The natural environment is good, and many rare birds perch on the trees. In the prior art , many trees are transplanted by direct demolition, resulting in damage to the environment and ecology

Great impact on the existing environment

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