Equilateral triangle point artificial ecological planting method and method for planting ginseng by utilizing equilateral triangle point artificial ecological planting method

Abstract

The invention relates to an artificial ecological planting method and a method for planting ginseng, in particular to an equilateral triangle point artificial ecological planting method and a method for planting the ginseng by utilizing the equilateral triangle point artificial ecological planting method. The equilateral triangle point artificial ecological planting method and the method for planting the ginseng by utilizing the equilateral triangle point artificial ecological planting method aims to solve the problem that the existing planting method is unreasonable, so that the phenomena that two adjacent crops fight for water and fight for fertilizer, and part leaves are overlapped to fight for light occur. According to the equilateral triangle point artificial ecological planting method, the equilateral triangle point planting method is utilized to perform the artificial ecological planting to ensure that the distances between every two adjacent crops are completely identical. According to the method for planting the ginseng by utilizing the equilateral triangle point artificial ecological planting method, the combination of the equilateral triangle point planting method and a bias cultivation method is utilized to perform artificial ecological planting of ginseng seedlings to ensure that the distances between every two adjacent ginseng seedlings are completely identical. The gradient of the bias plants is 30 degrees to 35 degrees. The equilateral triangle point artificial ecological planting method is mainly used for planting the ginseng or rubber trees and upright fruit trees.

Description

technical field [0001] The invention relates to an artificial ecological planting method and a ginseng planting method. Background technique [0002] The planting methods of the existing rubber trees and trunk erect fruit trees are unreasonable, resulting in competition for water, fertilizer and part of the leaf overlapping competition for sunlight between two adjacent crops. [0003] Ginseng is commonly used in forest land in my country. After two years of plowing and decomposing, the humus soil in the forest land is planted in autumn or spring. After two or three years, it will be harvested for goods and production of ginseng seedlings. According to the characteristics of ginseng root morphology, the first half of the main root does not grow branch roots and fibrous roots, while the second half grows branch roots and fibrous roots to absorb effective nutrients and water in the forest soil and promote the normal growth and development of ginseng. After many years of harves...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to solve the unreasonable existing planting method, resulting in competition for water, fertilizer, and partial leaf overlap between two adjacent crops, and the existing ginseng cultivation method has relatively large row spacing and small plant spacing, resulting in There is competition for water, fertilizer and part of the ginseng leaves overlap and competition for light, and the forest humus is not fully utilized, resulting in waste of resources